evidence_id,species_taxid,organism_raw,resolution,tier,tier_code,polarity,usable_as_label,source,paper,value,unit,note,quote,v02_action,v02_reason
0,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10005650,13.4,%Ndfa,assay reported without a usable scale,"Drought stress reduced %Ndfa by 13.4%, total seed nitrogen by 34.9%, and the amount of seed nitrogen fixed by 42.1% compared to the well-watered plants.",,
1,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10005650,34.9,%Ndfa,assay reported without a usable scale,"Drought stress reduced %Ndfa by 13.4%, total seed nitrogen by 34.9%, and the amount of seed nitrogen fixed by 42.1% compared to the well-watered plants.",,
2,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10005650,42.1,%Ndfa,assay reported without a usable scale,"Drought stress reduced %Ndfa by 13.4%, total seed nitrogen by 34.9%, and the amount of seed nitrogen fixed by 42.1% compared to the well-watered plants.",,
3,,A. indica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10012927,215,nmol acetylene reduced per plant per 10 min,symbiotic assay; the microbial symbiont is the fixing partner,"The acetylene reduction activity of nodulated roots inoculated with either SSBR45R or SSBR45G was around 215 nmol/plant/10 min, whereas that of non-inoculated control roots was not detectable.",,
4,1126833.0,Paenibacillus beijingensis BJ-18 and Paenibacillus sp. B1,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10030364,69,nitrogenase activity (%),assay reported without a usable scale,Co-inoculation with a diazotrophic bacterium (Paenibacillus beijingensis BJ-18) and a phosphate-solubilizing bacterium (Paenibacillus sp. B1) significantly increased nitrogenase activity (69%),,
5,,Wild type,host_plant_or_common_name,claim,T4,positive,True,corpus_fulltext,PMC10037102,212,nmol ethylene plant–1 hr–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Wild type | Nodulation |  | N2 fixation |  |  |  Number of plants | Nodules plant–1a | ARAa,b | Number of plants |  |  |  Tested | Nodulated |  |  |  |  |  Wild type | 13 | 13 | 55±12 |  | 212±98 | 8",,
6,,N3H4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10037102,1.2,nmol ethylene plant–1 hr–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",N3H4 | 23 | 0 | 0* |  | 1.2±0.9* | 19,,
7,,r4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10037102,92,nmol ethylene plant–1 hr–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",r4 | 6 | 6 | 41±11 |  | 92±47 | 6,,
8,,r8,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10037102,238,nmol ethylene plant–1 hr–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",r8 | 5 | 5 | 85±24 |  | 238±85 | 5,,
9,,r9,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10037102,237,nmol ethylene plant–1 hr–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",r9 | 6 | 6 | 80±18 |  | 237±80 | 6,,
10,,r10,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10037102,404,nmol ethylene plant–1 hr–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",r10 | 5 | 5 | 70±12 |  | 404±112 | 5,,
11,,,non_organism_label,claim,T4,positive,True,corpus_fulltext,PMC10037102,0.1,nmol ethylene plant–1 hr–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",None | 7 | 0 | 0* |  | 0.1±0.1 | 6,,
12,,H. splendens,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10038973,0.68,μmol g−1 day−1,symbiotic assay; the microbial symbiont is the fixing partner,The acetylene reduction rate (mean ± standard deviation) of H. splendens was 0.68 ± 0.72 μmol g−1 day−1 on fallen logs and 0.27 ± 0.39 μmol g−1 day−1 on the ground surface,,
13,,P. schreberi,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10038973,0.2,μmol g−1 day−1,symbiotic assay; the microbial symbiont is the fixing partner,The acetylene reduction rate (mean ± standard deviation) of H. splendens was 0.68 ± 0.72 μmol g−1 day−1 on fallen logs and 0.27 ± 0.39 μmol g−1 day−1 on the ground surface; the corresponding values for P. schreberi were 0.20 ± 0.31 μmol g−1,,
14,,H. splendens,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10038973,0.27,μmol g−1 day−1,symbiotic assay; the microbial symbiont is the fixing partner,The acetylene reduction rate (mean ± standard deviation) of H. splendens was 0.68 ± 0.72 μmol g−1 day−1 on fallen logs and 0.27 ± 0.39 μmol g−1 day−1 on the ground surface; the corresponding values for P. schreberi were 0.20 ± 0.31 μmol g−1,,
15,,P. schreberi,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10038973,0.1,μmol g−1 day−1,symbiotic assay; the microbial symbiont is the fixing partner,The acetylene reduction rate (mean ± standard deviation) of H. splendens was 0.68 ± 0.72 μmol g−1 day−1 on fallen logs and 0.27 ± 0.39 μmol g−1 day−1 on the ground surface; the corresponding values for P. schreberi were 0.20 ± 0.31 μmol g−1,,
16,,OE-9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10048936,1.51,µmol C2H4 h−1 g FW−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Acetylene reduction assay(µmol C2H4 h−1 g FW−1) | 1.51 ± 0.25,,
17,,OE-15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10048936,1.48,µmol C2H4 h−1 g FW−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Acetylene reduction assay(µmol C2H4 h−1 g FW−1) | 1.48 ± 0.49,,
18,,OE-17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10048936,1.49,µmol C2H4 h−1 g FW−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Acetylene reduction assay(µmol C2H4 h−1 g FW−1) | 1.49 ± 0.57,,
19,,NYF/NV-CNNTs,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10057858,1.72,mmol·L−1·gcat−1,assay measured; denominator or scale lost,NYF/NV-CNNTs | Ammonia Yield | 1.72 mmol·L−1·gcat−1 or 5.30 mmol·L−1·gcat−1 | [44],,
20,44252.0,Paenibacillus macerans HMSSN-036,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10066230,20,percent,assay reported without a usable scale,nitrogen fixation rates of approximately 20% were possible in the plant and soil,,
21,,"Candidatus ""Phormidium alkaliphilum""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10082510,326.1,µmol H2 g-1 AFDM,assay measured; denominator or scale lost,"a H2 yield of 326.14 µmol/g AFDM was found, corresponding to 6.1% of the maximum stoichiometric yield.",,
22,,Anabaena wild‐type (WT),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10092803,7,nmol H2 photons−1 mg−1 Chla,assay reported without a usable scale,The specific H2 photoproduction rate of WT filaments under Ar was c. 7-fold higher compared to the N2 atmosphere (Fig. S7a).,,
23,,Anabaena ∆flv3A,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10092803,10,nmol H2 photons−1 mg−1 Chla,assay reported without a usable scale,"In ∆flv3A, net H2 yield was strongly enhanced under Ar, and the production rate increased c. 10-fold compared to N2 (Fig. S7a).",,
24,44157.0,Aphanothece sp. and Gloeotrichia sp.,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10097884,7.02,g/pot,assay measured; denominator or scale lost,"Compared to no cyanobacteria inoculation, Gloetrichia inoculation and Aphanothece inoculation increased rice yield from 5.20 g/pot to 7.02 g/pot and from 5.20 g/pot to 5.49 g/pot, respectively; Compared to no cyanobacteria inoculation, Gloe",,
25,44157.0,Aphanothece sp. and Gloeotrichia sp.,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10097884,5.49,g/pot,assay measured; denominator or scale lost,"Compared to no cyanobacteria inoculation, Gloetrichia inoculation and Aphanothece inoculation increased rice yield from 5.20 g/pot to 7.02 g/pot and from 5.20 g/pot to 5.49 g/pot, respectively; Compared to no cyanobacteria inoculation, Gloe",,
26,44157.0,Aphanothece sp. and Gloeotrichia sp.,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10097884,8.97,pot-1,assay measured; denominator or scale lost,"Compared to no cyanobacteria inoculation, Gloetrichia inoculation and Aphanothece inoculation increased rice yield from 5.20 g/pot to 7.02 g/pot and from 5.20 g/pot to 5.49 g/pot, respectively; Compared to no cyanobacteria inoculation, Gloe",,
27,44157.0,Aphanothece sp. and Gloeotrichia sp.,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10097884,6.99,pot-1,assay measured; denominator or scale lost,"Compared to no cyanobacteria inoculation, Gloetrichia inoculation and Aphanothece inoculation increased rice yield from 5.20 g/pot to 7.02 g/pot and from 5.20 g/pot to 5.49 g/pot, respectively; Compared to no cyanobacteria inoculation, Gloe",,
28,,"Calothrix ghosei, Hapalosiphon intricatus and Nostoc sp.",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10097884,17.66,g pot-1,assay measured; denominator or scale lost,"In phytotron facility, cyanobacteria increased plant dry weight of wheat from 16.130 g pot-1 to 17.660–21.544 g pot-1. Cyanobacteria increased plant height and grain yield of wheat.",,
29,,"Calothrix ghosei, Hapalosiphon intricatus and Nostoc sp.",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10097884,21.544,g pot-1,assay measured; denominator or scale lost,"In phytotron facility, cyanobacteria increased plant dry weight of wheat from 16.130 g pot-1 to 17.660–21.544 g pot-1. Cyanobacteria increased plant height and grain yield of wheat.",,
30,197653.0,Anabaena azotica,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10097884,4000,kg/ha,assay measured; denominator or scale lost,"Compared to the control with no nitrogen supply, addition of cyanobacteria in soil improved rice yield to around 4,000 kg/ha.",,
31,518128.0,Anabaena laxa and Calothrix elenkinii,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10097884,300,mg,co-culture assay; which member fixed is not resolved,"After cyanobacteria inoculation, plant fresh weight of coriander increased, reaching around 300 mg. Cyanobacteria inoculation increased plant shoot length and plant root length.",,
32,,Nitrogen fixation,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10100660,0.0,Coverage,a zero is present in the quote beside assay context,Nitrogen fixation | Nitrogenase iron protein | nifH | K02588 | 0.2 | 0.0 | 0.3 | 2.4,,
33,,Scenedesmus spp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10101342,341,ng g-1 DW,assay measured; denominator or scale lost,"Plaza et al. (2018) reported ethylene content of 341 ng g-1 DW and 546 ng g-1 DW in Scenedemsus spp., and Spirulina platensis respectively.",,
34,118562.0,Spirulina platensis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10101342,546,ng g-1 DW,assay measured; denominator or scale lost,"Plaza et al. (2018) reported ethylene content of 341 ng g-1 DW and 546 ng g-1 DW in Scenedemsus spp., and Spirulina platensis respectively.",,
35,,Methanosarcinaceae MAGs,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10117432,73,%,assay reported without a usable scale,high substrate turnover efficiency of 73% that was measured in our previous study,,
36,61435.0,D. mccartyi strain 195,epithet_and_strain_genus_renamed,claim,T4,positive,True,corpus_fulltext,PMC10117805,0.88,μmol ethene day-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","ethene formation occurred when vitamin B12 concentrations were 10 μg/l or greater and dechlorination rates were positively correlated to B12 concentrations (Yan et al. 2021). In the DKB experiment, vitamin B12, in the form of cyanocobalamin",,
37,,S. plymuthica 33GS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10126288,387.6,ηmole C2H4 h-1 mg-1 protein,accepted quantitative rate,"Attributes | S. plymuthica 33GS | Serratia sp. R6
--- | --- | ---
Nitrogenase activity (ηmole C2H4 h-1 mg-1 protein) | 387.6 ± 0.87 | 315.45 ± 0.79",,
38,,Serratia sp. R6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10126288,315.45,ηmole C2H4 h-1 mg-1 protein,accepted quantitative rate,"Attributes | S. plymuthica 33GS | Serratia sp. R6
--- | --- | ---
Nitrogenase activity (ηmole C2H4 h-1 mg-1 protein) | 387.6 ± 0.87 | 315.45 ± 0.79",,
39,,Fleur11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10138160,0.84,Corr. Coef.,symbiotic assay; the microbial symbiont is the fixing partner,Total biomass | Nitrogenase activity | 0.84 ***,,
40,,Fleur11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10138160,0.8,Corr. Coef.,symbiotic assay; the microbial symbiont is the fixing partner,Total biomass | Nodule dry weight | 0.80 **,,
41,,Fleur11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10138160,0.74,Corr. Coef.,symbiotic assay; the microbial symbiont is the fixing partner,Total biomass | Nodule number | 0.74 **,,
42,,Fleur11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10138160,0.62,Corr. Coef.,symbiotic assay; the microbial symbiont is the fixing partner,Total biomass | Nodule dry weight and number ratio | 0.62 *,,
43,,Fleur11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10138160,0.92,Corr. Coef.,assay measured; denominator or scale lost,Leaf chlorophyll content | Nitrogenase activity | 0.92 ***,,
44,,Fleur11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10138160,0.89,Corr. Coef.,assay measured; denominator or scale lost,Leaf chlorophyll content | Nodule dry weight | 0.89 ***,,
45,,Fleur11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10138160,0.81,Corr. Coef.,assay measured; denominator or scale lost,Leaf chlorophyll content | Nodule number | 0.81 **,,
46,,Fleur11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10138160,0.72,Corr. Coef.,assay measured; denominator or scale lost,Leaf chlorophyll content | Nodule dry weight and number ratio | 0.72 **,,
47,3885.0,Phaseolus vulgaris,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC10144682,3.6,times,symbiotic assay; the microbial symbiont is the fixing partner,pendimethalin treatment significantly reduced nodule fresh weight (NFW) (40%) and nitrogen fixation rate (NFR) (3.6 times),unusable,not_a_single_microbial_species
48,,D. vulgaris plasmid,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10146906,53.6,percent,assay reported without a usable scale,"53.6% of the plasmid contains genes associated with replication, mobilization, and partitioning",,
49,33996.0,Acetobacter diazotrophicus R12,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,19.5,%,assay reported without a usable scale,Increment of total fresh weight (19.50%)• Higher acetylene reduction assay and leaf chlorophyll content compared to the N free MS medium,,
50,192.0,Azospirillum brasilense Sp7,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,12.2,%,assay reported without a usable scale,Increment of total dry weight (12.20%)• Increment of root volume (82.35%)• Higher quantum yield and net photosynthesis rate compared to the control (killed inoculum Sp7),,
51,193.0,Azospirillum lipoferum (CCM3863),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,34.63,%,assay reported without a usable scale,Increment of total dry weight (34.63%)• Increment of root volume (41.17%)• Caused a significant increase (16%) in shoot nitrogen concentration compared to the control (killed inoculum Sp7),,
52,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,55.32,%,assay reported without a usable scale,"Increment of shoot fresh weight (55.32%), shoot height (52.8%), and shoot protein content (129.13%) compared to the control (killed inoculum Z78)",,
53,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,61.07,%,assay reported without a usable scale,Increment of embrygenic callus fresh weight (61.07% and 60.33%) compared to the control (limited N),,
54,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,60.33,%,assay reported without a usable scale,Increment of embrygenic callus fresh weight (61.07% and 60.33%) compared to the control (limited N),,
55,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,114.1,%,assay reported without a usable scale,Increment of callus fresh weight (114.10% and 147.87%) compared to the control (limited N),,
56,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,147.87,%,assay reported without a usable scale,Increment of callus fresh weight (114.10% and 147.87%) compared to the control (limited N),,
57,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,42.18,%,assay reported without a usable scale,Increment of total biomass dry weight (42.18%) compared to the control (limited N),,
58,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,68.31,%,assay reported without a usable scale,Increment of total biomass dry weight (68.31%)• Higher total protein content• Higher IAA concentration in root• Increment in root volumn compared to the control (limited N),,
59,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,55.44,%,assay reported without a usable scale,Increment of total biomass dry weight (55.44%)• Higher IAA concentration in leaves compared to the control (limited N),,
60,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,64.89,%,assay reported without a usable scale,Increment of biomass fresh weight (64.89%)• Embryoid formation was opaque white (35.40%) and yellowish brown (64.60%) compared to the control (full N),,
61,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,45.19,%,assay reported without a usable scale,Increment of biomass fresh weight (45.19%)• Embryoid formation was opaque white (21.23%) and yellowish brown (78.77%) compared to the control (full N),,
62,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,39.22,%,assay reported without a usable scale,Increment of biomass fresh weight (39.22%)• Embryoid formation was opaque white (29.60%) and yellowish brown (70.40%) compared to the control (full N),,
63,964.0,Herbaspirillum seropedicae Z78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10151813,36.74,%,assay reported without a usable scale,Decreased biomass fresh weight (36.74%)• All embryoids were yellowish brown compared to the control (full N),,
64,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,278,nmol ethylene h-1 (mg protein)-1,accepted quantitative rate,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
65,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,287,nmol ethylene h-1 (mg protein)-1,accepted quantitative rate,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
66,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,278,nmol ethylene h-1 (mg protein)-1,duplicate of an accepted measurement,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
67,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,287,nmol ethylene h-1 (mg protein)-1,duplicate of an accepted measurement,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
68,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,278,nmol ethylene h-1 (mg protein)-1,duplicate of an accepted measurement,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
69,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,287,nmol ethylene h-1 (mg protein)-1,duplicate of an accepted measurement,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
70,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,278,nmol ethylene h-1 (mg protein)-1,duplicate of an accepted measurement,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
71,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,287,nmol ethylene h-1 (mg protein)-1,duplicate of an accepted measurement,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
72,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,278,nmol ethylene h-1 (mg protein)-1,duplicate of an accepted measurement,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
73,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10155442,287,nmol ethylene h-1 (mg protein)-1,duplicate of an accepted measurement,"the nitrogenase activity of the wild-type DSM4166 strain cultivated in the nitrogen-free medium K was detected at a range of oxygen concentrations (0.5%, 1%, 2%, and 4%) by the acetylene reduction method [41]. As shown in Fig. S3, the oxyge",,
74,287.0,Pseudomonas aeruginosa DJ06,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10157262,31.27,nmoL C2H4 mg protein h−1,accepted quantitative rate,"Strains | ARA (nmoL C2H4 mg protein h−1)
--- | ---
Pseudomonas aeruginosa DJ06 | 31.27 ± 0.23b",,
75,1812935.0,Enterobacter roggenkampii ED5,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10157262,30.24,nmoL C2H4 mg protein h−1,accepted quantitative rate,"Strains | ARA (nmoL C2H4 mg protein h−1)
--- | ---
 Enterobacter roggenkampii ED5 | 30.24 ± 0.19c",,
76,244366.0,Klebsiella variicola DX120E,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10157262,32.72,nmoL C2H4 mg protein h−1,accepted quantitative rate,"Strains | ARA (nmoL C2H4 mg protein h−1)
--- | ---
Klebsiella variicola DX120E | 32.72 ± 0.73a",,
77,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10180915,11600,kg ha−1,symbiotic assay; the microbial symbiont is the fixing partner,"when the crop relied on biological N2 fixation and indigenous soil N, the estimated ADM was 11,600 kg ha−1",,
78,,nifH gene,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10191178,1.74,%,assay reported without a usable scale,"nitrogen fixation alone showed an opposite trend: it was predicted with a relative abundance of 1.74%, 0.42% and 0.65% in the HPP, LPP and NPP, respectively",,
79,,nifH gene,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10191178,0.42,%,assay reported without a usable scale,"nitrogen fixation alone showed an opposite trend: it was predicted with a relative abundance of 1.74%, 0.42% and 0.65% in the HPP, LPP and NPP, respectively",,
80,,nifH gene,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10191178,0.65,%,assay reported without a usable scale,"nitrogen fixation alone showed an opposite trend: it was predicted with a relative abundance of 1.74%, 0.42% and 0.65% in the HPP, LPP and NPP, respectively",,
81,,Sphingomonas,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10203874,2.6,percent,assay reported without a usable scale,Sphingomonas being relatively more abundant in meadows with a higher moisture content (2.6%),,
82,,Phycicoccus,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10203874,1.7,percent,assay reported without a usable scale,Phycicoccus having a higher relative abundance (1.7%) in artificially restored meadows,,
83,,α-C45A/L158C MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10207099,651,nmol NH3 min–1 mg–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Michaelis–Menten parameter (N2 fixation) | α-C45A/L158C | α-C45A/L158C Strep-inhibited | KMapp (atm) | 0.20 ± 0.05 | 0.16 ± 0.03 | Vmaxapp (nmol NH3 min–1mg–1) | 651 ± 55 | 432 ± 29,,
84,,α-C45A/L158C MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10207099,432,nmol NH3 min–1 mg–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Michaelis–Menten parameter (N2 fixation) | α-C45A/L158C | α-C45A/L158C Strep-inhibited | Vmaxapp (nmol NH3 min–1mg–1) | 651 ± 55 | 432 ± 29,,
85,,α-C45A/L158C MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10207099,1.3,s–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Michaelis–Menten parameter (N2 fixation) | α-C45A/L158C | α-C45A/L158C Strep-inhibited | kcat (s–1) | 1.3 ± 0.1 | >1.7 ± 0.1a,,
86,,α-C45A/L158C MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10207099,6.5,s–1 atm–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Michaelis–Menten parameter (N2 fixation) | α-C45A/L158C | α-C45A/L158C Strep-inhibited | kcat/KM (s–1 atm–1) | 6.5 ± 1.7 | 11.0 ± 2.5,,
87,,α-C45A/L158C MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10207099,1.0,x104 s–1 M–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Michaelis–Menten parameter (N2 fixation) | α-C45A/L158C | α-C45A/L158C Strep-inhibited | kcat/KM (x104 s–1 M–1) | 1.0 ± 0.3 | 1.7 ± 0.4,,
88,,α-C45A/L158C MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10207099,53,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","The specific activity for NH3 formation under 1 atm N2 was investigated after Strep-inhibition of the MoFe protein, wherein a residual specific activity of 53 ± 4% (mean of the three reactions) was observed in comparison to that of the unin",,
89,,α-C45A/L158C MoFe protein,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10207099,66,%,assay reported without a usable scale,The Vmax for the Strep-inhibited α-C45A/L158C MoFe protein was found to be 66% of that of the uninhibited MoFe protein.,,
90,,"Anabaena torulosa,Azotobacter chroococcum, Mesorhizobium ciceri, Serratia marces",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10215285,50,%,assay reported without a usable scale,"Anabaena torulosa | Azotobacter chroococcum, Mesorhizobium ciceri, Serratia marcescens, and Pseudomonas striata | Increased nitrogen fixing potential of up to 50% even after 14 weeks of inoculation of the biofilms. | [80]",,
91,,"Anabaena torulosa,Azotobacter chroococcum",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10215285,80,%,assay reported without a usable scale,Anabaena torulosa | Azotobacter chroococcum | 80% increase in available N and 24% of available P over control. | [81],,
92,,"Anabaena torulosa,Azotobacter chroococcum",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10215285,80,%,assay reported without a usable scale,Anabaena torulosa | Azotobacter chroococcum | 80% increase in available N and 24% of available P over control. | [81],,
93,,Mtb SufS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10216065,5,nmol/min/mg,nitrogenase purified from this organism,The low specific activity (specific activity = 5 nmol/min/mg) is due to the limited reactivity of the persulfurated enzyme since the cleavage of the persulfide bond on SufS enzymes dictates the overall reaction rate.,,
94,,Mtb SufS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10216065,59,nmol/min/mg,nitrogenase purified from this organism,The cysteine-desulfurase activity of SufS was increased by one order of magnitude in the presence of stoichiometric amounts of Zn-SufU (specific activity = 59 nmol/min/mg).,,
95,,Mtb SufS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10216065,900,nmol/min/mg,nitrogenase purified from this organism,The specific activity of Mtb SufS obtained with 80 equiv. of Zn-SufU and 800 equiv. of L-cysteine was around 900 nmol/min/mg of SufS.,,
96,562.0,E. coli SufS-SufE,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10216065,87.5,nmol/min/mg,co-culture assay; which member fixed is not resolved,The values for 100% S2− production were 87.5 nmol/min/mg for E. coli SufS-SufE.,,
97,,Mtb SufS-SufU,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10216065,139,nmol/min/mg,co-culture assay; which member fixed is not resolved,The values for 100% S2− production were 139 nmol/min/mg for Mtb SufS-SufU.,,
98,,SufSUMtb,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10216065,900,nmol/min/mg,nitrogenase purified from this organism,The specific activity of Mtb SufS obtained with 80 equiv. of Zn-SufU and 800 equiv. of L-cysteine was around 900 nmol/min/mg of SufS.,,
99,,endophytes,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10221004,200,percent,assay reported without a usable scale,11 endophytes increased free nitrogen in the plant by >200% and it was concluded that EB are able to fix N from the atmosphere to help P. contorta thrive in N-limited soil.,,
100,,RCAM0626 + Opo-235,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10223793,27,nmol C2H4 nodule−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RCAM0626 + Opo-235 | Acetylene Reduction Activity | AV | 27 ± 2 | 90,,
101,,RCAM0626 + Opo-243,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10223793,32,nmol C2H4 nodule−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RCAM0626 + Opo-243 | Acetylene Reduction Activity | AV | 32 ± 3 | 107,,
102,,RCAM0626 + Ach-343,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10223793,32,nmol C2H4 nodule−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RCAM0626 + Ach-343 | Acetylene Reduction Activity | AV | 32 ± 3 | 107,,
103,,RCAM0626 + A8/3-2,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10223793,43,nmol C2H4 nodule−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RCAM0626 + A8/3-2 | Acetylene Reduction Activity | AV | 43 ± 4 | 143,,
104,,RCAM1365 + Opo-235,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10223793,383,nmol C2H4 nodule−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RCAM1365 + Opo-235 | Acetylene Reduction Activity | AV | 383 ± 27 | 130,,
105,,RCAM1365 + Opo-242,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10223793,489,nmol C2H4 nodule−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RCAM1365 + Opo-242 | Acetylene Reduction Activity | AV | 489 ± 33 | 166,,
106,,RCAM1365 + A18/5-2,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10223793,390,nmol C2H4 nodule−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RCAM1365 + A18/5-2 | Acetylene Reduction Activity | AV | 390 ± 26 | 132,,
107,,RCAM1365 + A18/3m,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10223793,645,nmol C2H4 nodule−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RCAM1365 + A18/3m | Acetylene Reduction Activity | AV | 645 ± 50 | 218,,
108,,mutant strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10228743,14.97,nmoles ethylene· h−1 · (g nodule fresh weight)−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","In this assay, nodules from both strains exhibited similar levels of specific acetylene reduction activity [13.4 ± 0.77 and 14.97 ± 2.09 nmoles ethylene· h−1 · (g nodule fresh weight)−1 in wild-type and mutant strains, respectively].",,
109,36773.0,Burkholderia sp. Z1AL11,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10235630,16.6,nmol of ethylene h−1,assay measured; denominator or scale lost,Burkholderia sp. Z1AL11 | BNF (nmol of ethylene h−1) | 16.6 ± 3.1,,
110,244366.0,Klebsiella variicola R3J3HD7,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10235630,28.5,nmol of ethylene h−1,assay measured; denominator or scale lost,Klebsiella variicola R3J3HD7 | BNF (nmol of ethylene h−1) | 28.5 ± 8.6,,
111,,SynCom 3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10235630,32.8,nmol of ethylene h−1,co-culture assay; which member fixed is not resolved,SynCom 3 | BNF (nmol of ethylene h−1) | 32.8 ± 12.1,,
112,,rhizobia,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10253965,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"nitrogenase activity, and accelerated nodule senescence [60]. Repressing nodulation, sufficient nitrogen status is part of the AON signaling pathway [40,41]. As the SPL9-RNAi plants showed an increase in nodulation, we tested the relationsh",,
113,,R. tropici CIAT899,no_taxdump_match,assay_growth,T2,positive,True,corpus_fulltext,PMC10272266,3.54,g,symbiotic assay; the microbial symbiont is the fixing partner,"P. vulgaris plants inoculated with CIAT899gusA and cultivated in N-free conditions, yielded mean shoot dry weights that were indistinguishable from wild-type CIAT899 inoculated plants (3.54 ± 0.39 g vs 3.28 ± 0.23 g; P > 0.01)",retiered,"hand_read: plant growth in N-free conditions, not an assay of the bacterium"
114,,R. tropici CIAT899,no_taxdump_match,assay_growth,T2,positive,True,corpus_fulltext,PMC10272266,3.28,g,symbiotic assay; the microbial symbiont is the fixing partner,"P. vulgaris plants inoculated with CIAT899gusA and cultivated in N-free conditions, yielded mean shoot dry weights that were indistinguishable from wild-type CIAT899 inoculated plants (3.54 ± 0.39 g vs 3.28 ± 0.23 g; P > 0.01)",retiered,"hand_read: plant growth in N-free conditions, not an assay of the bacterium"
115,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10288448,261,nmol ethylene mg NifH−1 min−1,symbiotic assay; the microbial symbiont is the fixing partner,"The observed in vivo specific activity varied between 261 and 1934 nmol ethylene mg NifH−1 min−1, and was greatest in the early morning hours, particularly after dawn (Fig 2b).",,
116,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10288448,1934,nmol ethylene mg NifH−1 min−1,symbiotic assay; the microbial symbiont is the fixing partner,"The observed in vivo specific activity varied between 261 and 1934 nmol ethylene mg NifH−1 min−1, and was greatest in the early morning hours, particularly after dawn (Fig 2b).",,
117,,bulk_sample,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10305171,18,fold,assay reported without a usable scale,bulk oxidation rates of CO were 18-fold faster than H2 (P < 0.0001) (Supplementary Table 1),,
118,,Ps_egfp,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10308936,2.92,×10^8 CFU/L,assay measured; denominator or scale lost,"Around 2.92 × 108 ± 3.20 × 107 and 2.03 × 109 ± 2.09 × 108 CFU Ps_egfp /L have been detected for N2-fixing and nitrate-amended conditions, respectively, after 1 mo of cultivation.",,
119,,Ps_egfp,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10308936,1.42,×10^11 CFU/L,assay measured; denominator or scale lost,"Ps_egfp colonies were quantified also in the biofilm, resulting in 1.42 × 1011 ± 1.36 × 1010 and 3.48 × 1011 ± 1.48 × 1010 CFU Ps_egfp /L, respectively.",,
120,,P. azotofixans,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10325001,1.41,× 10−14 mol h−1 cell−1,assay measured; denominator or scale lost,The average generation rate of HCOO− for 48 hours was determined as (1.41 ± 0.25) × 10−14 mol h−1 cell−1.,,
121,,P. azotofixans,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10325001,2.25,%,assay reported without a usable scale,This light-driven biohybrid system shows a high apparent quantum efficiency of over 2.25% for photochemical CO2 reduction.,,
122,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10346242,50,percent,symbiotic assay; the microbial symbiont is the fixing partner,Salvagiotti et al. [14] showed that soybean’s nitrogen requirement was 50–60% covered by biological N2 fixation.,,
123,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10346242,60,percent,symbiotic assay; the microbial symbiont is the fixing partner,Salvagiotti et al. [14] showed that soybean’s nitrogen requirement was 50–60% covered by biological N2 fixation.,,
124,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10346242,5,t ha−1,assay measured; denominator or scale lost,"Cooper [16] reported that yields of the best soybean varieties were 5 t ha−1, and the yield potential was even 7 t ha−1.",,
125,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10346242,7,t ha−1,assay measured; denominator or scale lost,"Cooper [16] reported that yields of the best soybean varieties were 5 t ha−1, and the yield potential was even 7 t ha−1.",,
126,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10346242,25,percent,assay reported without a usable scale,Deaker et al. [21] found that the use of a higher dose of inoculant than recommended did not pose any threat to the environment and usually resulted in an increase in nodulation and seed yield by up to 25%.,,
127,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10346242,25,percent,assay reported without a usable scale,Deaker et al. [21] found that the use of a higher dose of inoculant than recommended did not pose any threat to the environment and usually resulted in an increase in nodulation and seed yield by up to 25%.,,
128,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10346242,5,t ha−1,assay measured; denominator or scale lost,"Cooper [16] reported that yields of the best soybean varieties were 5 t ha−1, and the yield potential was even 7 t ha−1.",,
129,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10346242,7,t ha−1,assay measured; denominator or scale lost,"Cooper [16] reported that yields of the best soybean varieties were 5 t ha−1, and the yield potential was even 7 t ha−1.",,
130,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10346242,25,percent,assay reported without a usable scale,Deaker et al. [21] found that the use of a higher dose of inoculant than recommended did not pose any threat to the environment and usually resulted in an increase in nodulation and seed yield by up to 25%.,,
131,354.0,Azotobacter vinelandii AV3 mutant,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10346606,20,mM ammonium,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Azotobacter vinelandii AV11 requires IPTG to grow diazotrophically, but upon removal of IPTG from the medium, it exhibits a significant release of ammonium, up to 20 mM, which promotes robust growth of the microalgae S. obliquus and Chlorel",,
132,,P. vulgaris,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10352089,25,μmol ethylene-1 (g nodules dry weight)-1·h-1,assay reported without a usable scale,"Nitrogenase activity was determined by the widely used acetylene reduction assay. Nitrogenase, in addition to reducing atmospheric nitrogen to ammonia can reduce acetylene to ethylene and thus constitute an indirect method to measure nitrog",,
133,354.0,Azotobacter vinelandii nitrogenase MoFe protein,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10354833,12.6,nmol min−1 (mg protein)−1,nitrogenase purified from this organism,"C2H4 production from native MoFe protein is significantly higher, giving a rate of 12.6 nmol min−1 (mg protein)−1 at 3 hours",,
134,354.0,Azotobacter vinelandii nitrogenase MoFe protein,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10354833,10,nmol min−1 (mg protein)−1,nitrogenase purified from this organism,An overall rate of ca. 10 nmol min−1 (mg protein)−1 is maintained over 5 hours,,
135,354.0,Azotobacter vinelandii nitrogenase MoFe protein,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10354833,8.5,nmol min−1 (mg protein)−1,nitrogenase purified from this organism,C2H4 production rate of 8.5 nmol min−1 (mg protein)−1,,
136,354.0,Azotobacter vinelandii nitrogenase MoFe protein,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10354833,2.5,nmol min−1 (mg protein)−1,nitrogenase purified from this organism,"Some background C2H4 production is observed with the electrode modified with apo protein, giving a rate of 2.5 nmol min−1 (mg protein)−1 at 3 hours",,
137,32046.0,Synechococcus elongatus PCC 7942,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10369191,2.8,μmol H2 · h−1· mg Chla−1,nitrogenase purified from this organism,"Synechococcus elongatus PCC 7942 | IPTG- inducible heterologous expression of [FeFe] hydrogenases (HydA) and psba1 controlled expression of [FeFe] maturation machinery, in vivo | 2.8 μmol H2 · h−1· mg Chla−1, ferredoxin-hydrogenases compati",,
138,,Anabaena/Nostoc PCC 7120,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10369191,1,μmol H2 · h−1· mg Chla−1,nitrogenase purified from this organism,"Anabaena/Nostoc PCC 7120 | Heterologous expression of [FeFe] hydrogenase operon from Shewanella oneidensis MR-1 controlled by heterocyst-specific promoter phetN, deletion of native NiFe hydrogenases, in situ | 1 μmol H2 · h−1· mg Chla−1in i",,
139,,Anabaena/Nostoc PCC 7120,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10369191,400,μmol H2 · mg Chla−1,nitrogenase purified from this organism,"Anabaena/Nostoc PCC 7120 | Heterologous expression of [FeFe] hydrogenases (HydA) and maturation machinery in heterocyst controlled by late-phase promoter, cyanoglobin expression under control of patB promotor in vivo | 400 μmol H2 · mg Chla",,
140,866554.0,Chlorella sp. DT,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC10369191,10,fold higher than in WT strain,assay reported without a usable scale,"Chlorella sp. DT | Heterologous overexpression of clostridial [FeFe] hydrogenase (HydA) under control of two different promoters in aerobic and sulfur-supplied conditions | Native maturation of heterologous [FeFe] hydrogenase, H2 production",unusable,not_a_single_microbial_species
141,3055.0,Chlamydomonas reinhardtii,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC10369191,4.5,fold higher hydrogen production than WT,assay reported without a usable scale,"Chlamydomonas reinhardtii | Expression of a Fd-HydA1 fusion protein under control of the psaD promoter | Enhanced electron flow from PSI, leading to 4.5-fold higher hydrogen production than WT at low protein expression levels. Increased oxy",unusable,not_a_single_microbial_species
142,3055.0,Chlamydomonas reinhardtii,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC10369191,4.5,fold increase in hydrogenase activity compared to WT,assay reported without a usable scale,Chlamydomonas reinhardtii | Screening for Chlamydomonas reinhardtii mutants overexpressing a Fd-HydA1 fusion integrated either in nuclear genome (psaD promoter) or chloroplasts chromosome (psaA promoter) | Sustained H2 production that corre,unusable,not_a_single_microbial_species
143,,CRK12-OE nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10380779,1.5,times more nitrogen,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CRK12-OE nodules fixed 1.5 times more nitrogen than controls.,,
144,,CRK12-OE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10380779,1.5,times more nitrogen,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CRK12-OE nodules fixed 1.5 times more nitrogen than controls.,,
145,,HM053,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10383956,1000,µmol ethylene gfw−1,assay measured; denominator or scale lost,"HM053, which fixes much more nitrogen than ipdC, had values much greater than those observed in the latter especially while exposed to light, producing upwards of 1000 µmol ethylene per gram fresh weight of root (µmol ethylene gfw−1) after ",,
146,,ipdC,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10383956,90,µmol ethylene gfw−1,assay measured; denominator or scale lost,"HM053, which fixes much more nitrogen than ipdC, had values much greater than those observed in the latter especially while exposed to light, producing upwards of 1000 µmol ethylene per gram fresh weight of root (µmol ethylene gfw−1) after ",,
147,1180.0,Nostoc sp. PCC 7120 ΔhupL,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10384274,4,times higher than that of the wild-type strain,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",The knock-out improved the hydrogen production rate in the optimal hydrogen production stage to 4–7 times higher than that of the wild-type strain.,,
148,1180.0,Nostoc sp. PCC 7120 ΔhupL,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10384274,4,times higher than that of the wild-type strain,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",The knock-out improved the hydrogen production rate in the optimal hydrogen production stage to 4–7 times higher than that of the wild-type strain.,,
149,1180.0,Nostoc sp. PCC 7120 ΔhupL,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10384274,4,times higher than that of the wild-type strain,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",The knock-out improved the hydrogen production rate in the optimal hydrogen production stage to 4–7 times higher than that of the wild-type strain.,,
151,,Rhizobium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10405491,2.8,mM arsenate,symbiotic assay; the microbial symbiont is the fixing partner,"Rhizobium-legume symbiotic association is a significant bioremediation method for metal contaminated soil and have been exploited for removal of arsenic from soils. Mandal et al., 2011 have reported isolation of arsenate (2.8 mM arsenate) r",,
152,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10410467,30,percent,symbiotic assay; the microbial symbiont is the fixing partner,WSHM increased the number of nodules in soybean by 30.5%,,
153,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10410467,36,percent,assay reported without a usable scale,WSHM increased the nodule fresh weight by 36%,,
154,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10410467,30,percent,assay reported without a usable scale,WSHM increased the activity of nitrogenase by 30%,,
155,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10416561,122,percent,assay reported without a usable scale,"The activity of nitrogenase was largely unaffected by treatment, with the exception being that MoS2 NPs enhanced the activity by 122% at 60 days (Figure 5a).",,
156,,Li–N2 battery cycle,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10427382,46.0,nmol s-1 cmgeo-2,co-culture assay; which member fixed is not resolved,"Li et al. reported that a high-surface-area Cu electrode fabricated via the HBT method successively demonstrated a current density of −100 mA cmgeo −2 at 20 bar N2. Owing to the porous Ni foam and the HBT method, a high ECSA of 66.5 ± 7.1 c",,
157,,ORS3257,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10432411,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'no',no or very low nitrogenase activity (Supplementary Dataset S1),,
158,,R. palustris strain TN110,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10439078,84,%,assay reported without a usable scale,Strain TN110 removed 84% and 55% removal of Cd and Zn after 48 h of incubation under microaerobic-light conditions.,,
159,,R. palustris strain TN110,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10439078,55,%,assay reported without a usable scale,Strain TN110 removed 84% and 55% removal of Cd and Zn after 48 h of incubation under microaerobic-light conditions.,,
160,28068.0,Rubrivivax gelatinosus strain TN414,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10439078,72,%,assay reported without a usable scale,"Strain TN414 removed 72% Cd and 74% Zn, respectively, under the same experimental conditions.",,
161,28068.0,Rubrivivax gelatinosus strain TN414,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10439078,74,%,assay reported without a usable scale,"Strain TN414 removed 72% Cd and 74% Zn, respectively, under the same experimental conditions.",,
162,,BG6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10446884,310.3,nmol-C2H4/(mLh-1),assay measured; denominator or scale lost,"The highest N fixation rate, i.e., 310.3 nmol-C2H4/(mLh-1) we observed for the strain BG6",,
163,,KG3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10446884,171.1,nmol-C2H4/(mLh-1),assay measured; denominator or scale lost,"The lowest for KG3, i.e., 171.1 nmol-C2H4/(mLh-1)",,
164,,M. huakuii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10454058,64.87,nmol of Ethylene/Plant/h,symbiotic assay; the microbial symbiont is the fixing partner,StrainM. huakuii | Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β | 64.87 ± 10.9 a,,
165,,M. huakuii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10454058,34.2,nmol of Ethylene/Plant/h,symbiotic assay; the microbial symbiont is the fixing partner,HKhypE | Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β | 34.20 ± 0.72 b,,
166,,M. huakuii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10454058,52.7,nmol of Ethylene/Plant/h,symbiotic assay; the microbial symbiont is the fixing partner,HKhypE(pBBRhypE) | Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β | 52.70 ± 7.50 a,,
167,,M. huakuii,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10454058,0,nmol of Ethylene/Plant/h,a zero is present in the quote beside assay context,Control γ | Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β | 0,,
168,,M. huakuii,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10454058,64.39,percent,assay reported without a usable scale,"A. sinicus plants inoculated with the hypE mutant were shorter and thinner, with more yellow leaves, and the fresh weight of the HKhypE-inoculated plant was 64.39% compared to that of the 7653R-inoculated plant",,
169,,Trichodesmium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10456358,50,% of global natural N2 fixation,assay reported without a usable scale,"Trichodesmium, one of the marine cyanobacteria, is considered the dominant N2-fixing organism in the ocean. It accounts for around 50% of global natural N2 fixation",,
170,,sugarcane,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10464614,40,kg N ha−1 annually,assay measured; denominator or scale lost,"The amount of N from BNF in sugarcane reached 40 kg N ha−1 annually in Brazil (Urquiaga et al., 2012).",,
172,270344.0,Azotobacter nigricans,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10489705,352.9,C2H4 h−1 mL−1,assay measured; denominator or scale lost,the nitrogenase activity with A. nigricans was 352.9 C2H4 h−1 mL−1 when using sucrose as a carbon source,,
173,270344.0,Azotobacter nigricans,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10489705,125,C2H4 h−1 mL−1,assay measured; denominator or scale lost,the nitrogenase activity of A. nigricans was 125 C2H4 h−1 mL−1 when using kerosene as a carbon source,,
174,3885.0,Phaseolus vulgaris,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC10489999,50,nmol C2H4 h-1 mg-1,assay reported without a usable scale,"Salt treatment {25, 50 and 100 mM of sodium chloride (NaCl)} applied to Phaseolus vulgaris exhibited a reduced dry weight (25%) and decreased nitrogenase activity (50%) following glutamine synthetase (30%) and glutamate synthase (50%) [31]",unusable,not_a_single_microbial_species
175,,Ca. Thiothrix putei GKL-02,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10532065,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'NO',"we have observed only the genes of the membrane-bound nitrate reductase narGHI, participating in the dissimilatory reduction of nitrogen, and genes of nitric oxide reductase norBC, catalyzing the reduction of NO to N2O that suggests the inc",,
176,,OA-G20,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10533852,-5.8,fold change,assay reported without a usable scale,dinitrogenase iron-molybdenum cofactor biosynthesis protein (Dde_3198) was down-regulated in control (-5.8-folds),,
177,,OA-G20,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10533852,-1.3,fold change,assay reported without a usable scale,dinitrogenase iron-molybdenum cofactor biosynthesis protein (Dde_3198) was down-regulated in control (-5.8-folds) and P-Cu (-1.3-folds),,
178,,OA-G20,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10533852,7.5,fold change,assay reported without a usable scale,dinitrogenase iron-molybdenum cofactor biosynthesis protein (Dde_3198) was found to be strongly up-regulated (7.5-folds) in SLG-Cu,,
179,,OA-G20,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10533852,-1.2,fold change,assay reported without a usable scale,the nitrogen regulatory protein P-II (Dde_3493) was slightly down-regulated in control (-1.2-folds),,
180,,OA-G20,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10533852,-4,fold change,assay reported without a usable scale,the nitrogen regulatory protein P-II (Dde_3493) was slightly down-regulated in control (-1.2-folds) and SLG-Cu (-4folds),,
181,,OA-G20,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10533852,5.7,fold change,assay reported without a usable scale,"the nitrogen regulatory protein P-II (Dde_3493) was slightly down-regulated in control (-1.2-folds) and SLG-Cu (-4folds), whereas a significant up-regulation was observed in P-Cu (5.7 folds)",,
182,,MnO/TM,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10535433,1.11,×10−10 mol s−1 cm−2,assay measured; denominator or scale lost,such catalyst achieved a high FE up to 8.02% and a large NH3 production of 1.11 × 10−10 mol s−1 cm−2 at −0.39 V (vs. RHE),,
183,,LiMn2O4 nanofiber,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10535433,7.44,%,assay reported without a usable scale,a spinel LiMn2O4 nanofiber could act as a noble-metal-free electrocatalyst for NH3 synthesis with an excellent FE of 7.44%,,
184,,A. brasilense HM053,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10536504,0.1435,µmol L-1,assay measured; denominator or scale lost,"NO concentrations ranged from 0.1435 for A. brasilense HM053 to 0.0036 for A. fabrum R5, normalized to total protein content",,
185,,A. fabrum R5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10536504,0.0036,µmol L-1,assay measured; denominator or scale lost,"NO concentrations ranged from 0.1435 for A. brasilense HM053 to 0.0036 for A. fabrum R5, normalized to total protein content",,
186,,A306-A1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,A306-A1 | Nitrogen Fixation (Halo in mm) | 0.0,,
187,,A334-1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,A334-1 | Nitrogen Fixation (Halo in mm) | 0.0,,
188,,A289 B,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,A289 B | Nitrogen Fixation (Halo in mm) | 0.0,,
189,,H97,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,H97 | Nitrogen Fixation (Halo in mm) | 0.0,,
190,,H38,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,H38 | Nitrogen Fixation (Halo in mm) | 0.0,,
191,,H176,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,H176 | Nitrogen Fixation (Halo in mm) | 0.0,,
192,,H133,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,H133 | Nitrogen Fixation (Halo in mm) | 0.0,,
193,,H176-D,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,H176-D | Nitrogen Fixation (Halo in mm) | 0.0,,
194,,H207,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,H207 | Nitrogen Fixation (Halo in mm) | 0.0,,
195,,H67,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,H67 | Nitrogen Fixation (Halo in mm) | 0.0,,
196,,H56-Zn,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10537599,0.0,mm,a zero is present in the quote beside assay context,H56-Zn | Nitrogen Fixation (Halo in mm) | 0.0,,
197,,UCYN-A2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10541017,3,nmol C2H4 h-1 mg-1,accepted quantitative rate,"UCYN-A2 ... reaches a higher cell density per host (~3 to 10 versus ~1 to 2 symbionts for A1), leading to a higher nitrogen fixation rate (7, 9, 17, 42)",,
198,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,122.9,μmol CO2/(m²·s),assay reported without a usable scale,"Increase net photosynthesis by 122.9%; increase root exudates of succinic acid (14.5 folds), pyruvic acid (10.0 folds), and betaine (11.8 folds), and relative abundance of microbial community by 122.6–344.4%",,
199,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,46.62,μmol CO2/(m²·s),assay reported without a usable scale,"Increase the height and fresh biomass by 22.34% and 70.60%, respectively; Upregulate the gene expressions of enzymes related to chlorophyll by 15.26–115.02%; increase chlorophyll a and chlorophyll b contents by 14.39% and 26.54%, respective",,
200,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,56,μmol CO2/(m²·s),assay reported without a usable scale,Increase CO2 assimilate rate by 56%,,
201,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,16,μmol CO2/(m²·s),assay reported without a usable scale,"Increase CO2 assimilate rate and stomatal conductance by 16% and 18%, respectively",,
202,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,42,μmol CO2/(m²·s),assay reported without a usable scale,RuBisCO activity increases by 42%,,
203,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,23.39,μmol CO2/(m²·s),assay reported without a usable scale,"increase the chlorophyll content and RuBisCO carboxylase activity by 64.53% and 23.39%, respectively",,
204,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,29.88,μmol CO2/(m²·s),assay reported without a usable scale,"Increase the electron transport rate and photosynthetic efficiency of photosystem II by 29.81% and 29.88%, respectively",,
205,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,121,μmol CO2/(m²·s),assay reported without a usable scale,"Increase light conversion efficiency by 121.00%; increase chlorophyll content by 15.41%; increase relative gene expression of psbA by 22.30-fold, ATPase activity by 41.44%, and NADPH production by 110.31%",,
206,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,110.31,μmol CO2/(m²·s),assay reported without a usable scale,"Increase light conversion efficiency by 121.00%; increase chlorophyll content by 15.41%; increase relative gene expression of psbA by 22.30-fold, ATPase activity by 41.44%, and NADPH production by 110.31%",,
207,,nitrogen-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10574142,110.31,μmol CO2/(m²·s),assay reported without a usable scale,"Increase light conversion efficiency by 121.00%; increase chlorophyll content by 15.41%; increase relative gene expression of psbA by 22.30-fold, ATPase activity by 41.44%, and NADPH production by 110.31%",,
208,,G4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,37.45,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G4 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 37.45,,
209,,G7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,16.75,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G7 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 16.75,,
210,,G8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,15.22,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G8 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 15.22,,
211,,G9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,5.75,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G9 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 5.75,,
212,,G13,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,0.45,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G13 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 0.45,,
213,,G16,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,11.83,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G16 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 11.83,,
214,,G21,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,10.85,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G21 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 10.85,,
215,,J1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,67.45,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain J1 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 67.45,,
216,,J4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,24.05,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain J4 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 24.05,,
217,,J8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,19.35,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain J8 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 19.35,,
218,,J14,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,11.61,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain J14 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 11.61,,
219,,J25,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,12.15,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain J25 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 12.15,,
220,,H2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,22.65,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H2 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 22.65,,
221,,H7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,27.65,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H7 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 27.65,,
222,,G2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,3.15,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G2 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 3.15,,
223,,G3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,13.15,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G3 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 13.15,,
224,,G6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,17.73,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G6 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 17.73,,
225,,G18,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,11.1,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G18 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 11.1,,
226,,G19,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,20.35,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G19 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 20.35,,
227,,G22,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,2.83,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G22 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 2.83,,
228,,G23,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,19.55,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G23 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 19.55,,
229,,G27,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,6.21,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain G27 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 6.21,,
230,,J15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,0.14,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain J15 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 0.14,,
231,,J17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,6.05,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain J17 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 6.05,,
232,,J22,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,3.11,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain J22 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 3.11,,
233,,H3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,25.75,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H3 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 25.75,,
234,,H4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,14.32,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H4 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 14.32,,
235,,H6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,16.65,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H6 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 16.65,,
236,,H13,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,31.45,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H13 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 31.45,,
237,,H15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,21.84,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H15 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 21.84,,
238,,H16,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,26.55,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H16 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 26.55,,
239,,H20,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,27.05,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H20 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 27.05,,
240,,H22,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10578054,20.34,nmol C2H4/(mL·h),assay measured; denominator or scale lost,Strain H22 | Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) | 20.34,,
241,,DOA9WT,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10581086,59,percent,assay reported without a usable scale,the nodules contain 59% leghemoglobin and 40% nitrogenase enzyme,,
242,,DOA9∆rpoNp,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10581086,40,percent,assay reported without a usable scale,the nodules contain 59% leghemoglobin and 40% nitrogenase enzyme,,
243,354.0,Azotobacter vinelandii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10581106,0.7,nmol C2H4 h-1 mg-1,accepted quantitative rate,Acetylene reduction rates of ancNif and WT. The bar plot shows mean acetylene reduction rates (three biological replicates per strain) and error bars represent ±1 SD.,,
244,1211.0,filamentous cyanobacteria,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC10584864,3,nM N d−1,assay reported without a usable scale,rates never exceeded 3 nM N d−1 in the south (Stations 7 and 9; Fig. 1f),,
245,39645.0,Mesorhizobium ciceri,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10613627,4.03,%,assay reported without a usable scale,AtBAG4-3 and AtBAG4-4 contained statistically higher nitrogen yield (4.03% and 3.7% respectively) compared to the non-transgenic controls (3.3%) upon M. ciceri inoculation,,
246,39645.0,Mesorhizobium ciceri,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10613627,3.7,%,assay reported without a usable scale,AtBAG4-3 and AtBAG4-4 contained statistically higher nitrogen yield (4.03% and 3.7% respectively) compared to the non-transgenic controls (3.3%) upon M. ciceri inoculation,,
247,39645.0,Mesorhizobium ciceri,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10613627,3.3,%,assay reported without a usable scale,AtBAG4-3 and AtBAG4-4 contained statistically higher nitrogen yield (4.03% and 3.7% respectively) compared to the non-transgenic controls (3.3%) upon M. ciceri inoculation,,
248,,Stenotrophomonas sp.-01,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,54.02,%,assay reported without a usable scale,Root system | N16 | 54.02 | Stenotrophomonas sp.-01 | Root system | DF12 | 71.77 | Pseudomonas sp.-04,,
249,,Klebsiella sp.-01,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,48.61,%,assay reported without a usable scale,Root system | N18 | 48.61 | Klebsiella sp.-01 | Root system | DF15 | 68.52 | Enterobacter sp.-02,,
250,,Bacillus sp.-01,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,70.71,%,assay reported without a usable scale,Root callus | N36 | 70.71 | Bacillus sp.-01 | Root callus | DF34 | 86.90 | Klebsiella sp.-02,,
251,,Pseudomonas sp.-03,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,70.59,%,assay reported without a usable scale,Root callus | N32 | 59.82 | Bacillus sp.-02 | Root callus | DF28 | 70.59 | Pseudomonas sp.-03,,
252,,Enterobacter sp.-02,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,69.43,%,assay reported without a usable scale,Root system | N13 | 64.52 | Enterobacter sp.-02 | Root system | DF9 | 69.43 | Enterobacter sp.-02,,
253,,Klebsiella sp.-01,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,58.21,%,assay reported without a usable scale,Root system | N7 | 58.21 | Enterobacter sp.-01 | Root system | DF5 | 48.48 | Klebsiella sp.-01,,
254,,Bacillus sp.-02,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,59.82,%,assay reported without a usable scale,Root callus | N32 | 59.82 | Bacillus sp.-02 | Root callus | DF28 | 70.59 | Pseudomonas sp.-03,,
255,,Pseudomonas sp.-04,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,71.77,%,assay reported without a usable scale,Root system | N16 | 54.02 | Stenotrophomonas sp.-01 | Root system | DF12 | 71.77 | Pseudomonas sp.-04,,
256,,Enterobacter sp.-01,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,58.21,%,assay reported without a usable scale,Root system | N7 | 58.21 | Enterobacter sp.-01 | Root system | DF5 | 48.48 | Klebsiella sp.-01,,
257,,Klebsiella sp.-02,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,86.9,%,assay reported without a usable scale,Root callus | N36 | 70.71 | Bacillus sp.-01 | Root callus | DF34 | 86.90 | Klebsiella sp.-02,,
258,,Pseudomonas sp.-02,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,67.05,%,assay reported without a usable scale,Root nodules | N1 | 40.74 | Enterobacter sp.-03 | Root nodules | DF2 | 67.05 | Pseudomonas sp.-02,,
259,,Enterobacter sp.-02,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,68.52,%,assay reported without a usable scale,Root system | N18 | 48.61 | Klebsiella sp.-01 | Root system | DF15 | 68.52 | Enterobacter sp.-02,,
260,,Bacillus sp.-03,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,43.59,%,assay reported without a usable scale,Root system | N20 | 43.59 | Bacillus sp.-03 | Root system | DF19 | 43.75 | Bacillus sp.-03,,
261,,Pseudomonas sp.-02,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,30.34,%,assay reported without a usable scale,Root callus | N46 | 30.17 | Klebsiella sp.-02 | Root callus | DF43 | 30.34 | Pseudomonas sp.-02,,
262,,Comamonas sp.-01,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,20.22,%,assay reported without a usable scale,Root callus | N49 | 21.55 | Enterobacter sp.-03 | Root callus | DF46 | 20.22 | Comamonas sp.-01,,
263,,Stenotrophomonas sp.-01,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,64.52,%,assay reported without a usable scale,Root system | N13 | 64.52 | Enterobacter sp.-02 | Root system | DF9 | 69.43 | Enterobacter sp.-02,,
264,,Enterobacter sp.-03,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,40.74,%,assay reported without a usable scale,Root nodules | N1 | 40.74 | Enterobacter sp.-03 | Root nodules | DF2 | 67.05 | Pseudomonas sp.-02,,
265,,Bacillus sp.-02,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10618544,46.59,%,assay reported without a usable scale,Root callus | N41 | 46.59 | Bacillus sp.-02 | Root callus | DF37 | 52.08 | Bacillus sp.-02,,
266,,strain F (55 1-1),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10641001,23.04,nmol ethylene h-1,assay measured; denominator or scale lost,"The lowest acetylene reduction was found with D (36 1-1), at 23.04 ± 6.16 nmol/h hardly differing from the values of the controls.",,
267,,strain D (36 1-1),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10641001,23.04,nmol ethylene h-1,assay measured; denominator or scale lost,"The lowest acetylene reduction was found with D (36 1-1), at 23.04 ± 6.16 nmol/h hardly differing from the values of the controls.",,
268,,strain C (9-5),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10641001,23.04,nmol ethylene h-1,assay measured; denominator or scale lost,"The lowest acetylene reduction was found with D (36 1-1), at 23.04 ± 6.16 nmol/h hardly differing from the values of the controls.",,
269,,strain E (36 3-2),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10641001,23.04,nmol ethylene h-1,assay measured; denominator or scale lost,"The lowest acetylene reduction was found with D (36 1-1), at 23.04 ± 6.16 nmol/h hardly differing from the values of the controls.",,
270,,strain G (60 2-1),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10641001,23.04,nmol ethylene h-1,assay measured; denominator or scale lost,"The lowest acetylene reduction was found with D (36 1-1), at 23.04 ± 6.16 nmol/h hardly differing from the values of the controls.",,
271,,strain B (3B 4-1),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10641001,23.04,nmol ethylene h-1,assay measured; denominator or scale lost,"The lowest acetylene reduction was found with D (36 1-1), at 23.04 ± 6.16 nmol/h hardly differing from the values of the controls.",,
272,,strain A (1-7),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10641001,23.04,nmol ethylene h-1,assay measured; denominator or scale lost,"The lowest acetylene reduction was found with D (36 1-1), at 23.04 ± 6.16 nmol/h hardly differing from the values of the controls.",,
273,375.0,Bradyrhizobium japonicum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10653932,327,nitrogenase activity (nmol C2H4 h-1 mg-1),assay measured; denominator or scale lost,"phage resistance can be associated with more and larger nodules, higher nitrogenase activity (327, 328), and enhanced host nitrogen content (329)",,
274,375.0,Bradyrhizobium japonicum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10653932,328,nitrogenase activity (nmol C2H4 h-1 mg-1),assay measured; denominator or scale lost,"phage resistance can be associated with more and larger nodules, higher nitrogen, nitrogenase activity (327, 328), and enhanced host nitrogen content (329)",,
275,,Baffin Bay,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10656255,0.02,nmol N l−1 day−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Measurable nitrogen fixation rates range from 0.02 nmol N l−1 day−1 in Baffin Bay (Blais et al. 2012) to 17.2 nmol N l−1 day−1 in the coastal Chukchi Sea [Sipler et al. 2017; also see Shiozaki et al. (2018)],,
276,,coastal Chukchi Sea,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10656255,17.2,nmol N l−1 day−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Measurable nitrogen fixation rates range from 0.02 nmol N l−1 day−1 in Baffin Bay (Blais et al. 2012) to 17.2 nmol N l−1 day−1 in the coastal Chukchi Sea [Sipler et al. 2017; also see Shiozaki et al. (2018)],,
277,,endophytic bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10672898,0.05,OD517nm,assay reported without a usable scale,"NITRO, nitrogen fixation: ‘+’ low activity demonstrated (OD517nm ≤ 0.05); ‘++’ mean activity demonstrated (OD517nm 0.05–0.1); ‘+++’ high activity demonstrated (OD517nm ≥ 0.1).",,
278,3019933.0,Rhizobium leguminosarum bv. viciae 3841,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10675292,8.8,%Ndfa (root),assay reported without a usable scale,"Root %Ndfa was generally low, with both positive (in Hiverna) and negative (in Tiffany) values and significant differences between the treatments and varieties. Root %Ndfa ranged from −7.0 to 8.8% and 2.73 to 15.3% for Tiffany and Hiverna.",,
279,3019933.0,Rhizobium leguminosarum bv. viciae 3841,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10675292,15.3,%Ndfa (root),assay reported without a usable scale,"Root %Ndfa was generally low, with both positive (in Hiverna) and negative (in Tiffany) values and significant differences between the treatments and varieties. Root %Ndfa ranged from −7.0 to 8.8% and 2.73 to 15.3% for Tiffany and Hiverna.",,
280,3019933.0,Rhizobium leguminosarum bv. viciae 3841,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10675292,106,%Ndfa,assay reported without a usable scale,"faba bean varieties supplemented with Po obtained 106% and 130% %Ndfa values for Tiffany and Hiverna, respectively, relative to the +Pi treatments.",,
281,3019933.0,Rhizobium leguminosarum bv. viciae 3841,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10675292,130,%Ndfa,assay reported without a usable scale,"faba bean varieties supplemented with Po obtained 106% and 130% %Ndfa values for Tiffany and Hiverna, respectively, relative to the +Pi treatments.",,
282,,A. vinelandii mutant strain,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10685413,60,percent,assay reported without a usable scale,The electron distribution toward NH3 was found to be ∼60% under both low-flux (4 mol equiv of Fe protein per MoFe protein) and high-flux (16 mol equiv of Fe per MoFe) turnover conditions,,
283,,S. medicae md4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10694431,245,µmoleN.h-1,symbiotic assay; the microbial symbiont is the fixing partner,"In treated plants, it was 245 µmoleN.h-1, displaying an almost 50% reduction.",,
284,,S. medicae md4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10694431,360.92,µmoleN.h-1,symbiotic assay; the microbial symbiont is the fixing partner,"In control plants, the calculated whole plant N intake was 360.92 µmoleN.h-1",,
285,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,64.5,percent reduction in nodule fresh weights,assay reported without a usable scale,"water stress applied for eight days (watering interruption) on the 30th 30 days after sowing (vegetative stage) and 50 days from sowing (the flowering) caused a 64.5% and 54.4% reduction in guar nodule fresh weights, respectively",,
286,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,54.4,percent reduction in nodule fresh weights,assay reported without a usable scale,"water stress applied for eight days (watering interruption) on the 30th 30 days after sowing (vegetative stage) and 50 days from sowing (the flowering) caused a 64.5% and 54.4% reduction in guar nodule fresh weights, respectively",,
287,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,45,percent drop in the number of nodules,assay reported without a usable scale,a seven-day-long drought applied to field-grown guar plants on the 30th day after germination (DAG) caused a 45% drop in the number of nodules and an 80% decrease in their fresh weights in comparison to the irrigated controls,,
288,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,80,percent decrease in their fresh weights,assay reported without a usable scale,a seven-day-long drought applied to field-grown guar plants on the 30th day after germination (DAG) caused a 45% drop in the number of nodules and an 80% decrease in their fresh weights in comparison to the irrigated controls,,
289,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,10,percent loss of relative water contents in nodules,assay reported without a usable scale,the authors also found a sharp stress-induced decline in nitrogenase activity when the loss of relative water contents in nodules exceeded 10%,,
290,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,45,percent drop in the number of nodules,assay reported without a usable scale,a seven-day-long drought applied to field-grown guar plants on the 30th day after germination (DAG) caused a 45% drop in the number of nodules and an 80% decrease in their fresh weights in comparison to the irrigated controls,,
291,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,80,percent decrease in their fresh weights,assay reported without a usable scale,a seven-day-long drought applied to field-grown guar plants on the 30th day after germination (DAG) caused a 45% drop in the number of nodules and an 80% decrease in their fresh weights in comparison to the irrigated controls,,
292,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,10,percent loss of relative water contents in nodules,assay reported without a usable scale,the authors also found a sharp stress-induced decline in nitrogenase activity when the loss of relative water contents in nodules exceeded 10%,,
293,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,45,percent drop in the number of nodules,assay reported without a usable scale,a seven-day-long drought applied to field-grown guar plants on the 30th day after germination (DAG) caused a 45% drop in the number of nodules and an 80% decrease in their fresh weights in comparison to the irrigated controls,,
294,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,80,percent decrease in their fresh weights,assay reported without a usable scale,a seven-day-long drought applied to field-grown guar plants on the 30th day after germination (DAG) caused a 45% drop in the number of nodules and an 80% decrease in their fresh weights in comparison to the irrigated controls,,
295,,guar nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10708221,10,percent loss of relative water contents in nodules,assay reported without a usable scale,the authors also found a sharp stress-induced decline in nitrogenase activity when the loss of relative water contents in nodules exceeded 10%,,
296,,"αETSP-2, cIII-ETSP",no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10719068,0,nmol C2H4 h-1 (mg C)-1,explicit negative statement: 'not',Aphotic N2 fixation rates increased in +amino acids and +DOC treatments; identified NCDs did not change in abundance.,,
297,1134687.0,Klebsiella michiganensis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10730499,646.25,nmol·mL− 1·h− 1 C2H4,assay measured; denominator or scale lost,"Its value of nitrogenase activity was av. 646.25 ± 38.61 nmol·mL− 1·h− 1 C2H4, which significantly different from E. coli DH5α (****: P < 0.0001)",,
298,,AvNifHEc,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10746259,100,percent,assay reported without a usable scale,"The specific activities of C2H2-reduction (to C2H4; light gray), N2-reduction (to NH3; dark blue), CO2-reduction (to CO; dark red), M-cluster maturation (dark gray), and P-cluster maturation (dark green) by AvNifHEc as compared to those by ",,
299,,AvNifHEc,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10746259,100,percent,assay reported without a usable scale,"The specific activities of C2H2-reduction (to C2H4; light gray), N2-reduction (to NH3; dark blue), CO2-reduction (to CO; dark red), M-cluster maturation (dark gray), and P-cluster maturation (dark green) by AvNifHEc as compared to those by ",,
300,2843197.0,Geomonas nitrogeniifigens RF4,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10746287,4,µmol C2H4 g−1 protein h−1,assay measured; denominator or scale lost,Nitrogen fixing ability and inhibiting effect of NH4+ on nitrogenase activity of strain Geomonas nitrogeniifigens RF4. (A) Elemental analysis-isotope ratio mass spectrometry of 15N14N and 14N14N; (B) total nitrogen accumulation through nitr,,
301,,A. brasilense + P. fluorescens,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10753571,18960,kg ha-1,assay measured; denominator or scale lost,"inoculant A. brasilense + P. fluorescens combined with a dose of 110 kg of N ha–1 showed the highest average mass accumulation over the two agricultural seasons (18,960 kg ha–1)",,
302,,A. brasilense,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10753571,16.8,%,assay reported without a usable scale,A. brasilense increases the aboveground part biomass by 16.8% with inoculation by spraying seeds and leaves,,
303,,P. fluorescens,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10753571,15.2,%,assay reported without a usable scale,P. fluorescens increases by 15.2% with the addition of 40 kg of N ha–1,,
304,,P. fluorescens,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10753571,30,%,assay reported without a usable scale,combined with 70 and 90 kg of N ha–1 in coverage promoted average increases of 30 and 38.5%,,
305,,A. brasilense,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10753571,38.5,%,assay reported without a usable scale,combined with 70 and 90 kg of N ha–1 in coverage promoted average increases of 30 and 38.5%,,
306,33996.0,Gluconacetobacter diazotrophicus,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10765410,30,nmol C2H4 h-1 mg-1,assay reported without a usable scale,WT CowN leads to a partial rescue of activity to 30% of the uninhibited level,,
308,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10795185,122,nmol C2H4 h-1 mg-1,assay reported without a usable scale,MoS2 NPs enhanced the nitrogenase activity by 122% even at a concentration of up to 500 mg/kg (Figure 1b).,,
309,,PGPR,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10796387,18.94,percent,assay reported without a usable scale,PGPR increased basil leaf yield by 18.94% compared to the treatment with 50% mineral fertilizer,,
310,,Pseudomonas,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10796387,10,percent,assay measured; denominator or scale lost,documented a 10–20% rise in lettuce yield by utilizing various Pseudomonas bacterial species,,
311,,PGPR,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10796387,58.7,percent,assay reported without a usable scale,Tahiri et al.21 reported a 58.7% higher lettuce yield in PGPR-inoculated plants compared to non-inoculated plants,,
312,,bacterial inoculum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10796387,14,percent,assay measured; denominator or scale lost,Vetrano et al.22 reported a 14–25% increase in lettuce yield due to bacterial inoculum and fertigation management,,
313,,A. chroococcum,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10806880,37,percent,assay reported without a usable scale,the nitrogenase activity and nitrogen fixation ability of PFP/A. chroococcum photosynthetic biohybrid has been promoted by 37%,,
314,,P. fluorescens N64-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10818423,4.54,mg/L,assay measured; denominator or scale lost,nitrogen fixation amounts of 4.54 and 4.44 mg/L (semi micro Kelvin method),,
315,,P. fluorescens N137-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10818423,4.44,mg/L,assay measured; denominator or scale lost,nitrogen fixation amounts of 4.54 and 4.44 mg/L (semi micro Kelvin method),,
317,353.0,Azotobacter chroococcum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC10831853,158,%,assay reported without a usable scale,The nitrogen fixation with CDs was increased up to 158% in comparison to the control.,,
318,60552.0,Burkholderia vietnamiensis strain WPB,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10833079,11.5,percent,assay reported without a usable scale,WPB (Pnif-GFP) cells with active GFP represented only 11.5% of the cells,,
319,,class UBA9942,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10839748,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'lacking',"the enzymatic repertoire for nitrogen fixation, which is lacking in Nitrospinia",,
320,,few-layer black phosphorus,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10839751,0.01,ppm N2,assay reported without a usable scale,fixation of up to 100 parts per million (0.01%) of N2 on the surface,,
321,,red phosphorous,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10839751,0.003,wt% N,assay measured; denominator or scale lost,the residual amount of N in the fresh sample increases with time... quantifies the amount of N fixed in red P in 0.003 wt% (30 ppm),,
323,,Klebsiella and Pantoea,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10853281,31,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,Klebsiella and Pantoea in leaf–cutter ant fungal gardens are known to fix atmospheric nitrogen with the nitrogen assimilated into ant biomass31,,
324,,Nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10853941,306,μmol h–1 g–1,symbiotic assay; the microbial symbiont is the fixing partner,the highest ammonia evolution rate up to 306 μmol h–1 g–1,,
325,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10865832,480,nanomoles of ethylene produced per minute and milligram of r,nitrogenase purified from this organism,"The activity using apo-NifENAv and NifHAv isolated from A. vinelandii strains DJ1118 and DJ, respectively, was 480 ± 110 units.",,
326,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10865832,380,nanomoles of ethylene produced per minute and milligram of N,nitrogenase purified from this organism,"The activity using apo-NifENAv and NifHAv isolated from A. vinelandii strains DJ1118 and DJ, respectively, was 380 ± 53 units.",,
327,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10865832,873,nanomoles of ethylene produced per minute and milligram of N,nitrogenase purified from this organism,"The activity using apo-NifENAv and NifHAv isolated from A. vinelandii strains DJ1118 and DJ, respectively, was 873 ± 124 units (using ScNifBMi) and 653 ± 91 units (using ScNifBMt), respectively.",,
328,,Bradyrhizobium ORS278,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10904325,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'absence of',absence of nitrogenase enzyme activity in acetylene reduction assays,,
329,,UCTE CB012,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10907420,3,times higher than solitary,symbiotic assay; the microbial symbiont is the fixing partner,"After 1 week, when a significant increase in co-incubated N2 fixation rates was verified (approximately 3 times higher),",,
330,,Mo-dependent nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10941194,106,oxidoreductase,nitrogenase purified from this organism,"Mo-dependent nitrogenase | 1.18.6.1 | oxidoreductase | Mo-dependent nitrogenase involved in nitrogen fixation, catalyzes ammonia formation from nitrogen | 4.3 | (106)",,
331,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
332,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
333,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
334,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
335,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
336,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
337,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
338,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
339,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
340,,S. piezotolerans WP3NR with Sec-dependent nosZ gene,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10951307,56.08,μmol N2O consumed,assay measured; denominator or scale lost,"the amount of N2O consumed by the S. piezotolerans WP3NR with Sec-dependent nosZ gene gradually increased with the elevated hydrostatic pressures, which was the highest at 40 MPa (56.08 μmol)",,
341,1423.0,Bacillus subtilis (HYT-12-1),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10955172,85,percent potential nitrogen fixation,assay reported without a usable scale,37%-IAA production;37%-phosphate solubilization; 24%-siderophores production; 85%-potential nitrogen fixation; 6%-ACC deaminase activity in tomato seeds,,
342,,HL3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10975677,148.03,nmol C2H4·h−1,assay measured; denominator or scale lost,"Quantitative analysis indicated that the nitrogenase activity of HL3, HG12, and HG24 ranged between 148.03 and 266.45 nmol C2H4·h−1, with strain HG24 exhibiting the highest nitrogenase activity (Figure 4f).",,
343,,HG12,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10975677,148.03,nmol C2H4·h−1,assay measured; denominator or scale lost,"Quantitative analysis indicated that the nitrogenase activity of HL3, HG12, and HG24 ranged between 148.03 and 266.45 nmol C2H4·h−1, with strain HG24 exhibiting the highest nitrogenase activity (Figure 4f).",,
344,,HG24,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10975677,266.45,nmol C2H4·h−1,assay measured; denominator or scale lost,"Quantitative analysis indicated that the nitrogenase activity of HL3, HG12, and HG24 ranged between 148.03 and 266.45 nmol C2H4·h−1, with strain HG24 exhibiting the highest nitrogenase activity (Figure 4f).",,
345,,RP/CdS bio-nano-hybrid cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10992965,31,nmol/mg total protein,co-culture assay; which member fixed is not resolved,"under the irradiation of light RP/CdS bio-nano-hybrid cells with the wavelength of 400–500 nm, the RP/CdS bio-nano-hybrid cells reached the highest methane production of 31 ± 0.6 nmol/mg total protein",,
346,,RP/CdS bio-nano-hybrid cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10992965,38,nmol/mg total protein,co-culture assay; which member fixed is not resolved,"With the increase of L-Cys concentration from 2 to 14 mM, the methane production increased from 24 nmol/mg total protein to 38 ± 0.4 nmol/mg total protein",,
347,,RP/CdS bio-nano-hybrid cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10992965,168,nmol/mg total protein,co-culture assay; which member fixed is not resolved,the methane production dramatically increased along with the light intensity from about 30 nmol/mg total protein to 168 ± 7 nmol/mg total protein,,
348,,RP/CdS bio-nano-hybrid cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10992965,171,nmol/mg total protein,co-culture assay; which member fixed is not resolved,the methane production steadily increased upon inoculation and reached the highest production of 171 ± 10 nmol/mg total protein,,
349,,compound microbial inoculum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10994714,1.95,g/kg,assay measured; denominator or scale lost,"total nitrogen content in CM + CK group was 1.80 g/kg, and that in CM + AB group was 1.95 g/kg",,
350,,compound microbial inoculum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10994714,2.39,g/kg,assay measured; denominator or scale lost,total nitrogen content in PM + CK group and PM + AB group was 2.18 and 2.39 g/kg,,
351,72361.0,Bacillus vallismortis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10995350,9.6,n moles C2H4/ml/h,assay measured; denominator or scale lost,"20P and 28P isolates gave (9.6 ± 0.47 and 32.1 ± 0.60 n moles C2H4/ml/h) of ARA, respectively.",,
352,227866.0,Bacillus tequilensis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC10995350,32.1,n moles C2H4/ml/h,assay measured; denominator or scale lost,"20P and 28P isolates gave (9.6 ± 0.47 and 32.1 ± 0.60 n moles C2H4/ml/h) of ARA, respectively.",,
353,,MoFe nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC10995937,690,nmol cm-2 h-1,nitrogenase purified from this organism,The conversion of octane to 1-octanol was characterized by a high rate (690 nmol cm–2).,,
354,380.0,Sinorhizobium fredii CCBAU45436,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10999553,0.3891,mmol/gDW/h,symbiotic assay; the microbial symbiont is the fixing partner,Module 1 | Symbiotic nitrogen fixation rate (mmol/gDW/h) | 0.3891,,
355,380.0,Sinorhizobium fredii CCBAU45436,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10999553,0.3891,mmol/gDW/h,symbiotic assay; the microbial symbiont is the fixing partner,Module 2 | Symbiotic nitrogen fixation rate (mmol/gDW/h) | 0.3891,,
356,380.0,Sinorhizobium fredii CCBAU45436,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10999553,0.1121,mmol/gDW/h,symbiotic assay; the microbial symbiont is the fixing partner,Module 3 | Symbiotic nitrogen fixation rate (mmol/gDW/h) | 0.1121,,
357,380.0,Sinorhizobium fredii CCBAU45436,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC10999553,0.3891,mmol/gDW/h,symbiotic assay; the microbial symbiont is the fixing partner,Module 4 | Symbiotic nitrogen fixation rate (mmol/gDW/h) | 0.3891,,
359,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11005386,65,percent,assay reported without a usable scale,"rates of nitrogen fixation per plant, quantified by the Acetylene Reduction Assay (ARA), were reduced by a commensurate amount (~65%) in the Pcu-shc-inoculated soybeans compared to WT-inoculated plants",,
360,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11005386,65,percent,assay reported without a usable scale,"rates of nitrogen fixation per plant, quantified by the Acetylene Reduction Assay (ARA), were reduced by a commensurate amount (~65%) in the Pcu-shc-inoculated soybeans compared to WT-inoculated plants",,
361,,CgCS strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11009414,0.22,mg L−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Culturing the strain in a ϕ18 test tube with 5 mL KD medium produced 28 mg L−1 extracellular glutamate after 127 h (Fig. 2d) with a production rate of 0.22 mg L−1 h−1.,,
362,,CgCS strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11009414,0.88,mg L−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","In KDC medium, the nitrogenase activity of the CgCS strain was restored, and 109 mg L−1 glutamate was produced after 127 h (Fig. 2a, d) with a production rate of 0.88 mg L−1 h−1.",,
363,,CgCS+CitS strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11009414,1.57,mg L−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","When citS was overexpressed in the CgCS strain (CgCS+CitS strain), glutamate production reached 335 mg L−1 (2.28 mM) with a rate of 1.57 mg L−1 h−1 (Fig. 3c).",,
364,,CgCS+CitS strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11009414,2.93,mg L−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",glutamate production of the CgCS+CitS strain reached 1.13 g L−1 (7.67 mM) on day 16 with a production rate of 2.93 mg L−1 h−1,,
365,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11011270,33.6,nodule number (%),assay reported without a usable scale,the two stable transgenic lines (OE1 and OE2) showed an increase of 33.6% and 27.6% in the total nodule number,,
366,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11011270,69.9,nodule fresh weight (%),assay reported without a usable scale,the two stable transgenic lines (OE1 and OE2) showed an increase of 69.9% and 57.1% in nodule fresh weight,,
367,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11011270,47.8,nitrogenase activity (%),assay reported without a usable scale,the two stable transgenic lines (OE1 and OE2) showed an increase of 47.8% and 32.7% in nitrogenase activity,,
368,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11011270,7.2,nodule N concentration (%),assay reported without a usable scale,the nodule N concentration in the two stable lines showed a 7.2% and 5.0% increase compared with WT control,,
369,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11011270,34.6,nodule APase activities (%),assay reported without a usable scale,overexpression of GmPAP4 led to 34.6% and 12.6% increases in nodule APase activities relative to WT control,,
370,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11011270,27.5,nodule P concentration (%),assay reported without a usable scale,"the P concentration of nodules was enhanced significantly, with 27.5% and 14.1% increases in the two GmPAP4 OE lines",,
371,,N2-fixing rhizobia,epithet_and_strain_genus_renamed,assay_direct,T1,negative,True,corpus_fulltext,PMC11020092,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'not',nitrogenase activity was not directly affected by W but rather indirectly by hampered nodule development as well as that symbiotic N2 fixation is able to partially compensate for the loss of N reductase activity,,
372,398.0,Rhizobium tropici FM-19,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11045970,121.5,percent,assay reported without a usable scale,nodule nitrogenase activity increased by 121.5%,,
373,398.0,Rhizobium tropici FM-19,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11045970,157.4,percent,assay reported without a usable scale,shoot fresh weight (FW) increased by 157.4%,,
374,398.0,Rhizobium tropici FM-19,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11045970,126.5,percent,assay reported without a usable scale,shoot dry weight (DW) increased by 126.5%,,
375,398.0,Rhizobium tropici FM-19,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11045970,154.3,percent,assay reported without a usable scale,root fresh weight (FW) increased by 154.3%,,
376,398.0,Rhizobium tropici FM-19,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11045970,79.8,percent,assay reported without a usable scale,root dry weight (DW) increased by 79.8%,,
377,398.0,Rhizobium tropici FM-19,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11045970,98.0,percent,assay reported without a usable scale,nodule number increased by 98.0%,,
378,398.0,Rhizobium tropici FM-19,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11045970,279.5,percent,assay reported without a usable scale,nodule dry weight (DW) increased by 279.5%,,
379,398.0,Rhizobium tropici FM-19,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11045970,42.7,percent,assay reported without a usable scale,total flavonoids increased by 42.7%,,
380,398.0,Rhizobium tropici FM-19,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11045970,30.9,percent,assay reported without a usable scale,total phenols increased by 30.9%,,
381,,R. rubrum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11063949,82,ppm,assay measured; denominator or scale lost,"In the R. rubrum and R.r-Au groups, the detected content of H2 evolution was about 82 ppm and 128 ppm, respectively (Fig. 3i).",,
382,,R. rubrum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11063949,128,ppm,assay measured; denominator or scale lost,"In the R. rubrum and R.r-Au groups, the detected content of H2 evolution was about 82 ppm and 128 ppm, respectively (Fig. 3i).",,
383,,E. clementina diazoplast,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11070190,0.6,nmol C2H4 h-1 mg-1,accepted quantitative rate,"Nitrogenase activity assessed by acetylene reduction assay (ARA) over a diel cycle in E. Clementina (brown, top at time zero) and C. subtropica ATCC 51142 (green, bottom at time zero) normalized by chlorophyll content. Timepoints (1, 4, 8 a",,
384,,E. clementina diazoplast,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11070190,0.6,nmol C2H4 h-1 mg-1,duplicate of an accepted measurement,"Nitrogenase activity assessed by acetylene reduction assay (ARA) over a diel cycle in E. Clementina (brown, top at time zero) and C. subtropica ATCC 51142 (green, bottom at time zero) normalized by chlorophyll content. Timepoints (1, 4, 8 a",,
385,,A. olearius DQS-4 integrated with mini-Tn7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11075435,176.6,nmol ethylene·plant−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",in A. olearius DQS-4 integrated with mini-Tn7 was 176.6 ± 24 nmol ethylene·plant−1 h−1,,
386,34305.0,Lotus japonicus,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC11103110,83,nmol C2H4 h-1 nodule-1,assay reported without a usable scale,Nitrogenase activity of early senescent nodules was 83% higher than the untreated nodules of the same age,unusable,not_a_single_microbial_species
387,410688.0,NF 63,epithet_and_strain_genus_renamed,claim,T4,positive,True,corpus_fulltext,PMC11109382,15,nmol C2H4.24h-1.culture-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",NF 63 | ARA(nmol C2H4.24h-1.culture-1) | 15,,
388,,NF 73,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,46.86,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 73 | ARA(nmol C2H4.24h-1.culture-1) | 46.86,,
389,,NF 191,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,6.39,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 191 | ARA(nmol C2H4.24h-1.culture-1) | 6.39,,
390,,NF 197,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,7.3,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 197 | ARA(nmol C2H4.24h-1.culture-1) | 7.3,,
391,,NF 229,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,4.3,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 229 | ARA(nmol C2H4.24h-1.culture-1) | 4.3,,
392,,NF 251,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,4.27,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 251 | ARA(nmol C2H4.24h-1.culture-1) | 4.27,,
393,,NF 253,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,6.18,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 253 | ARA(nmol C2H4.24h-1.culture-1) | 6.18,,
394,,NF 256,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,3.81,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 256 | ARA(nmol C2H4.24h-1.culture-1) | 3.81,,
395,,NF 350,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,0.59,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 350 | ARA(nmol C2H4.24h-1.culture-1) | 0.59,,
396,,NF 352,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,2.36,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 352 | ARA(nmol C2H4.24h-1.culture-1) | 2.36,,
397,,NF 389,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,1.36,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 389 | ARA(nmol C2H4.24h-1.culture-1) | 1.36,,
398,,NF 391,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,143.66,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 391 | ARA(nmol C2H4.24h-1.culture-1) | 143.66,,
399,,NF 430,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,183.87,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 430 | ARA(nmol C2H4.24h-1.culture-1) | 183.87,,
400,,NF 468,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,85.99,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 468 | ARA(nmol C2H4.24h-1.culture-1) | 85.99,,
401,,NF 491,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,17.27,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 491 | ARA(nmol C2H4.24h-1.culture-1) | 17.27,,
402,,NF 511,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,14.28,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 511 | ARA(nmol C2H4.24h-1.culture-1) | 14.28,,
403,443280.0,NF 512,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,71.02,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 512 | ARA(nmol C2H4.24h-1.culture-1) | 71.02,,
404,,NF 514,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,65.03,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 514 | ARA(nmol C2H4.24h-1.culture-1) | 65.03,,
405,,NF 515,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,88.63,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 515 | ARA(nmol C2H4.24h-1.culture-1) | 88.63,,
406,,NF 516,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,127.79,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 516 | ARA(nmol C2H4.24h-1.culture-1) | 127.79,,
407,,NF 524,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,138.88,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 524 | ARA(nmol C2H4.24h-1.culture-1) | 138.88,,
408,,NF 528,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,225.77,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,NF 528 | ARA(nmol C2H4.24h-1.culture-1) | 225.77,,
409,,A. chroococcum DSM2286,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11109382,114.21,nmol C2H4.24h-1.culture-1,assay measured; denominator or scale lost,A. chroococcum DSM2286 | ARA(nmol C2H4.24h-1.culture-1) | 114.21,,
410,3906.0,faba bean,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC11109504,67,kg N ha−1,assay reported without a usable scale,Increase in effective (pink) nodules by 35% and BNF (kg N ha−1) by 67%,unusable,not_a_single_microbial_species
411,3906.0,faba bean,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC11109504,27,g N m−2,assay reported without a usable scale,Decrease in BNF (g N m−2) by 27%,unusable,not_a_single_microbial_species
412,3906.0,faba bean,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC11109504,168,nitrogenase activity (%),assay reported without a usable scale,Increase in nitrogenase activity by 168%,unusable,not_a_single_microbial_species
413,,coral SML microbiome,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11123844,11,percent,assay reported without a usable scale,Bacteria provide about 11% of the nitrogen required by Symbiodiniaceae via nitrogen fixation in the coral holobiont,,
414,,Ca. T. diatomicola–Haslea symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11208148,650,fmol N d-1,co-culture assay; which member fixed is not resolved,N2 fixation rates for the Ca. T. diatomicola–Haslea symbiosis were around 650 fmol N d-1,,
415,,Ca. T. diatomicola–Haslea symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11208148,1.5,nmol N l-1 d-1,co-culture assay; which member fixed is not resolved,"around 1.5 nmol N l-1 d-1 on the basis of its in situ abundance (around 2,000 cells per litre)",,
416,,Ca. T. diatomicola–Haslea symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11208148,4,nmol N l-1 d-1,co-culture assay; which member fixed is not resolved,up to 4 nmol N l-1 d-1,,
417,,Ca. T. diatomicola–Haslea symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11208148,1.5,nmol N l-1 d-1,co-culture assay; which member fixed is not resolved,up to 1.5 nmol N l-1 d-1,,
418,,Ca. T. diatomicola–Haslea symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11208148,40,nmol N l-1 d-1,co-culture assay; which member fixed is not resolved,high N2 fixation rates of up to 40 nmol N l−1 d−1 in the surface waters,,
419,,soil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11212614,14.17,%,assay reported without a usable scale,"Assimilatory nitrate reduction (36.70%), denitrification (26.66%), nitrogen degradation (19.72%), and nitrogen fixation (14.17%) were the main pathway in the nitrogen cycle.",,
420,,soil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11212614,14.17,%,assay reported without a usable scale,"Assimilatory nitrate reduction (36.70%), denitrification (26.66%), nitrogen degradation (19.72%), and nitrogen fixation (14.17%) were the main pathway in the nitrogen cycle.",,
421,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11214483,0.006,mol N mol C−1 d−1,symbiotic assay; the microbial symbiont is the fixing partner,our simulated nitrogen fixation rates (Figure S2) are in a reasonable scale compared to previous observations (0.006–0.569 mol N mol C−1 d−1).,,
422,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11214483,0.569,mol N mol C−1 d−1,symbiotic assay; the microbial symbiont is the fixing partner,our simulated nitrogen fixation rates (Figure S2) are in a reasonable scale compared to previous observations (0.006–0.569 mol N mol C−1 d−1).,,
423,,soil,host_plant_or_common_name,assay_direct,T1,negative,True,corpus_fulltext,PMC11237082,0,atom% 15N,explicit negative statement: 'no',"N2 fixation potential was obtained upon incubation with root exudates (blue) or no carbon addition (white) for 3, 7, and 21 days. 15N isotopic content (atom%) is shown; the dashed black line represents the natural abundance control (average",,
424,2005461.0,Calothrix sp. NIES-4101,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11249958,4.1,percent of total reads,assay reported without a usable scale,The average rate of reads corresponding to the seven recombination sites to which each part of nifH1DK is connected during the restoration process accounted for 4.1% of the total reads which sequenced at each breakpoint.,,
425,,soybean root nodule,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11254386,34.7,CIZ (% of the NOD volume),symbiotic assay; the microbial symbiont is the fixing partner,CIZ (% of the NOD volume) | 34.7 ± 2.80,,
426,,soybean root nodule,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11254386,1.7,VB (% of the NOD volume),symbiotic assay; the microbial symbiont is the fixing partner,VB (% of the NOD volume) | 1.7 ± 0.42,,
427,,Ketobacter,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11265455,4.0,percent,assay reported without a usable scale,"the MAG was assigned to the genus Ketobacter of the family Alcanivoracaceae, and its average relative abundance was 4.0% in the MT seawater",,
428,373042.0,Braarudosphaera bigelowii,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC11269211,160,fmol N/cell/day,symbiotic assay; the microbial symbiont is the fixing partner,"The N2 fixation rate was 160 ± 20 fmol N/cell/day and the N content was 489 ± 27 fmol N/cell (Figure 5A,B).",unusable,not_a_single_microbial_species
429,373042.0,Braarudosphaera bigelowii,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC11269211,1393,fmol C/cell/day,symbiotic assay; the microbial symbiont is the fixing partner,"The C fixation rate was 1393 ± 298 fmol C/cell/day and the C content was 4256 ± 206 fmol C/cell/day (Figure 5A,B).",unusable,not_a_single_microbial_species
430,,S. sesuvii DW5,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11271455,76,% ± SD,assay reported without a usable scale,S. sesuvii DW5 | Siderophores(% ± SD) | 76%,,
431,,Yoonia,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11312105,23.9,depth of the nirH gene (%),assay reported without a usable scale,"Yoonia contributed an average of 23.9% of the depth of the nirH gene, 47.2% of the depth of the nasA gene, and 23.9% of the depth of the nirA gene in the microbial communities of the lakes",,
432,,Yoonia,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11312105,47.2,depth of the nasA gene (%),assay reported without a usable scale,"Yoonia contributed an average of 23.9% of the depth of the nirH gene, 47.2% of the depth of the nasA gene, and 23.9% of the depth of the nirA gene in the microbial communities of the lakes",,
433,,Yoonia,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11312105,23.9,depth of the nirA gene (%),assay reported without a usable scale,"Yoonia contributed an average of 23.9% of the depth of the nirH gene, 47.2% of the depth of the nasA gene, and 23.9% of the depth of the nirA gene in the microbial communities of the lakes",,
434,283878.0,Leucobacter aridicollis sp1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC11314484,41.57,µmol C2H4 h−1 mL−1,assay measured; denominator or scale lost,"Similar results were observed when inoculated with Leucobacter sp., which significantly improved the fitness of tomato plants under well-watered and water-stressed conditions in terms of shoot height, stem diameter, and number of leaves [37",,
435,,Mo nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11323892,107,nmol × [nmol Nif(DK)2 × min]–1,nitrogenase purified from this organism,"Both isozymes reached the activity plateau at the expected reductase component excess (Mo nitrogenase: ~20:1, Fe nitrogenase: ~40:1). They exhibited the previously observed NH3 formation rates under high electron flux conditions {Mo nitroge",,
436,,Fe nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11323892,36.4,nmol × [nmol Anf(DGK)2 × min]–1,nitrogenase purified from this organism,"Both isozymes reached the activity plateau at the expected reductase component excess (Mo nitrogenase: ~20:1, Fe nitrogenase: ~40:1). They exhibited the previously observed NH3 formation rates under high electron flux conditions {Mo nitroge",,
438,1069.0,Rhodomicrobium vannielii,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11334908,29.57,percent cdwprot,assay reported without a usable scale,Photoheterotrophic PHA production from butyrate was 5- to 7-fold greater during N2-fixation (29.57%–43.58% cdwprot) than with NH4Cl (5.94%–5.95% cdwprot) in both species (Figure 2),,
439,1069.0,Rhodomicrobium vannielii,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11334908,43.58,percent cdwprot,assay reported without a usable scale,Photoheterotrophic PHA production from butyrate was 5- to 7-fold greater during N2-fixation (29.57%–43.58% cdwprot) than with NH4Cl (5.94%–5.95% cdwprot) in both species (Figure 2),,
440,1202716.0,Rhodomicrobium udaipurense,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11334908,24.13,percent cdwprot,assay reported without a usable scale,"Photoferrotrophic PHA production by R. udaipurense was higher with NH4Cl supplementation (24.13% vs. 4.86% cdwprot, p = 3.34E-05) (Figure 2)",,
441,1202716.0,Rhodomicrobium udaipurense,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11334908,4.86,percent cdwprot,assay reported without a usable scale,"Photoferrotrophic PHA production by R. udaipurense was higher with NH4Cl supplementation (24.13% vs. 4.86% cdwprot, p = 3.34E-05) (Figure 2)",,
442,1069.0,Rhodomicrobium vannielii,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11334908,47.03,percent cdwprot,assay reported without a usable scale,"Photoferrotrophic growth of R. vannielii led to 47.03% cdwprot PHA under non-N2-fixing conditions, compared to only 4.64% cdwprot PHA during N2-fixation (p = 1.10E-02) (Figure 2)",,
443,1069.0,Rhodomicrobium vannielii,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11334908,4.64,percent cdwprot,assay reported without a usable scale,"Photoferrotrophic growth of R. vannielii led to 47.03% cdwprot PHA under non-N2-fixing conditions, compared to only 4.64% cdwprot PHA during N2-fixation (p = 1.10E-02) (Figure 2)",,
444,,pea,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11377432,25,%,assay reported without a usable scale,"Cobalt supplementation allows for a 25% reduction in nitrogen fertilizer use while maintaining or improving crop yields and quality11,44,45",,
445,,Gmcmt mutant,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11388380,3.1,fold higher NFEW (nmol C2H4 h-1 mg-1 nodule-1),assay reported without a usable scale,NFEW was on average 3.1-fold higher in the Gmcmt mutant than in the WT,,
446,,TIE-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11409669,18,X,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔphaR exhibited an 18X reduction compared to wild-type (P = 0.001).,,
447,,TIE-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11409669,4.5,X,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Ωrub(I) and Ωrub(I&II) displayed 4.5 and 16X higher electron uptake than wild-type, respectively (Table 5) (P < 0.005).",,
448,,TIE-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11409669,16,X,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Ωrub(I) and Ωrub(I&II) displayed 4.5 and 16X higher electron uptake than wild-type, respectively (Table 5) (P < 0.005).",,
449,,bush bean,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11410590,48,percent,assay reported without a usable scale,"Beans grown in soil amended with 30 kg N ha−1 of BSFFF had 3–14-fold higher effective root nodules, fixed 48%, 31%, and 91% more N compared to Phymyx, NPK, and rhizobia, respectively",,
450,,bush bean,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11410590,31,percent,assay reported without a usable scale,"Beans grown in soil amended with 30 kg N ha−1 of BSFFF had 3–14-fold higher effective root nodules, fixed 48%, 31%, and 91% more N compared to Phymyx, NPK, and rhizobia, respectively",,
451,,bush bean,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11410590,91,percent,assay reported without a usable scale,"Beans grown in soil amended with 30 kg N ha−1 of BSFFF had 3–14-fold higher effective root nodules, fixed 48%, 31%, and 91% more N compared to Phymyx, NPK, and rhizobia, respectively",,
452,,rhizobia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11420291,25,kg N ha-1,assay reported without a usable scale,Benefits of inoculation in maize with strains of this species indicate that up to 25% of nitrogen fertilization could be replaced by inoculation.,,
453,,B. licheniformis YB06,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11433706,0.33,percent,assay reported without a usable scale,"the maximum values of IAA, siderophore, nitrogen fixation, and ACC deaminase production under varying environmental conditions were 6.9 ± 0.3 μg/mL, 72.8 ± 1.7%, 0.33 ± 0.01%, and 32.6 ± 0.8U/mg, respectively.",,
454,,WT,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11434629,13.6,mol/h/g Nodule Fresh Weight,symbiotic assay; the microbial symbiont is the fixing partner,AcetyleneReduction Activity (mol/h/g Nodule Fresh Weight) | 13.6 ± 7.8 a,,
455,,M14,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11434629,6.5,mol/h/g Nodule Fresh Weight,symbiotic assay; the microbial symbiont is the fixing partner,AcetyleneReduction Activity (mol/h/g Nodule Fresh Weight) | 6.5 ± 4.8 a,,
456,,Stigonema sp903903925,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11437008,75,percent completeness of N fixation (nifHDK + vnfDKGH) pathwa,assay reported without a usable scale,two Stigonema spp. stood out because of their partially complete N fixation (nifHDK + vnfDKGH) pathway (Stigonema sp903903925 = 75% and Stigonema BrZ1.MAG = 50% completeness) (Fig. 5; Supplementary Data S3),,
457,,Stigonema BrZ1.MAG,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11437008,50,percent completeness of N fixation (nifHDK + vnfDKGH) pathwa,assay reported without a usable scale,two Stigonema spp. stood out because of their partially complete N fixation (nifHDK + vnfDKGH) pathway (Stigonema sp903903925 = 75% and Stigonema BrZ1.MAG = 50% completeness) (Fig. 5; Supplementary Data S3),,
458,,soybean nodules,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC11484902,0,nmol C2H4 h-1,a zero is present in the quote beside assay context,"Acetylene reduction activity in nodules was determined according to ref. 54. Briefly, nodules were isolated and kept in an air tight glass bottle, and then immediately exposed to acetylene gas for 2 h. After injecting 0.5 M NaOH to terminat",,
459,412383.0,Solibacillus isronensis CR2,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC11496690,52.889,µg/mL,assay measured; denominator or scale lost,"Solibacillus isronensis CR2 (52.889 ± 1.171j, k µg/mL) produced the least amount of indole acetic under 5% NaCl stress",,
460,484184.0,Paenibacillus taichungensis CR1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC11496690,48.111,µg/mL,assay measured; denominator or scale lost,Paenibacillus taichungensis CR1 (48.111 ± 1.575 l µg/mL) produced the least amount of indole acetic under 5% NaCl stress,,
461,412383.0,Solibacillus isronensis CR2,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11496690,1.202,µg/mL,assay reported without a usable scale,Solibacillus isronensis CR2 strain produced the more production of ammonium (1.202 ± 0.142a µg/mL) in 1% NaCl stress,,
462,44252.0,Bacillus macerans,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11509945,110,nmol acetylene h-1,assay measured; denominator or scale lost,"A reduction in activity peak was observed after 3 h of evaluation, with reduction ranges varying between 110 and 120 nmol of acetylene",,
463,306.0,Pseudomonas sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11509945,120,nmol acetylene h-1,assay measured; denominator or scale lost,"A reduction in activity peak was observed after 3 h of evaluation, with reduction ranges varying between 110 and 120 nmol of acetylene",,
465,10665.0,T4,exact_name,assay_direct,T1,negative,False,corpus_fulltext,PMC11513132,0,nmol C2H4 h-1,explicit negative statement: 'did not fix',T4 did not fix nitrogen and reduced the nitrogen fixation of plants when co-inoculated with WSM419.,unusable,not_a_single_microbial_species
466,,Pseudomonas,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11548230,55.3,nmol C2H4 h-1 mg-1,assay reported without a usable scale,"P. psychrotolerans IALR632 significantly increased the shoot fresh weight of all cultivars but Red Rosie, with a maximum increase of 55.3% being observed in Green Oakleaf",,
467,,Bacillus,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11548230,7.8,×10^3 CFU mL-1,assay measured; denominator or scale lost,inoculation of hydroponic lettuce with B. subtilis at densities of 7.8 × 103 and 15.6 × 103 CFU mL−1 has been demonstrated to increase plant N accumulation,,
468,,Azotobacter,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11548230,50,%,assay reported without a usable scale,Co-inoculation of A. chroococcum strains AC1 and AC10 reduced required nitrogen fertilization doses in cotton in its flowering stage by up to 50%,,
469,,Rhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11548230,4,%,assay reported without a usable scale,Co-inoculation of A. chroococcum strains AC1 and AC10 ... increased plant nitrogen content by a maximum of 4%,,
470,,Paraburkholderia,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11548230,43,%,assay reported without a usable scale,Rex plants inoculated with Paraburkholderia strain IALR387 ... displayed a 43% increase in shoot fresh weight,,
471,,Paraburkholderia,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11548230,60,%,assay reported without a usable scale,Rex plants inoculated with Burkholderia contaminans strain IALR1819 ... displayed a 60% increase in shoot fresh weight,,
472,,M. mazei,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11549558,500,fold change,assay reported without a usable scale,the amount of asRNA154 transcript increases almost linear to the tetracycline concentration with a maximal change of about 500-fold compared to a not induced empty vector control,,
473,,M. mazei,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11549558,50,fold change,assay reported without a usable scale,"the transcript levels of sRNA154, nifH, glnK1, and glnA1 were only slightly affected at 20 µg/ml tetracycline but showed a significant downregulation in the presence of 40 µg/ml tetracycline of about 50-fold",,
474,,M. mazei,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11549558,31.9,fold change,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","we observed a remarkably consistent pattern of downregulation, but with substantially higher reductions of −31.9-, −65.5-, and −19.6-fold for nifH, glnK1, and glnA1mRNA",,
475,,M. mazei,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11549558,65.5,fold change,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","we observed a remarkably consistent pattern of downregulation, but with substantially higher reductions of −31.9-, −65.5-, and −19.6-fold for nifH, glnK1, and glnA1mRNA",,
476,,M. mazei,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11549558,19.6,fold change,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","we observed a remarkably consistent pattern of downregulation, but with substantially higher reductions of −31.9-, −65.5-, and −19.6-fold for nifH, glnK1, and glnA1mRNA",,
477,2546360.0,Cyanothece sp. ATCC 51142,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11550448,75,nmol ethylene produced per 108 cells per hour,accepted quantitative rate,"N2 fixation activities were almost completely inhibited at low NaCl concentrations (0, 2 g/L) and maximised at 18 g/L NaCl (approximately 75 nmol ethylene produced per 108 cells per hour)",,
478,2546360.0,Cyanothece sp. ATCC 51142,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11550448,75,nmol ethylene produced per 108 cells per hour,duplicate of an accepted measurement,"N2 fixation activities were almost completely inhibited at low NaCl concentrations (0, 2 g/L) and maximised at 18 g/L NaCl (approximately 75 nmol ethylene produced per 108 cells per hour)",,
479,,Kv137-2253,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11557888,15,times more ammonium,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",The edited strain Kv137-2253 excreted about 15 times more ammonium than the Kv137-1036 strain,,
480,,Kv137-2253,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11557888,15,times more ammonium,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",The edited strain Kv137-2253 excreted about 15 times more ammonium than the Kv137-1036 strain,,
481,,NifDKRS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11573651,391,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,NifDKRS | C2H4 | 391 ± 55,,
482,,NifDKRS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11573651,130,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,NifDKRS | C2H4 | 130 ± 4,,
483,60916.0,Trifolium incarnatum L.,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC11576322,303.37,relative abundance of nitrogenase in nodule (%),symbiotic assay; the microbial symbiont is the fixing partner,Relative abundance of nitrogenase in nodule (%) | 303.37 (± 20.62) b,unusable,not_a_single_microbial_species
484,60916.0,Trifolium incarnatum L.,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC11576322,136.08,relative abundance of nitrogenase in nodule (%),symbiotic assay; the microbial symbiont is the fixing partner,Relative abundance of nitrogenase in nodule (%) | 136.08 (± 1.53) a,unusable,not_a_single_microbial_species
485,60916.0,Trifolium incarnatum L.,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC11576322,100,relative abundance of nitrogenase in nodule (%),symbiotic assay; the microbial symbiont is the fixing partner,Relative abundance of nitrogenase in nodule (%) | 100 (± 34.22) a,unusable,not_a_single_microbial_species
486,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11592487,499,nmol Lb2+O2 formed min-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"The enzyme exhibits Km values of 7 mM for NADH and 9.5 mM for Lb3+, with a Vmax of 499 nmol Lb2+O2 formed per min per mg",,
487,,soybean (Gycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,50,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%",,
488,,soybean (Gycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,97,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%",,
489,,groundnut (Arachis hypogea),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,24,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%",,
490,,groundnut (Arachis hypogea),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,67,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%",,
491,157791.0,mung bean (Vigna radiata),binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC11596460,66,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%, 66–86%",unusable,not_a_single_microbial_species
492,157791.0,mung bean (Vigna radiata),binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC11596460,86,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%, 66–86%",unusable,not_a_single_microbial_species
493,3821.0,pigeon pea (Cajanus cajan),binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC11596460,27,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%, 66–86%, 27–92%",unusable,not_a_single_microbial_species
494,3821.0,pigeon pea (Cajanus cajan),binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC11596460,92,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%, 66–86%, 27–92%",unusable,not_a_single_microbial_species
495,,cowpea (Vigna unguiculata),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,50,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%, 66–86%, 27–92%, 50–92%",,
496,,cowpea (Vigna unguiculata),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,92,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%, 66–86%, 27–92%, 50–92%",,
497,,Kersting’s groundnut (Macrotyloma geocarpum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,40,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%, 66–86%, 27–92%, 50–92%, and 40–75%",,
498,,Kersting’s groundnut (Macrotyloma geocarpum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,75,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the percentage of legume N derived from atmospheric N2 fixation varies with crop species and genotype, with reported values ranging from 50–97%, 24–67%, 66–86%, 27–92%, 50–92%, and 40–75%",,
499,,maize,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,12,percent,symbiotic assay; the microbial symbiont is the fixing partner,"about 12–33% of maize N requirement can be obtained from their association with Pseudomonas, Hebaspirillum, Azospirillum, and Brevundioronas",,
500,,maize,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,33,percent,symbiotic assay; the microbial symbiont is the fixing partner,"about 12–33% of maize N requirement can be obtained from their association with Pseudomonas, Hebaspirillum, Azospirillum, and Brevundioronas",,
501,,cucumber,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,12.9,percent,symbiotic assay; the microbial symbiont is the fixing partner,cucumber can obtain 12.9–20.9% from its interaction with Paenebacillus beijingensis BJ-18,,
502,,cucumber,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11596460,20.9,percent,symbiotic assay; the microbial symbiont is the fixing partner,cucumber can obtain 12.9–20.9% from its interaction with Paenebacillus beijingensis BJ-18,,
503,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,30.9,percent,assay reported without a usable scale,global scale N enrichment significantly increased the total biomass of leguminous plants by 30.9%,,
504,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,13.2,percent,assay reported without a usable scale,global scale N enrichment significantly increases the N content in plant tissues by 13.2%,,
505,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,5.8,percent,assay reported without a usable scale,global scale N enrichment significantly reduced the root-to-shoot ratio of leguminous plants by 5.8%,,
506,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,21.2,percent,assay reported without a usable scale,global scale N enrichment leads to a 21.2% decline in nodule number,,
507,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,29.3,percent,assay reported without a usable scale,global scale N enrichment leads to a 29.3% reduction in nodule weight,,
508,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,27.1,percent,assay reported without a usable scale,global scale N enrichment leads to a 27.1% decrease in the percentage of plant N derived from N2 fixation (%Ndfa),,
509,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,86,percent,assay reported without a usable scale,N enrichment significantly increased the N uptake of leguminous plants by 86%,,
510,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,13.2,percent,assay reported without a usable scale,N enrichment significantly increases the tissue N content of leguminous plants by 13.2%,,
511,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,27.1,percent,assay reported without a usable scale,global scale N enrichment leads to a 27.1% decrease in the percentage of plant N derived from N2 fixation (%Ndfa),,
512,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,21.2,percent,assay reported without a usable scale,global scale N enrichment leads to a 21.2% decline in nodule number,,
513,,legume,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11598177,29.3,percent,assay reported without a usable scale,global scale N enrichment leads to a 29.3% reduction in nodule weight,,
514,492670.0,Bacillus velezensis D103,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC11619478,102.49,nmol ethylene·ml−1·h−1,assay measured; denominator or scale lost,Nitrogenase activity | 102.49 ± 3.40 nmol ethylene·ml−1·h−1,,
515,492670.0,Bacillus velezensis D103,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC11619478,102.49,nmol ethylene·ml−1·h−1,duplicate of an accepted measurement,Nitrogenase activity | 102.49 ± 3.40 nmol ethylene·ml−1·h−1,,
516,,R108S,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11621553,365,nodules per root,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogen fixation capacity was measured in R108S (n = 14 roots with 365 nodules) and ann1-3 (n = 15 roots with 417 nodules) 21 dpi nodulated root segments from 3 independent experiments.,,
517,,ann1-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11621553,417,nodules per root,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogen fixation capacity was measured in R108S (n = 14 roots with 365 nodules) and ann1-3 (n = 15 roots with 417 nodules) 21 dpi nodulated root segments from 3 independent experiments.,,
518,659243.0,Bacillus siamensis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11644663,1,N2 Fix.,assay measured; denominator or scale lost,Strain 1SEF | N2 Fix. | +,,
519,,A. vinelandii M5I3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11653078,12,nmol C2H4 h-1 mg-1,accepted quantitative rate,"complete oxidation of l-lactate to CO2 by A. vinelandii results in the generation of six reducing equivalents per mole of l-lactate, which can produce up to 12 ATP when processed through the electron transport chain and oxidative phosphoryl",,
521,,soil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11659613,50.4,percent,assay reported without a usable scale,"PR significantly reduced PNR, Nmin, NA, and SBR by 27.2%, 50.3%, 50.4%, and 68.7% averaged over the two stages, respectively",,
522,,soil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11659613,68.7,percent,assay reported without a usable scale,"PR significantly reduced PNR, Nmin, NA, and SBR by 27.2%, 50.3%, 50.4%, and 68.7% averaged over the two stages, respectively",,
523,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11674765,368,fold increase in nitrogenase activity,assay reported without a usable scale,the nitrogenase activity was increased by 368 folds which was 16 times higher than that obtained by nifA driven by the strongest endogenous constitutive promoter,,
524,,Pseudomonas stutzeri DSM4166,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11674765,109,fold increase in nitrogenase activity,assay reported without a usable scale,"nitrogenase activities of all UAS-Pnif strains were much higher than that of the DSM4166-attB strain and the P12445 strain. Compared with the DSM4166-attB strain, nitrogenase activities of UAS-Pnif strains were increased by 109 ∼ 368 folds",,
525,,Wm82,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC11678618,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"Nitrogenase activity of single nodules of gmbzip4a/b and WT under N-free conditions (n ≥ 12, each black dot represents an individual nitrogenase activity value); ns, not significant (two-way ANOVA). The error bar indicates SE.",,
526,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,42.71,µmol·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,ARA(C2H4 µmol·h−1·plant−1) | NLLL | 0-0-0 | 42.71 ± 3.35 a | 47.69 ± 2.24 a | 42.34 ± 3.37 a,,
527,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,47.69,µmol·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,ARA(C2H4 µmol·h−1·plant−1) | NLLL | 0-0-0 | 42.71 ± 3.35 a | 47.69 ± 2.24 a | 42.34 ± 3.37 a,,
528,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,42.34,µmol·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,ARA(C2H4 µmol·h−1·plant−1) | NLLL | 0-0-0 | 42.71 ± 3.35 a | 47.69 ± 2.24 a | 42.34 ± 3.37 a,,
529,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,24.72,µmol·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,ARA(C2H4 µmol·h−1·plant−1) | NHHH | 200-200-200 | 24.72 ± 1.73 b | 25.17 ± 1.47 b | 18.61 ± 2.93 b,,
530,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,25.17,µmol·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,ARA(C2H4 µmol·h−1·plant−1) | NHHH | 200-200-200 | 24.72 ± 1.73 b | 25.17 ± 1.47 b | 18.61 ± 2.93 b,,
531,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,18.61,µmol·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,ARA(C2H4 µmol·h−1·plant−1) | NHHH | 200-200-200 | 24.72 ± 1.73 b | 25.17 ± 1.47 b | 18.61 ± 2.93 b,,
532,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,29.34,µmol·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,ARA(C2H4 µmol·h−1·plant−1) | NHLL | 200-0-0 |  | 29.34 ± 1.12 b | 40.23 ± 2.34 a,,
533,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,40.23,µmol·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,ARA(C2H4 µmol·h−1·plant−1) | NHLL | 200-0-0 |  | 29.34 ± 1.12 b | 40.23 ± 2.34 a,,
534,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,21.81,µmol·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,ARA(C2H4 µmol·h−1·plant−1) | NHLH | 200-0-200 |  |  | 21.81 ± 3.16 b,,
535,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,42.95,µmol·g−1·nodule dry mass·h−1,symbiotic assay; the microbial symbiont is the fixing partner,SNA(C2H4 µmol g−1·nodule dry mass·h−1) | NLLL | 0-0-0 | 42.95 ± 0.60 a | 47.26 ± 1.31 a | 44.67 ± 4.46 a,,
536,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,47.26,µmol·g−1·nodule dry mass·h−1,symbiotic assay; the microbial symbiont is the fixing partner,SNA(C2H4 µmol g−1·nodule dry mass·h−1) | NLLL | 0-0-0 | 42.95 ± 0.60 a | 47.26 ± 1.31 a | 44.67 ± 4.46 a,,
537,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,44.67,µmol·g−1·nodule dry mass·h−1,symbiotic assay; the microbial symbiont is the fixing partner,SNA(C2H4 µmol g−1·nodule dry mass·h−1) | NLLL | 0-0-0 | 42.95 ± 0.60 a | 47.26 ± 1.31 a | 44.67 ± 4.46 a,,
538,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,30.01,µmol·g−1·nodule dry mass·h−1,symbiotic assay; the microbial symbiont is the fixing partner,SNA(C2H4 µmol g−1·nodule dry mass·h−1) | NHHH | 200-200-200 | 30.01 ± 3.34 b | 29.88 ± 1.38 b | 25.49 ± 5.05 b,,
539,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,29.88,µmol·g−1·nodule dry mass·h−1,symbiotic assay; the microbial symbiont is the fixing partner,SNA(C2H4 µmol g−1·nodule dry mass·h−1) | NHHH | 200-200-200 | 30.01 ± 3.34 b | 29.88 ± 1.38 b | 25.49 ± 5.05 b,,
540,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,25.49,µmol·g−1·nodule dry mass·h−1,symbiotic assay; the microbial symbiont is the fixing partner,SNA(C2H4 µmol g−1·nodule dry mass·h−1) | NHHH | 200-200-200 | 30.01 ± 3.34 b | 29.88 ± 1.38 b | 25.49 ± 5.05 b,,
541,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,33.06,µmol·g−1·nodule dry mass·h−1,symbiotic assay; the microbial symbiont is the fixing partner,SNA(C2H4 µmol g−1·nodule dry mass·h−1) | NHLL | 200-0-0 |  | 33.06 ± 2.01 b | 37.19 ± 0.61 a,,
542,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,37.19,µmol·g−1·nodule dry mass·h−1,symbiotic assay; the microbial symbiont is the fixing partner,SNA(C2H4 µmol g−1·nodule dry mass·h−1) | NHLL | 200-0-0 |  | 33.06 ± 2.01 b | 37.19 ± 0.61 a,,
543,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678621,24.18,µmol·g−1·nodule dry mass·h−1,symbiotic assay; the microbial symbiont is the fixing partner,SNA(C2H4 µmol g−1·nodule dry mass·h−1) | NHLH | 200-0-200 |  |  | 24.18 ± 1.77 b,,
544,380021.0,Pseudomonas protegens DA1.2,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC11678941,21.3,nmol C2H4 h-1 mL-1,assay measured; denominator or scale lost,"Properties | Bacterial Strains | DA1.2 | 4CH | Indole-3-acetic acid production, mg·L−1 | 0.870 ± 0.044 | 0.837 ± 0.040 Siderophores production (CAS agar), mm of zone | 13 ± 4 | 8 ± 2 Calcium phosphate solubilization, mm of zone | 21 ± 3 | 1",,
545,,P. chlororaphis 4CH,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11678941,30.5,nmol C2H4 h-1 mL-1,assay measured; denominator or scale lost,"Properties | Bacterial Strains | DA1.2 | 4CH | Indole-3-acetic acid production, mg·L−1 | 0.870 ± 0.044 | 0.837 ± 0.040 Siderophores production (CAS agar), mm of zone | 13 ± 4 | 8 ± 2 Calcium phosphate solubilization, mm of zone | 21 ± 3 | 1",,
546,3070681.0,Clostridium sp. OS1-26,exact_name,claim,T4,positive,True,corpus_fulltext,PMC11679708,610,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Strain OS1-26 | ARA (nmol C2H4 h-1 mg-1) | 610,,
547,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11680020,55.85,µmol H2O2 g−1 FW min−1,symbiotic assay; the microbial symbiont is the fixing partner,"The most significant increase in CAT activity, 41.16%, was achieved with the combined treatment of biochar, PGPR, and Si-NPs, reaching 55.85 µmol H2O2 g−1 FW min−1.",,
548,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11680020,42.89,µmol H2O2 g−1 FW min−1,symbiotic assay; the microbial symbiont is the fixing partner,"The highest POX activity, 116.15%, was noted with the combined treatment of biochar, PGPR, and Si-NPs, reaching 42.89 µmol H2O2 g−1 FW min−1.",,
549,,A2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11682559,3.339,nmol C2H4/h/vial,assay measured; denominator or scale lost,A2 | Nitrogenase activity (nmol C2H4/h/vial) | 3.339,,
550,,A5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11682559,1.489,nmol C2H4/h/vial,assay measured; denominator or scale lost,A5 | Nitrogenase activity (nmol C2H4/h/vial) | 1.489,,
551,,A7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11682559,16.414,nmol C2H4/h/vial,assay measured; denominator or scale lost,A7 | Nitrogenase activity (nmol C2H4/h/vial) | 16.414,,
552,,A8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11682559,1.315,nmol C2H4/h/vial,assay measured; denominator or scale lost,A8 | Nitrogenase activity (nmol C2H4/h/vial) | 1.315,,
553,,A9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11682559,10.754,nmol C2H4/h/vial,assay measured; denominator or scale lost,A9 | Nitrogenase activity (nmol C2H4/h/vial) | 10.754,,
554,1872669.0,Azorhizobium sp. HT1-9,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11684072,2.3,fold increase in ethylene production (nmol C2H4 h-1 mg-1),assay reported without a usable scale,"Nitrogenase activity was 2.3-fold higher in the HT1-9/HT1-2 coculture compared to HT1-9 alone (t [4] = −24.935, P < < .001)",,
555,,Ra. aceris WP5,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11684072,4.9,fold increase in ethylene production (nmol C2H4 h-1 mg-1),assay reported without a usable scale,Nitrogenase activity in the low-activity diazotrophic strain WP5 increased 4.9-fold in the presence of synergist WW5 (P < .001),,
556,3111634.0,Azospirillum sp. 11R-A,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11684072,1.4,fold increase in ethylene production (nmol C2H4 h-1 mg-1),assay reported without a usable scale,"1.4-fold higher in the 11R-A/11R-BB coculture compared to 11R-A alone (t [4] = −5.744, P = .005)",,
557,1872669.0,Azorhizobium sp. HT1-9,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11684072,2.8,fold increase in ethylene production (nmol C2H4 h-1 mg-1),assay reported without a usable scale,"coculture with live HT1-2, WW5, and 11R-BB increased nitrogenase activity by 2.8-fold, 1.8-fold, and 1.7-fold, respectively, compared to HT1-9 alone",,
558,3111634.0,Azospirillum sp. 11R-A,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11684072,1.7,fold increase in ethylene production (nmol C2H4 h-1 mg-1),assay reported without a usable scale,"live HT1–2, WW5 and 11R-BB increased nitrogenase activity by 1.7-fold, 1.5-fold, and 1.5-fold, respectively",,
559,,Ra. aceris WP5,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11684072,4.9,fold increase in ethylene production (nmol C2H4 h-1 mg-1),assay reported without a usable scale,"Nitrogenase activity was 4.9-fold higher in the WP5/WW5 coculture compared to WP5 alone (t [4] = −54.861, P < < .001)",,
560,3111634.0,Azospirillum sp. 11R-A,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11684072,1.4,fold increase in ethylene production (nmol C2H4 h-1 mg-1),assay reported without a usable scale,"1.4-fold higher in the 11R-A/11R-BB coculture compared to 11R-A alone (t [4] = −5.744, P = .005)",,
561,,Dolichospermum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11687340,3,percent of the protein pool,assay reported without a usable scale,Nitrogenase can range between 3% and 10% of the protein pool (Glass et al. 2010; Raven 2012),,
562,,Dolichospermum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11687340,10,percent of the protein pool,assay reported without a usable scale,Nitrogenase can range between 3% and 10% of the protein pool (Glass et al. 2010; Raven 2012),,
563,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11688534,200,nmol m−2 s−1,symbiotic assay; the microbial symbiont is the fixing partner,Transient K+ efflux rates ranging from ~200 to ~900 nmol m−2 s−1 are induced at the onset of NaCl stress in alfalfa roots,,
564,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11688534,900,nmol m−2 s−1,symbiotic assay; the microbial symbiont is the fixing partner,Transient K+ efflux rates ranging from ~200 to ~900 nmol m−2 s−1 are induced at the onset of NaCl stress in alfalfa roots,,
565,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11688534,60,percent,symbiotic assay; the microbial symbiont is the fixing partner,A 60–70 % reduction in N2 fixation can be observed in inoculated alfalfa at 200 mM NaCl,,
566,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11688534,70,percent,symbiotic assay; the microbial symbiont is the fixing partner,A 60–70 % reduction in N2 fixation can be observed in inoculated alfalfa at 200 mM NaCl,,
567,,ND,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11695314,3.16,fold,assay reported without a usable scale,single nodule nitrogenase activity increased by 3.16-fold,,
568,,GX,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11695314,1.96,fold,assay reported without a usable scale,single nodule nitrogenase activity increased by 1.96-fold,,
569,,ND,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11695314,2.71,fold,assay reported without a usable scale,the nifH gene was upregulated 2.71-fold,,
570,,GX,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11695314,1.82,fold,assay reported without a usable scale,the nifH gene was upregulated 1.82-fold,,
571,,W82,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11704284,36.4,percent,assay reported without a usable scale,the nitrogenase activity in wild-type W82 nodules decreased by 36.40%.,,
572,,cobaloxime-based system,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11707558,63,µmol C2H4 h-1,assay measured; denominator or scale lost,Illumination for 4 h of the photocatalytic mixture containing 1.0 mm [Co(dmgH)2pyCl] produced 63 µmol C2H4 (Figure 2a) with a quantum yield (QY) of 1.0%,,
573,,S. fredii,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11708900,2.3,fold,assay reported without a usable scale,ESC could ... nitrogenase activity by about 2.3-fold before and after zoospore inoculation (Fig. 4I and fig. S8J).,,
574,1076.0,R. palustris CGA009,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC11730080,3.5,fold increase in H2 production under N2-starved conditions,assay reported without a usable scale,H2 production by R. palustris CGA009 increased by 3.5-fold under N2-starved conditions compared to growth with available N2,,
575,1076.0,R. palustris CGA009,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC11730080,1.5,m m n-butanol,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Doud et al. achieved the conversion of butyrate to n-butanol in R. palustris CGA009 by introducing adhE2824, a codon optimized aldehyde dehydrogenase from Clostridium acetobutylicum ATCC 824. The strain could produce up to 1.5 m m n-butanol",,
576,1076.0,R. palustris TIE-1,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC11730080,4.98,mg/L n-butanol,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Bai et al. went a step further by introducing a five-gene cassette used for n-butanol production in E. coli into R. palustris TIE-1 to produce n-butanol under heterotrophic, autotrophic and electrotrophic growth. They further found that by ",,
577,,R. palustris,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11741097,9.7,μmol H2 mg–1,co-culture assay; which member fixed is not resolved,"The coculture under circadian white and infrared illumination accumulated hydrogen later (from day 3) but reached the highest hydrogen production (up to 9.70 ± 2.03 μmol mg–1, C-WI) among all treatments",,
578,,R. palustris,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11741097,2.27,μmol H2 mg–1,co-culture assay; which member fixed is not resolved,The coculture of R. palustris with Synechocystis_acs under light-dark illumination (C-WD) started producing hydrogen gas at the earliest and reached the maximum hydrogen yield of 2.27 ± 0.21 μmol mg–1 at day 3,,
579,,maize,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11755104,30.9,percent,symbiotic assay; the microbial symbiont is the fixing partner,"bacteria that promote plant development could function as a biological substitute for atmospheric nitrogen fixation, leading to a possible 30.9 percent increase in agricultural yields and a decrease in the requirement for nitrogen fertilize",,
580,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.07,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"The average nitrogenase activities did not significantly increase in the BNM-B group at 7, 14, 21, and 28 dai (0.07, 0.08, 0.13, and 0.09 nmol C2H4 log-1 CFU day-1, respectively)",,
581,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.08,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"The average nitrogenase activities did not significantly increase in the BNM-B group at 7, 14, 21, and 28 dai (0.07, 0.08, 0.13, and 0.09 nmol C2H4 log-1 CFU day-1, respectively)",,
582,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.13,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"The average nitrogenase activities did not significantly increase in the BNM-B group at 7, 14, 21, and 28 dai (0.07, 0.08, 0.13, and 0.09 nmol C2H4 log-1 CFU day-1, respectively)",,
583,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.09,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"The average nitrogenase activities did not significantly increase in the BNM-B group at 7, 14, 21, and 28 dai (0.07, 0.08, 0.13, and 0.09 nmol C2H4 log-1 CFU day-1, respectively)",,
584,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.4,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"The average nitrogenase activities continued to rise steadily to 0.40, 0.58, 0.62, and 0.63 nmol C2H4 log−1 CFU day−1 at 7, 14, 21, and 28 dai, respectively",,
585,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.58,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"The average nitrogenase activities continued to rise steadily to 0.40, 0.58, 0.62, and 0.63 nmol C2H4 log−1 CFU day−1 at 7, 14, 21, and 28 dai, respectively",,
586,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.62,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"The average nitrogenase activities continued to rise steadily to 0.40, 0.58, 0.62, and 0.63 nmol C2H4 log−1 CFU day−1 at 7, 14, 21, and 28 dai, respectively",,
587,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.63,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"The average nitrogenase activities continued to rise steadily to 0.40, 0.58, 0.62, and 0.63 nmol C2H4 log−1 CFU day−1 at 7, 14, 21, and 28 dai, respectively",,
588,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.43,nmol C2H4 log-1 CFU day-1,duplicate of an accepted measurement,The nitrogen fixation ability of cells treated with chili extract exhibited a significant increase to 0.43 and 0.55 nmol C2H4 log-1 CFU day-1 at 7 and 14 dai before subsequently declining to 0.35 and 0.22 nmol C2H4 log-1 CFU day-1 at 21 and,,
589,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.55,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,The nitrogen fixation ability of cells treated with chili extract exhibited a significant increase to 0.43 and 0.55 nmol C2H4 log-1 CFU day-1 at 7 and 14 dai before subsequently declining to 0.35 and 0.22 nmol C2H4 log-1 CFU day-1 at 21 and,,
590,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.35,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,The nitrogen fixation ability of cells treated with chili extract exhibited a significant increase to 0.43 and 0.55 nmol C2H4 log-1 CFU day-1 at 7 and 14 dai before subsequently declining to 0.35 and 0.22 nmol C2H4 log-1 CFU day-1 at 21 and,,
591,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.22,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,The nitrogen fixation ability of cells treated with chili extract exhibited a significant increase to 0.43 and 0.55 nmol C2H4 log-1 CFU day-1 at 7 and 14 dai before subsequently declining to 0.35 and 0.22 nmol C2H4 log-1 CFU day-1 at 21 and,,
592,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.14,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"Cells treated with tomato extract showed a lower initial increase but maintained nitrogenase activities without subsequent decline. That values were 0.14, 0.17, 0.20, and 0.19 nmol C2H4 log-1 CFU day-1 at 7, 14, 21, and 28 dai, respectively",,
593,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.17,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"Cells treated with tomato extract showed a lower initial increase but maintained nitrogenase activities without subsequent decline. That values were 0.14, 0.17, 0.20, and 0.19 nmol C2H4 log-1 CFU day-1 at 7, 14, 21, and 28 dai, respectively",,
594,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.2,nmol C2H4 log-1 CFU day-1,duplicate of an accepted measurement,"Cells treated with tomato extract showed a lower initial increase but maintained nitrogenase activities without subsequent decline. That values were 0.14, 0.17, 0.20, and 0.19 nmol C2H4 log-1 CFU day-1 at 7, 14, 21, and 28 dai, respectively",,
595,1167456.0,Bradyrhizobium sp. SUTN9-2,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11761474,0.19,nmol C2H4 log-1 CFU day-1,accepted quantitative rate,"Cells treated with tomato extract showed a lower initial increase but maintained nitrogenase activities without subsequent decline. That values were 0.14, 0.17, 0.20, and 0.19 nmol C2H4 log-1 CFU day-1 at 7, 14, 21, and 28 dai, respectively",,
596,2775420.0,Skermanella cutis TT6T,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC11767975,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"Nitrogen fixation has not yet been experimentally demonstrated in the genus Skermanella. Since bacterial nitrogen fixation is highly sensitive to O2 concentrations, the degree of sensitivity may vary among bacterial species. To account for ",,
597,,P. fluorescens BRp3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11770542,30,μg/ml,nitrogenase purified from this organism,The P. fluorescens BRp3 strain was reported to produce 30 μg/ml of indole acetic acid in vitro which aided in plant growth promotion,,
598,,RlvA1350‐GFP carrying PJ23115‐nodD FI,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC11771551,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"nitrogenase activity, as measured by acetylene reduction assays (ARA), was no different compared to plants inoculated with the wild‐type control strain Rlv3841‐GFP",,
599,384.0,Rhizobium leguminosarum bv. viciae UPM791,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC11784457,1559.4,nmoles ethylene. h−1 (g nodule fresh weight)−1,symbiotic assay; the microbial symbiont is the fixing partner,the levels of nitrogenase activity in pea nodules induced by the rlv_1399 mutant were significantly lower than those observed in the wild-type strain (1559.4 ± 70.4 and 1012.2 ± 86.9 nmoles ethylene. h−1 (g nodule fresh weight)−1 for wild-t,,
600,384.0,Rhizobium leguminosarum bv. viciae UPM791,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC11784457,1570.95,nmoles ethylene. h−1 (g nodule fresh weight)−1,symbiotic assay; the microbial symbiont is the fixing partner,"the levels of nitrogenase activity in lentil nodules were similar for both strains (1570.95 ± 80.1 and 1497.45 ± 12.8 nmoles ethylene. h−1 (g nodule fresh weight)−1 for wild-type and mutant strains, respectively)",,
601,,maize landraces,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11811074,36,% N derived from atmosphere,assay reported without a usable scale,Up to 36% of plant N was derived from the atmosphere,,
602,,cis-[W(N2)2(PMe2Ph)4],no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11811599,1.98,equiv./W,assay measured; denominator or scale lost,the reaction of the tungsten–dinitrogen complex cis-[W(N2)2(PMe2Ph)4] with an excess amount of H2SO4 in MeOH at room temperature almost quantitatively generates ammonia (1.98 equiv./W),,
603,,heterotrophic diazotrophs,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11837998,2.7,×10−4 μg N particle−1,assay measured; denominator or scale lost,N2 fixation rates ... 2.7 × 10−4 μg N particle−1,,
604,,Mo2S4 clusters,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11862920,6.3,×10–3 molethane·molMo·s–1,assay measured; denominator or scale lost,"the effective Aapp on the Mo2S4 clusters to be equal to approximately 5.0 × 10–2 molethane·molMo·s–1, almost an order-of-magnitude higher that on the Mo2S4 clusters, i.e., 6.3 × 10–3 molethane·molMo·s–1.",,
605,,NiMo2S4 clusters,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11862920,5.0,×10–2 molethane·molMo·s–1,assay measured; denominator or scale lost,"the effective Aapp on the NiMo2S4 clusters to be equal to approximately 5.0 × 10–2 molethane·molMo·s–1, almost an order-of-magnitude higher that on the Mo2S4 clusters, i.e., 6.3 × 10–3 molethane·molMo·s–1.",,
606,,A. incana,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,0.92,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. incana | Frankia strain: AiOr | H2 (µmol H2 h−1) | 0.92,,
607,,A. incana,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,1.8,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. incana | Frankia strain: AiOr | H2 (µmol H2 h−1) | 1.80,,
608,,A. glutinosa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,2.19,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. glutinosa | Frankia strain: AiOr | H2 (µmol H2 h−1) | 2.19,,
609,,A. glutinosa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,4.46,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. glutinosa | Frankia strain: AiOR | H2 (µmol H2 h−1) | 4.46,,
610,,A. incana,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,2.58,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. incana | Frankia strain: AgTrS | H2 (µmol H2 h−1) | 2.58,,
611,,A. incana,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,3.43,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. incana | Frankia strain: AgTrS | H2 (µmol H2 h−1) | 3.43,,
612,,A. glutinosa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,3.98,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. glutinosa | Frankia strain: AgTrS | H2 (µmol H2 h−1) | 3.98,,
613,,A. glutinosa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,3.9,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. glutinosa | Frankia strain: AgTrS | H2 (µmol H2 h−1) | 3.90,,
614,,A. incana,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,7.6,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. incana | Frankia strain: UmASH1 | H2 (µmol H2 h−1) | 7.6,,
615,,A. incana,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,7.76,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. incana | Frankia strain: UmASH1 | H2 (µmol H2 h−1) | 7.76,,
616,,A. glutinosa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,7.48,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. glutinosa | Frankia strain: UmASH1 | H2 (µmol H2 h−1) | 7.48,,
617,,A. glutinosa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,6.97,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. glutinosa | Frankia strain: UmASH1 | H2 (µmol H2 h−1) | 6.97,,
618,,A. incana,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,4.59,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. incana | Frankia strain: Local source | H2 (µmol H2 h−1) | 4.59,,
619,,A. incana,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,5.22,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. incana | Frankia strain: Local source | H2 (µmol H2 h−1) | 5.22,,
620,,A. glutinosa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,2.83,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. glutinosa | Frankia strain: Local source | H2 (µmol H2 h−1) | 2.83,,
621,,A. glutinosa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,7.66,µmol H2 h−1,symbiotic assay; the microbial symbiont is the fixing partner,A. glutinosa | Frankia strain: Local source | H2 (µmol H2 h−1) | 7.66,,
622,,Frankia strain: Hr75.2,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC11879354,0,µmol C2H4 mg prot−1,explicit negative statement: 'No',Frankia strain: Hr75.2 | N source: No | ARA (µmol C2H4 mg prot−1) | 0,,
623,,Frankia strain: Hr75.2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11879354,0.14,µmol C2H4 mg prot−1,accepted quantitative rate,Frankia strain: Hr75.2 | N source: No | ARA (µmol C2H4 mg prot−1) | 0.14,,
624,,crotonyl-coenzyme A (CoA)/ethylmalonyl-CoA/hydroxybutyryl-CoA cycle,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11897457,5,nmol CO2 min-1 mg protein-1,nitrogenase purified from this organism,the crotonyl-coenzyme A (CoA)/ethylmalonyl-CoA/hydroxybutyryl-CoA cycle is a synthetic enzymatic network for continuous in vitro CO2 fixation that can convert CO2 into organic molecules at a rate of 5 nmol of CO2 per minute per milligram of,,
625,,acetyl-CoA synthase and propionyl-CoA reductase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11897457,8.5,times higher than corn starch,co-culture assay; which member fixed is not resolved,the de novo synthesis of starch from CO2 was achieved by designing and assembling an entirely novel anabolic pathway. The starch synthesis rate of this artificial pathway was 8.5 times higher than that of corn starch,,
626,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11902048,33,percent,assay reported without a usable scale,"n-SiO2 also improved nitrogen fixation potential by 33% (p < 0.05) under DS conditions (Figure 6G), indicating enhanced symbiotic nitrogen fixation and nitrogen availability during drought",,
627,,"Azotobacter vinelandii, Mo-nitrogenase",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11913218,600,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,"Azotobacter vinelandii, Mo-nitrogenase | NH3 | 600 | 640 | 0.1–0.2atm N2 | α-70Val | Fe6 of FeMo-co | 0.45 nm",,
628,,"Azotobacter vinelandii, Mo-nitrogenase",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11913218,590,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,"Azotobacter vinelandii, Mo-nitrogenase | NH3 | 590 | 690 |  | α-70Val | Fe6 of FeMo-co | 0.45 nm",,
629,,"Azotobacter vinelandii, Mo-nitrogenase",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11913218,891,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,"Azotobacter vinelandii, Mo-nitrogenase | NH3 | 891 | 578 |  | α-70Val | Fe6 of FeMo-co | 0.45 nm",,
630,,"Azotobacter vinelandii, Mo-nitrogenase",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11913218,170,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,"Azotobacter vinelandii, Mo-nitrogenase | NH3 | 170 | 1940 | >1.5atm N2 | α-70Ile | Fe6 of FeMo-co | 0.38 nm",,
631,,"Azotobacter vinelandii, Mo-nitrogenase",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11913218,360,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,"Azotobacter vinelandii, Mo-nitrogenase | NH3 | 360 | 1440 |  | α-70Ala | Fe6 of FeMo-co | 0.55 nm",,
632,,"Azotobacter vinelandii, Mo-nitrogenase",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11913218,810,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,"Azotobacter vinelandii, Mo-nitrogenase | NH3 | 810 |  |  | α-70Ala | Fe6 of FeMo-co | 0.55 nm",,
633,,"Azotobacter vinelandii, Mo-nitrogenase",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11913218,411,nmol C2H4 h-1 mg-1,accepted quantitative rate,"Azotobacter vinelandii, V-nitrogenase | NH3 | 411 | 711 | 0.3atm N2 | V-only | α-57Val | Fe6 of FeV-co | 0.45 nm",,
634,1148.0,Synechocystis sp. PCC 6803,exact_name,claim,T4,positive,True,corpus_fulltext,PMC11932386,200,μmol O2 mg–1 Chla h–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Synechocystis sp. PCC 6803 | Mean net Pmax (μmol O2 mg–1 Chla h–1) | 200,,
635,3055.0,Chlamydomonas reinhardtii CC 124,binomial_prefix_strain_dropped,claim,T4,positive,False,corpus_fulltext,PMC11932386,172,μmol O2 mg–1 Chla h–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Chlamydomonas reinhardtii CC 124 | Mean net Pmax (μmol O2 mg–1 Chla h–1) | 172,unusable,not_a_single_microbial_species
636,3055.0,Chlamydomonas reinhardtii strain L159I-N230Y,binomial_prefix_strain_dropped,claim,T4,positive,False,corpus_fulltext,PMC11932386,487,μmol O2 mg–1 Chla h–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Chlamydomonas reinhardtii strain L159I-N230Y | Mean net Pmax (μmol O2 mg–1 Chla h–1) | 487,unusable,not_a_single_microbial_species
637,3079.0,Chlorella sp. G-120,binomial_prefix_strain_dropped,claim,T4,positive,False,corpus_fulltext,PMC11932386,443,μmol O2 mg–1 Chla h–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Chlorella sp. G-120 | Mean net Pmax (μmol O2 mg–1 Chla h–1) | 443,unusable,not_a_single_microbial_species
638,1148.0,Synechocystis sp. PCC 6803,exact_name,claim,T4,positive,True,corpus_fulltext,PMC11932386,25,μmol O2 mg–1 Chla h–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Synechocystis sp. PCC 6803 | Mean Rmax (μmol O2 mg–1 Chla h–1) | 25,,
639,3055.0,Chlamydomonas reinhardtii CC 124,binomial_prefix_strain_dropped,claim,T4,positive,False,corpus_fulltext,PMC11932386,104,μmol O2 mg–1 Chla h–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Chlamydomonas reinhardtii CC 124 | Mean Rmax (μmol O2 mg–1 Chla h–1) | 104,unusable,not_a_single_microbial_species
640,3055.0,Chlamydomonas reinhardtii strain L159I-N230Y,binomial_prefix_strain_dropped,claim,T4,positive,False,corpus_fulltext,PMC11932386,190,μmol O2 mg–1 Chla h–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Chlamydomonas reinhardtii strain L159I-N230Y | Mean Rmax (μmol O2 mg–1 Chla h–1) | 190,unusable,not_a_single_microbial_species
641,3079.0,Chlorella sp. G-120,binomial_prefix_strain_dropped,claim,T4,positive,False,corpus_fulltext,PMC11932386,197,μmol O2 mg–1 Chla h–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Chlorella sp. G-120 | Mean Rmax (μmol O2 mg–1 Chla h–1) | 197,unusable,not_a_single_microbial_species
642,33052.0,"Sphingopyxis terrae subsp. terrae YC-JH3, Methylomonas methanica R-45371, Pseudo",binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC11937111,2.5,µmol/gDW/day,co-culture assay; which member fixed is not resolved,"Bacteria in the compositions are capable of fixing nitrogen at rates in excess of 2.0 µmol/gDW/day, with a maximum nitrogen fixation rate of 2.5 µmol/gDW/day",,
643,,peanut,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11945357,62.2,nmol g−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Treatment | α-Glucosidase(nmol g−1 h−1) | β-Glucosidase(nmol g−1 h−1) | β-Xylosidase(nmol g−1 h−1) | β-Cellobiohydrolase(nmol g−1 h−1) | N-Acetyl-Glucosaminidase(nmol g−1 h−1) | Acid Phosphatase(nmol g−1 h−1) | Sulfatase(nmol g−1 h−1) | MBS,,
644,,peanut,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11945357,63.61,nmol g−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Treatment | α-Glucosidase(nmol g−1 h−1) | β-Glucosidase(nmol g−1 h−1) | β-Xylosidase(nmol g−1 h−1) | β-Cellobiohydrolase(nmol g−1 h−1) | N-Acetyl-Glucosaminidase(nmol g−1 h−1) | Acid Phosphatase(nmol g−1 h−1) | Sulfatase(nmol g−1 h−1) | WBS,,
645,,peanut,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11945357,58.02,nmol g−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Treatment | α-Glucosidase(nmol g−1 h−1) | β-Glucosidase(nmol g−1 h−1) | β-Xylosidase(nmol g−1 h−1) | β-Cellobiohydrolase(nmol g−1 h−1) | N-Acetyl-Glucosaminidase(nmol g−1 h−1) | Acid Phosphatase(nmol g−1 h−1) | Sulfatase(nmol g−1 h−1) | MB ,,
646,,peanut,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11945357,56.45,nmol g−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Treatment | α-Glucosidase(nmol g−1 h−1) | β-Glucosidase(nmol g−1 h−1) | β-Xylosidase(nmol g−1 h−1) | β-Cellobiohydrolase(nmol g−1 h−1) | N-Acetyl-Glucosaminidase(nmol g−1 h−1) | Acid Phosphatase(nmol g−1 h−1) | Sulfatase(nmol g−1 h−1) | WB ,,
647,,peanut,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11945357,52.69,nmol g−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Treatment | α-Glucosidase(nmol g−1 h−1) | β-Glucosidase(nmol g−1 h−1) | β-Xylosidase(nmol g−1 h−1) | β-Cellobiohydrolase(nmol g−1 h−1) | N-Acetyl-Glucosaminidase(nmol g−1 h−1) | Acid Phosphatase(nmol g−1 h−1) | Sulfatase(nmol g−1 h−1) | OM ,,
648,,PB strains,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC11973431,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'absent',"An acetylene reduction assay was performed on 28 representative PB strains, which cover all three major clades, the newly identified main clusters (MC1 to MC6), most of the identified subclusters, and the model PB strain ORS278 as a control",,
649,,Synechocystis 6803,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11980358,0.75,nmol ethylene h-1 mg total protein-1,accepted quantitative rate,"The strain RC4 containing 12 genes (nifHDKBSUENPVZT) showed significant activity, generating 0.75 nmol ethylene per mg total protein in 1 h(Fig. 2B).",,
650,,Synechocystis 6803,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11980358,45,nmol ethylene h-1 mg total protein-1,accepted quantitative rate,our engineered RC5 strain exhibits significantly lower activities (45 nmol per mg total protein in 1 h) compared to Cyanothece 51142 (1262 nmol per mg total protein in 1 h),,
651,,Synechocystis 6803,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11980358,1,nmol ethylene h-1 mg total protein-1,duplicate of an accepted measurement,the activities are significantly higher compared to the Synechocystis 6803 strain expressing genes from Leptolyngbya boryana (1 nmol per mg total protein in 1 h) (33).,,
652,,Rhodopseudomonas DSM127,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12016538,60.2,nmol C2H4 formed/min/mg protein,accepted quantitative rate,Nitrogenase activity in nmol C2H4 formed/min/mg protein. DSM127 | Nitrogenase | 60.2 (2.8),,
653,,Rhodopseudomonas CGA009,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12016538,107.7,nmol C2H4 formed/min/mg protein,accepted quantitative rate,Nitrogenase activity in nmol C2H4 formed/min/mg protein. CGA009 | Nitrogenase | 107.7 (8.0),,
654,,Dhb,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12016555,7.53,cells per μmol Cl−1 released,assay measured; denominator or scale lost,growth coupled to dechlorination (7.53 ± 0.38 × 10⁷ cells/µmole chloride released),,
655,,Dhb,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12016555,1.41,cells per μmol Cl−1 released,assay measured; denominator or scale lost,Dhb growth yields during the dechlorination of CF to DCM ... 1.41 ± 0.33 × 108 cells per µmole of chlorine released,,
656,,Dhb,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12016555,3.02,cells per μmol Cl−1 released,assay measured; denominator or scale lost,"Dhb growth yields during the dechlorination of 1,1,2-TCA to 1,2-DCA/VC ... 3.02 ± 0.01 × 107 cells per µmole of chlorine released",,
657,,soya bean (Glycine max) nodule with its associated microsymbiont Bradyrhizobium ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12018784,4.13,g C g−1 N,symbiotic assay; the microbial symbiont is the fixing partner,the nitrogen fixation cost of c. 4.13 g C g−1 N,,
658,,endophytes in rice,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12029701,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"Most plant endophytes, such as endophytes in rice, generally use the plant’s carbon source to jointly fix nitrogen, which not only promote the plant growth, but also keep the plant in a low nitrogen state, to synthesize and express the nitr",,
659,3131939.0,Sulfurimonas diazotrophicus HSL3-1T,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC12029903,0,15N abundance,explicit negative statement: 'absence of',"15N2 isotope labelling experiments demonstrated that both strains, HSL1-7T and HSL3-1T, possessed the capability to fix 15N2 in the absence of an available nitrogen source in the medium, and that they exhibited similar nitrogen-fixing rates",,
660,3058392.0,Sulfurimonas microaerophilic HSL1-7T,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC12029903,0,15N abundance,explicit negative statement: 'absence of',"15N2 isotope labelling experiments demonstrated that both strains, HSL1-7T and HSL3-1T, possessed the capability to fix 15N2 in the absence of an available nitrogen source in the medium, and that they exhibited similar nitrogen-fixing rates",,
661,,T. incarnatum L.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12030130,40,percent,assay reported without a usable scale,Si supply increased the amount of rhizodeposited N by T. incarnatum by over 40%,,
662,353.0,Azotobacter chroococcum CD_FICOS_04,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12038444,10937,nmol ethylene h−1,assay measured; denominator or scale lost,CD_FICOS_04 | Azotobacter chroococcum (99.15) | 10937 | 2.41 | 64.41 | 2.86 | 4.64 | 15.90 | +++,,
663,384.0,Rhizobium leguminosarum biovar viciae 3841,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC12047786,69,%,assay reported without a usable scale,"seed total N increased by 69%, and total fixed N in seeds increased by 66% for CP-treated plants compared to control plants at the 75% FC level",,
664,384.0,Rhizobium leguminosarum biovar viciae 3841,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC12047786,66,%,assay reported without a usable scale,"seed total N increased by 69%, and total fixed N in seeds increased by 66% for CP-treated plants compared to control plants at the 75% FC level",,
665,1648923.0,Bacillus paralicheniformis,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12059200,5.56,pmol/s,"value cited to another paper; fixation asserted, attribution belongs elsewhere",W | Bacillus paralicheniformis | 99.64 | 1368/1373 | 5.56 | 54 | 14 | 37,,
666,1408.0,Bacillus pumilus,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12059200,66.7,pmol/s,"value cited to another paper; fixation asserted, attribution belongs elsewhere",N | Bacillus pumilus | 99.72 | 1420/1424 | 66.7 | 15 | 14 | 9,,
667,1398.0,Bacillus coagulans,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12059200,36.1,pmol/s,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Y | Bacillus coagulans | 98.73 | 1402/1420 | 36.1 | 29 | 40 | 24,,
668,2026186.0,Bacillus paranthracis,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12059200,2.78,pmol/s,"value cited to another paper; fixation asserted, attribution belongs elsewhere",D | Bacillus paranthracis | 99.93 | 1420/1421 | 2.78 | 7 | 13 | 34,,
669,1408.0,Bacillus pumilus,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12059200,66.7,pmol/s,"value cited to another paper; fixation asserted, attribution belongs elsewhere",N | Bacillus pumilus | 99.72 | 1420/1424 | 66.7 | 15 | 14 | 9,,
670,1648923.0,Bacillus paralicheniformis,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12059200,5.56,pmol/s,"value cited to another paper; fixation asserted, attribution belongs elsewhere",W | Bacillus paralicheniformis | 99.64 | 1368/1373 | 5.56 | 54 | 14 | 37,,
671,1398.0,Bacillus coagulans,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12059200,36.1,pmol/s,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Y | Bacillus coagulans | 98.73 | 1402/1420 | 36.1 | 29 | 40 | 24,,
672,2026186.0,Bacillus paranthracis,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12059200,2.78,pmol/s,"value cited to another paper; fixation asserted, attribution belongs elsewhere",D | Bacillus paranthracis | 99.93 | 1420/1421 | 2.78 | 7 | 13 | 34,,
673,,Rhizobium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12059452,112,kg N ha-1 yr-1,symbiotic assay; the microbial symbiont is the fixing partner,Rhizobium fixes 112–152 kg of nitrogen per acre annually in groundnut.,,
674,376.0,Bradyrhizobium sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12059452,152,kg N ha-1 yr-1,symbiotic assay; the microbial symbiont is the fixing partner,Rhizobium fixes 112–152 kg of nitrogen per acre annually in groundnut.,,
675,1076.0,Rhodopseudomonas palustris,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12093980,43.1,fold change,assay reported without a usable scale,R. palustris CGA009 exhibited significant upregulation of the anfA gene at both transcriptional (43.1-fold) and translational (7.5-fold) levels compared to nitrogen-excess conditions,,
676,1076.0,Rhodopseudomonas palustris,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12093980,7.5,fold change,assay reported without a usable scale,R. palustris CGA009 exhibited significant upregulation of the anfA gene at both transcriptional (43.1-fold) and translational (7.5-fold) levels compared to nitrogen-excess conditions,,
678,,ICC9085,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12102913,35.806,nmol C2H4 h-1 mg-1,accepted quantitative rate,"Rhizobium treatment proved the most effective, achieving the highest nitrogenase activity (mean: 35.806; max: 189.2) and yielding superior growth-promoting results compared to VAM and control treatments.",,
679,,ICC1083,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12102913,1.85,nmol C2H4 h-1 mg-1,accepted quantitative rate,"In the case of the control group, the minimum ARA value recorded was 1.850, and the maximum was 189.2. The mean ARA value for this group was 35.806, with a higher standard deviation of 45.518.",,
680,,ICC1083,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12102913,1.85,nmol C2H4 h-1 mg-1,duplicate of an accepted measurement,"In the case of the control group, the minimum ARA value recorded was 1.850, and the maximum was 189.2. The mean ARA value for this group was 35.806, with a higher standard deviation of 45.518.",,
681,,ICC9085,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12102913,35.806,nmol C2H4 h-1 mg-1,duplicate of an accepted measurement,"Rhizobium treatment proved the most effective, achieving the highest nitrogenase activity (mean: 35.806; max: 189.2) and yielding superior growth-promoting results compared to VAM and control treatments.",,
682,,soybean plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12104801,1.16,μmol H2 g−1 NDW min−1,symbiotic assay; the microbial symbiont is the fixing partner,ANA (μmol H2 g−1 NDW min−1) | 1.16 ± 0.02a,,
683,,soybean plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12104801,0.33,μmol H2 g−1 NDW min−1,symbiotic assay; the microbial symbiont is the fixing partner,ANA (μmol H2 g−1 NDW min−1) | 0.33 ± 0.04b,,
684,,soybean plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12104801,0.13,μmol H2 g−1 NDW min−1,symbiotic assay; the microbial symbiont is the fixing partner,ANA (μmol H2 g−1 NDW min−1) | 0.13 ± 0.02c,,
685,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12108725,0.97,percent abundance,assay reported without a usable scale,Nitrogen metabolism genes were more abundant in the water column (0.97%) than in sediments (0.54%),,
686,,Hoeflea,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12108725,0.54,percent abundance,assay reported without a usable scale,Nitrogen metabolism genes were more abundant in the water column (0.97%) than in sediments (0.54%),,
687,,Delftia,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12108725,0.7009,percent abundance,assay reported without a usable scale,"Nitrotoga (0.7009% abundance in sediments), which participates in nitrite oxidation during nitrification, often in low-temperature environments, was the other taxa identified in both habitats.",,
688,106590.0,R. eutropha H16,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC12113824,21.3,mg/L,assay measured; denominator or scale lost,this system achieved a yield of 21.3 ± 3.78 mg/L,,
689,,PSI-Pt hybrid,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12113824,244,μmol H2/(mg chlorophyll)·h,co-culture assay; which member fixed is not resolved,the PSI-Pt hybrid achieved a remarkable H2 production rate of 244 μmol H2/(mg chlorophyll)·h,,
690,,Bradyrhizobium MAG21,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12117797,15,15N2 gas-incorporation,assay measured; denominator or scale lost,The labeling of various amino acids indicated substantial 15N2 gas assimilation in both bacteria as well as the positive controls Pseudomonas stutzeri and Azotobacter vinalendii,,
691,,Methylobacterium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12117797,15,15N2 gas-incorporation,assay measured; denominator or scale lost,The labeling of various amino acids indicated substantial 15N2 gas assimilation in both bacteria as well as the positive controls Pseudomonas stutzeri and Azotobacter vinalendii,,
692,,Fleur11,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12131544,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,"Nitrogen fixation effectiveness was assessed 21 days after inoculation (dpi) by estimating the leaf chlorophyll content of the third youngest leaf using a SPAD meter (soil plant analysis development; Konica-Minolta, Okasaka, Japan) [8]. Eac",,
693,,JQ-MY-41,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,14.15,nmol h-1,assay measured; denominator or scale lost,JQ-MY-41 | Amount of phosphorus dissolved | 14.15 ± 0.240 d | PH value | Bacteriostatic rate,,
694,,JQ-MY-42,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,90.44,nmol h-1,assay measured; denominator or scale lost,JQ-MY-42 | Amount of phosphorus dissolved | 90.44 ± 0.455 a | PH value | Bacteriostatic rate,,
695,,JQ-271,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,7.03,nmol h-1,assay measured; denominator or scale lost,JQ-271 | Amount of phosphorus dissolved | 7.03 ± 0.051 e | PH value | Bacteriostatic rate,,
696,,JQ-232(4),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,49.72,nmol h-1,assay measured; denominator or scale lost,JQ-232(4) | Amount of phosphorus dissolved | 49.72 ± 0.484 b | PH value | Bacteriostatic rate,,
697,,YC-342,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,4.47,nmol h-1,assay measured; denominator or scale lost,YC-342 | Amount of phosphorus dissolved | 4.47 ± 0.234 f | PH value | Bacteriostatic rate,,
698,,GT-151,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,23.91,nmol h-1,assay measured; denominator or scale lost,GT-151 | Amount of phosphorus dissolved | 23.91 ± 0.504 c | PH value | Bacteriostatic rate,,
699,,TA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,210.52,nmol h-1,assay measured; denominator or scale lost,TA | Amount of phosphorus dissolved | 210.52 ± 3.21 c | IAA | pH value | Topsis analyze,,
700,,TB,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,395.69,nmol h-1,assay measured; denominator or scale lost,TB | Amount of phosphorus dissolved | 395.69 ± 7.92 a | IAA | pH value | Topsis analyze,,
701,,TC,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,266.28,nmol h-1,assay measured; denominator or scale lost,TC | Amount of phosphorus dissolved | 266.28 ± 14.31 bc | IAA | pH value | Topsis analyze,,
702,,TD,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,128.86,nmol h-1,assay measured; denominator or scale lost,TD | Amount of phosphorus dissolved | 128.86 ± 10.45 d | IAA | pH value | Topsis analyze,,
703,,TE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,311.15,nmol h-1,assay measured; denominator or scale lost,TE | Amount of phosphorus dissolved | 311.15 ± 41.40 b | IAA | pH value | Topsis analyze,,
704,,TF,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12134762,393.22,nmol h-1,assay measured; denominator or scale lost,TF | Amount of phosphorus dissolved | 393.22 ± 28.55 a | IAA | pH value | Topsis analyze,,
705,,K. variicola A3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12136154,43,%Ndfa,assay reported without a usable scale,"Percent Ndfa increased steadily over time, reaching 43% on whole plants at S6",,
706,,K. variicola A3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12136154,40,% of nitrogen,assay reported without a usable scale,these sorghum accessions can acquire about 40% of their nitrogen from the atmosphere through these associations on aerial roots,,
707,,K. variicola A3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12136154,43,%Ndfa,assay reported without a usable scale,"Percent Ndfa increased steadily over time, reaching 43% on whole plants at S6",,
708,,DOA9 WT,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12141436,0,nmol C2H4 h-1 mg-1 FW,explicit negative statement: 'not',nitrogenase activity could not be detected at 30 dpi in the roots of plants nodulated with the DOA9 WT,,
709,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12158176,70,%,assay reported without a usable scale,nitrogenase activity declined precipitously by approximately 70%,,
710,354.0,Azotobacter vinelandii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12217171,1.49,× 10-9 mol s-1 cm-2,assay measured; denominator or scale lost,the system achieves an impressive ammonia (NH3) yield of (1.49 ± 0.05) × 10-9 mol s-1 cm-2 (5.36 ± 0.18 μmol h-1 cm-2),,
711,354.0,Azotobacter vinelandii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12217171,1.49,× 10-9 mol s-1 cm-2,assay measured; denominator or scale lost,the maximum NH3 yield of (1.49 ± 0.05) × 10–9 mol s–1 cm–2 (5.36 ± 0.18 μmol h-1 cm-2) was obtained at –0.3 V,,
712,,B. cereus OTU8977,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12220422,205.29,mg/L,assay measured; denominator or scale lost,"Based on the molybdenum-antimony colorimetric method, the effective phosphorus content of OTU8977 during liquid culture was measured to be 205.29 mg/L",,
713,,A. brasilense K,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12222865,3517,nmol C2H4 h-1·mg-1,accepted quantitative rate,"A. brasilense K and P. stutzeri G, which exhibited activity levels of 3517 and 890 nmol C2H4 h−1·mg−1, respectively (Fig. 1a)",,
714,,P. stutzeri G,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12222865,890,nmol C2H4 h-1·mg-1,accepted quantitative rate,"A. brasilense K and P. stutzeri G, which exhibited activity levels of 3517 and 890 nmol C2H4 h−1·mg−1, respectively (Fig. 1a)",,
715,,R. capsulatus,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12223475,25,percent,assay reported without a usable scale,The ∆fdxN strain shows an activity of 25%,,
716,,R. capsulatus,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12223475,10,percent,assay reported without a usable scale,the ∆fdxC strain an activity of 10%,,
717,,R. capsulatus,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12223475,25,percent,assay reported without a usable scale,"The ∆fdxN fdxC strain had lower than the WT, around 25%",,
718,,R. capsulatus,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12223475,25,percent,assay reported without a usable scale,"The ∆fdxN fdxC strain had lower than the WT, around 25%",,
719,,R. capsulatus,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12223475,25,percent,assay reported without a usable scale,"The ∆fdxN fdxC strain had lower than the WT, around 25%",,
720,1076.0,Rhodopseudomonas palustris TIE‐1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12225005,1.1,µм ethylene (mg protein)−1 h−1,accepted quantitative rate,Concurrent measurements of nitrogenase activity demonstrated a robust rate of 1.10 ± 0.09 µм ethylene (mg protein)−1 h−1 in the photo‐e‐BNF systems.,,
721,1076.0,Rhodopseudomonas palustris TIE‐1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12225005,0.72,µм ethylene (mg protein)−1 h−1,accepted quantitative rate,"nitrogenase activity in polarized systems decreased to 0.72 ± 0.13 µм ethylene (mg protein)−1 h−1, representing a 1.21‐fold reduction versus controls",,
722,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12225050,5.9,µmol C2H4/plant · h,symbiotic assay; the microbial symbiont is the fixing partner,"SA variant demonstrated the highest NFA (5.9 µmoL С2Н4/plant · h), this value being 29.2% higher than control values (Fig. 9).",,
723,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12225050,18.5,µmol C2H4/plant · h,symbiotic assay; the microbial symbiont is the fixing partner,"the highest efficiency of nitrogen fixation by soybean nodules was observed in the SA variant (18.5 µmoL С2Н4/plant · h), which was 22.4% higher than controls (i.e. without GR) (Fig. 8).",,
724,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12225050,0.4,µmol C2H4/plant · h,symbiotic assay; the microbial symbiont is the fixing partner,"the lowest NFA (0.4 µmoL С2Н4/plant · h) was recorded in the MJ variant, i.e. 73.5% lower than than controls (Fig. 8).",,
725,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12225050,8.3,µmol C2H4/plant · h,symbiotic assay; the microbial symbiont is the fixing partner,"the lowest level of nitrogen fixation activity (8.3 µmoL С2Н4/plant · h) was recorded in the MJ variant, which was 45.0% lower than controls (Fig. 8).",,
726,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12225050,2.3,µmol C2H4/plant · h,symbiotic assay; the microbial symbiont is the fixing partner,"MJ group demonstrated lower nitrogen fixation activity (2.3 µmoL С2Н4/plant · h) compared to controls, i.e. without GR; this value was 41.4% lower (Fig. 8).",,
727,,B. nitrificans,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12227014,687,ppm,"value cited to another paper; fixation asserted, attribution belongs elsewhere",B. nitrificans | IAA (ppm) | 687,,
728,3906.0,faba bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC12232153,18.8,µmol C₂H₄ g⁻¹ h⁻¹,symbiotic assay; the microbial symbiont is the fixing partner,Without cobalt | 100 | 136.4 | 14.32 | 3.97 | N-ase activityµmol C2H2 g− 1 h− 1 | 18.8,unusable,not_a_single_microbial_species
729,3906.0,faba bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC12232153,17.2,µmol C₂H₄ g⁻¹ h⁻¹,symbiotic assay; the microbial symbiont is the fixing partner,Without cobalt | 75 | 112.2 | 12.49 | 3.60 | N-ase activityµmol C2H2 g− 1 h− 1 | 17.2,unusable,not_a_single_microbial_species
730,3906.0,faba bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC12232153,16.0,µmol C₂H₄ g⁻¹ h⁻¹,symbiotic assay; the microbial symbiont is the fixing partner,Without cobalt | 50 | 102.0 | 11.44 | 3.28 | N-ase activityµmol C2H2 g− 1 h− 1 | 16.0,unusable,not_a_single_microbial_species
731,3906.0,faba bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC12232153,14.8,µmol C₂H₄ g⁻¹ h⁻¹,symbiotic assay; the microbial symbiont is the fixing partner,Without cobalt | 25 | 95.6 | 10.56 | 2.88 | N-ase activityµmol C2H2 g− 1 h− 1 | 14.8,unusable,not_a_single_microbial_species
732,3906.0,faba bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC12232153,22.0,µmol C₂H₄ g⁻¹ h⁻¹,symbiotic assay; the microbial symbiont is the fixing partner,With cobalt (12ppm) | 100 | 154.5 | 16.65 | 5.43 | N-ase activityµmol C2H2 g− 1 h− 1 | 22.0,unusable,not_a_single_microbial_species
733,3906.0,faba bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC12232153,21.3,µmol C₂H₄ g⁻¹ h⁻¹,symbiotic assay; the microbial symbiont is the fixing partner,With cobalt (12ppm) | 75 | 148. | 15.49 | 5.31 | N-ase activityµmol C2H2 g− 1 h− 1 | 21.3,unusable,not_a_single_microbial_species
734,3906.0,faba bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC12232153,19.6,µmol C₂H₄ g⁻¹ h⁻¹,symbiotic assay; the microbial symbiont is the fixing partner,With cobalt (12ppm) | 50 | 133.3 | 14.62 | 4.77 | N-ase activityµmol C2H2 g− 1 h− 1 | 19.6,unusable,not_a_single_microbial_species
735,3906.0,faba bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC12232153,17.8,µmol C₂H₄ g⁻¹ h⁻¹,symbiotic assay; the microbial symbiont is the fixing partner,With cobalt (12ppm) | 25 | 117.0 | 12.86 | 4.18 | N-ase activityµmol C2H2 g− 1 h− 1 | 17.8,unusable,not_a_single_microbial_species
736,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12252044,65.2,nmol C2H4 h-1 mg nodule-1,assay reported without a usable scale,"Nitrogenase activity (Figure 5C), a key determinant of biological nitrogen fixation, was significantly enhanced in response to n-SiO2 supplementation. Compared to aCO2, nitrogenase activity exhibited a 65.2% increase under eCO2 + n-SiO2, co",,
737,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12252044,47.2,nmol C2H4 h-1 mg nodule-1,assay reported without a usable scale,"GS activity increased by 47.2%, while GOGAT activity exhibited a 58.3% upregulation, reinforcing the improved nitrogen metabolism and assimilation associated with n-SiO2 supplementation under eCO2 conditions.",,
738,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12252044,58.3,nmol C2H4 h-1 mg nodule-1,assay reported without a usable scale,"GS activity increased by 47.2%, while GOGAT activity exhibited a 58.3% upregulation, reinforcing the improved nitrogen metabolism and assimilation associated with n-SiO2 supplementation under eCO2 conditions.",,
739,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,17.4,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Lakes | Water column | 17.4 (2.9–147) | 72 | 0.00254 (5.92e-05–0.0296) | 462 | — | 0,,
740,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.804,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Lakes | Benthos | 0.804 (0.156–15.4) | 181 | 0.313 (0.003–0.546) | 11 | 2.55e-05 (1.76e-06–8.82e-05) | 129,,
741,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.313,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Lakes | Benthos | 0.804 (0.156–15.4) | 181 | 0.313 (0.003–0.546) | 11 | 2.55e-05 (1.76e-06–8.82e-05) | 129,,
742,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.0464,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Freshwater wetlands | Water column | 0.0464 (0.0464–0.179) | 3 | 0.000146 (3.22e-06–0.000303) | 8 | — | 0,,
743,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.000146,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Freshwater wetlands | Water column | 0.0464 (0.0464–0.179) | 3 | 0.000146 (3.22e-06–0.000303) | 8 | — | 0,,
744,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,37.3,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Freshwater wetlands | Benthos | 37.3 (0.0158–176) | 81 | — | 0 | 0.00147 (0.000472–0.0033) | 242,,
745,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.00147,μmol-N g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Freshwater wetlands | Benthos | 37.3 (0.0158–176) | 81 | — | 0 | 0.00147 (0.000472–0.0033) | 242,,
746,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,22.7,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Salt marshes | Benthos | 22.7 (2.54–96.7) | 225 | 0.0254 (0.0217–0.0411) | 4 | 0.000107 (2.84e-05–0.000293) | 45,,
747,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.0254,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Salt marshes | Benthos | 22.7 (2.54–96.7) | 225 | 0.0254 (0.0217–0.0411) | 4 | 0.000107 (2.84e-05–0.000293) | 45,,
748,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.000107,μmol-N g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Salt marshes | Benthos | 22.7 (2.54–96.7) | 225 | 0.0254 (0.0217–0.0411) | 4 | 0.000107 (2.84e-05–0.000293) | 45,,
749,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,9.6,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Mangroves | Benthos | 9.6 (0.533–17.6) | 76 | 0.0722 (0.0614–0.0818) | 3 | 0.0116 (0.00212–0.0141) | 60,,
750,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.0722,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Mangroves | Benthos | 9.6 (0.533–17.6) | 76 | 0.0722 (0.0614–0.0818) | 3 | 0.0116 (0.00212–0.0141) | 60,,
751,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.0116,μmol-N g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Mangroves | Benthos | 9.6 (0.533–17.6) | 76 | 0.0722 (0.0614–0.0818) | 3 | 0.0116 (0.00212–0.0141) | 60,,
752,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,5.84,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Seagrasses | Benthos | 5.84 (1.79–11.7) | 164 | 0.631 (0.343–1.79) | 10 | 0.00024 (0.000178–0.000482) | 60,,
753,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.631,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Seagrasses | Benthos | 5.84 (1.79–11.7) | 164 | 0.631 (0.343–1.79) | 10 | 0.00024 (0.000178–0.000482) | 60,,
754,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.00024,μmol-N g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Seagrasses | Benthos | 5.84 (1.79–11.7) | 164 | 0.631 (0.343–1.79) | 10 | 0.00024 (0.000178–0.000482) | 60,,
755,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,45.6,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Tidal flats | Benthos | 45.6 (15.9–118) | 320 | 0.0975 (0.0955–0.11) | 3 | — | 0,,
756,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.0975,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Tidal flats | Benthos | 45.6 (15.9–118) | 320 | 0.0975 (0.0955–0.11) | 3 | — | 0,,
757,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,2.79,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Estuaries | Water column | 2.79 (1.17–7.91) | 113 | 0.000219 (2.76e-05–0.00113) | 161 | — | 0,,
758,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.000219,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Estuaries | Water column | 2.79 (1.17–7.91) | 113 | 0.000219 (2.76e-05–0.00113) | 161 | — | 0,,
759,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,12.1,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Estuaries | Benthos | 12.1 (2.22–96.3) | 265 | 0.053 (0.00413–0.14) | 138 | 0.00012 (5.39e-05–0.000365) | 172,,
760,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.053,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Estuaries | Benthos | 12.1 (2.22–96.3) | 265 | 0.053 (0.00413–0.14) | 138 | 0.00012 (5.39e-05–0.000365) | 172,,
761,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.00012,μmol-N g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Estuaries | Benthos | 12.1 (2.22–96.3) | 265 | 0.053 (0.00413–0.14) | 138 | 0.00012 (5.39e-05–0.000365) | 172,,
762,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,2.92,μmol-N m−2 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Continental shelves | Water column | 2.92 (0.875–6.9) | 249 | 4.5e-05 (1.17e-05–0.000204) | 669 | 0 | 1,,
763,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,4.5e-05,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Continental shelves | Water column | 2.92 (0.875–6.9) | 249 | 4.5e-05 (1.17e-05–0.000204) | 669 | 0 | 1,,
764,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.000575,μmol-N g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Continental shelves | Benthos | 2.92 (0–10.4) | 27 | 0.0446 (0.0371–0.0592) | 60 | 0.000575 (0.000258–0.00208) | 48,,
765,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.0446,μmol-N L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Continental shelves | Benthos | 2.92 (0–10.4) | 27 | 0.0446 (0.0371–0.0592) | 60 | 0.000575 (0.000258–0.00208) | 48,,
766,,not_nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12261516,0.000208,μmol-N g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Continental shelves | Benthos | 2.92 (0–10.4) | 27 | 0.0446 (0.0371–0.0592) | 60 | 0.000575 (0.000258–0.00208) | 48,,
767,,soybean (Glycine max (L.) Merril.),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12263379,3.54,μmol g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N0 | Nodule nitrogenase activity (μmol g-1 h-1) | 3.54a,,
768,,soybean (Glycine max (L.) Merril.),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12263379,3.24,μmol g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N120 | Nodule nitrogenase activity (μmol g-1 h-1) | 3.24a,,
769,,soybean (Glycine max (L.) Merril.),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12263379,3.37,μmol g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N180 | Nodule nitrogenase activity (μmol g-1 h-1) | 3.37a,,
770,,soybean (Glycine max (L.) Merril.),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12263379,3.34,μmol g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N240 | Nodule nitrogenase activity (μmol g-1 h-1) | 3.34a,,
771,,soybean (Glycine max (L.) Merril.),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12263379,4.16,μmol g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N0 | Nodule nitrogenase activity (μmol g-1 h-1) | 4.16a,,
772,,soybean (Glycine max (L.) Merril.),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12263379,3.77,μmol g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N120 | Nodule nitrogenase activity (μmol g-1 h-1) | 3.77a,,
773,,soybean (Glycine max (L.) Merril.),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12263379,3.69,μmol g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N180 | Nodule nitrogenase activity (μmol g-1 h-1) | 3.69a,,
774,,soybean (Glycine max (L.) Merril.),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12263379,3.61,μmol g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N240 | Nodule nitrogenase activity (μmol g-1 h-1) | 3.61a,,
775,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12281709,39.0,C2H4 µmol·g−1·nodule dry mass·h −1,symbiotic assay; the microbial symbiont is the fixing partner,Treatments | SNA(C2H4µmol·g−1·nodule dry mass·h −1) | ARA(C2H4µmol·h−1·plant−1) | 2 d | CK | 39.0 ± 0.57 bc | 26.8 ± 1.82 b,,
776,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12281709,52.4,C2H4 µmol·g−1·nodule dry mass·h −1,symbiotic assay; the microbial symbiont is the fixing partner,Treatments | SNA(C2H4µmol·g−1·nodule dry mass·h −1) | ARA(C2H4µmol·h−1·plant−1) | 2 d | LG | 52.4 ± 3.84 a | 35.9 ± 1.92 a,,
777,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12281709,31.5,C2H4 µmol·g−1·nodule dry mass·h −1,symbiotic assay; the microbial symbiont is the fixing partner,Treatments | SNA(C2H4µmol·g−1·nodule dry mass·h −1) | ARA(C2H4µmol·h−1·plant−1) | 2 d | HN | 31.5 ± 1.25 c | 17.0 ± 0.08 c,,
778,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12281709,40.3,C2H4 µmol·g−1·nodule dry mass·h −1,symbiotic assay; the microbial symbiont is the fixing partner,Treatments | SNA(C2H4µmol·g−1·nodule dry mass·h −1) | ARA(C2H4µmol·h−1·plant−1) | 2 d | HG | 40.3 ± 3.26 b | 21.0 ± 1.77 c,,
779,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12281709,47.6,C2H4 µmol·g−1·nodule dry mass·h −1,symbiotic assay; the microbial symbiont is the fixing partner,Treatments | SNA(C2H4µmol·g−1·nodule dry mass·h −1) | ARA(C2H4µmol·h−1·plant−1) | 7 d | CK | 47.6 ± 3.79 b | 38.2 ± 2.74 b,,
780,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12281709,55.1,C2H4 µmol·g−1·nodule dry mass·h −1,symbiotic assay; the microbial symbiont is the fixing partner,Treatments | SNA(C2H4µmol·g−1·nodule dry mass·h −1) | ARA(C2H4µmol·h−1·plant−1) | 7 d | LG | 55.1 ± 3.29 a | 65.9 ± 3.54 a,,
781,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12281709,30.6,C2H4 µmol·g−1·nodule dry mass·h −1,symbiotic assay; the microbial symbiont is the fixing partner,Treatments | SNA(C2H4µmol·g−1·nodule dry mass·h −1) | ARA(C2H4µmol·h−1·plant−1) | 7 d | HN | 30.6 ± 2.50 c | 23.1 ± 1.10 c,,
782,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12281709,41.7,C2H4 µmol·g−1·nodule dry mass·h −1,symbiotic assay; the microbial symbiont is the fixing partner,Treatments | SNA(C2H4µmol·g−1·nodule dry mass·h −1) | ARA(C2H4µmol·h−1·plant−1) | 7 d | HG | 41.7 ± 2.04 b | 45.6 ± 2.17 b,,
783,1076.0,Rhodopseudomonas palustris P4,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC12304615,70,percent of theoretical maximum,assay reported without a usable scale,Rhodopseudomonas palustris P4 converted acetate to hydrogen with a yield of approximately 70% of the theoretical maximum,,
784,1076.0,Rhodopseudomonas palustris WP 3–5,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC12304615,75,percent of theoretical maximum,assay reported without a usable scale,Rhodopseudomonas palustris WP 3–5 achieved a 75% hydrogen yield from glucose,,
785,,Rhodopseudomonas capsulata,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12304615,53,percent of theoretical maximum,assay reported without a usable scale,"Rhodopseudomonas capsulata, one of the most extensively studied red non‐sulfur bacteria, converted sucrose to hydrogen with a 53% yield",,
786,,Alder,host_plant_or_common_name,claim,T4,positive,True,corpus_fulltext,PMC12319645,2.5,kg ha−1 year−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Biological nitrogen fixation (BNF) | Alder | 2.50 | 0.47–4.73 | 3.58 | 1.63–5.91 | 11,,
787,,Bark,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12319645,0.01,kg ha−1 year−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Biological nitrogen fixation (BNF) | Bark | 0.01 | 0–0.02 | 0.01 | 0–0.02 | 4,,
788,,Crust,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12319645,0.17,kg ha−1 year−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Biological nitrogen fixation (BNF) | Crust | 0.17 | — | 0.17 | — | 1,,
789,,Deadwood,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12319645,0.03,kg ha−1 year−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Biological nitrogen fixation (BNF) | Deadwood | 0.03 | 0–0.10 | 0.04 | 0.01–0.07 | 5,,
790,,Foliar endophytes,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12319645,0.01,kg ha−1 year−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Biological nitrogen fixation (BNF) | Foliar endophytes | 0.01 | 0–0.02 | 0.01 | 0–0.01 | 5,,
791,,Litter,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12319645,0.05,kg ha−1 year−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Biological nitrogen fixation (BNF) | Litter | 0.05 | 0–0.06 | 0.03 | 0.01–0.05 | 9,,
792,,Mineral layer,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12319645,0.05,kg ha−1 year−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Biological nitrogen fixation (BNF) | Mineral layer | 0.05 | 0.02–0.22 | 0.11 | 0.04–0.21 | 8,,
793,,Organic layer,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC12319645,0.005,kg ha−1 year−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Biological nitrogen fixation (BNF) | Organic layer | 0.005 | 0–0.01 | 0.005 | 0–0.01 | 2,,
794,,Roots,host_plant_or_common_name,claim,T4,positive,True,corpus_fulltext,PMC12319645,0.04,kg ha−1 year−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Biological nitrogen fixation (BNF) | Roots | 0.04 | 0.01–0.06 | 0.07 | 0.03–0.11 | 17,,
795,,Cappelli + BDA134-6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12321996,0.425,nmol ethylene plant− 1 min− 1,symbiotic assay; the microbial symbiont is the fixing partner,Cappelli + BDA134-6 | nmol ethylene plant− 1 min− 1 | M9 + 20% PEGa | 0.425 ± 0.157,,
796,,Primadur + BDA134-6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12321996,0.242,nmol ethylene plant− 1 min− 1,symbiotic assay; the microbial symbiont is the fixing partner,Primadur + BDA134-6 | nmol ethylene plant− 1 min− 1 | M9 + 20% PEGa | 0.242 ± 0.073,,
797,,Svevo + BDA134-6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12321996,0.2,nmol ethylene plant− 1 min− 1,symbiotic assay; the microbial symbiont is the fixing partner,Svevo + BDA134-6 | nmol ethylene plant− 1 min− 1 | M9 + 20% PEGa | 0.200 ± 0.029,,
798,353.0,Azotobacter chroococcum W5,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12322734,4.507,n moles of ethylene/ h /mg protein,accepted quantitative rate,"NITROGEN FIXATION | Acetylene Reduction Assay | 4.507 ± 1.1939 (n moles of ethylene/ h /mg protein) | 1.31–846.56 n moles of ethylene/h/mg protein (Jain et al., 2021)",,
799,353.0,Azotobacter chroococcum W5,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12322734,4.51,nmol ethylene/h/mg protein,duplicate of an accepted measurement,"Regarding nitrogen fixation, W5 showed acetylene reduction activity (ARA) of 4.51 ± 1.19 nmol ethylene/h/mg protein, a value within the reported range for this species, albeit near its lower limit.",,
800,,WUSFDG-23,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12352659,121.9,percent,assay reported without a usable scale,"Symbiotic effectiveness (SE), calculated based on shoot dry weight relative to the urea control, ranged from 74.3% to 121.9%. Isolates WUSFDG-23 (121.9%), WUSFMC-31 (109.7%), and WUSFMC-23 (103.6%) were classified as highly effective",,
801,,WUSFMC-31,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12352659,109.7,percent,assay reported without a usable scale,"Symbiotic effectiveness (SE), calculated based on shoot dry weight relative to the urea control, ranged from 74.3% to 121.9%. Isolates WUSFDG-23 (121.9%), WUSFMC-31 (109.7%), and WUSFMC-23 (103.6%) were classified as highly effective",,
802,,WUSFMC-23,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12352659,103.6,percent,assay reported without a usable scale,"Symbiotic effectiveness (SE), calculated based on shoot dry weight relative to the urea control, ranged from 74.3% to 121.9%. Isolates WUSFDG-23 (121.9%), WUSFMC-31 (109.7%), and WUSFMC-23 (103.6%) were classified as highly effective",,
805,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12388414,15,percent,assay reported without a usable scale,"nitrogen-fixing Bradyrhizobium populations increased substantially (+15.3–24.0%, q < 0.05), correlating with measured enhancements in nitrogenase activity (15–28% increase)",,
806,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12388414,24,percent,assay reported without a usable scale,"nitrogen-fixing Bradyrhizobium populations increased substantially (+15.3–24.0%, q < 0.05), correlating with measured enhancements in nitrogenase activity (15–28% increase)",,
807,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12388414,15,percent,assay reported without a usable scale,measured enhancements in nitrogenase activity (15–28% increase),,
808,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12388414,28,percent,assay reported without a usable scale,measured enhancements in nitrogenase activity (15–28% increase),,
809,,Symbiotic nitrogen fixation,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12398279,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"Contrary to expectations, using amides as nitrogen export products from the nodule increased plant growth rates by 5%. The model also predicted a reduced carbon cost of nitrogen fixation of up to 16% when using amides. However, flux variabi",,
810,,T. sulfuroxydans HSL-3221T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12403661,314.41,TPM,nitrogenase purified from this organism,"transcripts of NifHDF, encoding nitrogenase, were expressed in T. sulfuroxydans HSL-3221T, T. immobilis HSL1-6T, S. jiaomeiensis HSL3-7T, H. mobilis HSL3-2T, and H. sulfurireducens HSL-1716T (up to 314.41 TPM, Fig. 7)",,
811,,T. immobilis HSL1-6T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12403661,314.41,TPM,nitrogenase purified from this organism,"transcripts of NifHDF, encoding nitrogenase, were expressed in T. sulfuroxydans HSL-3221T, T. immobilis HSL1-6T, S. jiaomeiensis HSL3-7T, H. mobilis HSL3-2T, and H. sulfurireducens HSL-1716T (up to 314.41 TPM, Fig. 7)",,
812,,S. jiaomeiensis HSL3-7T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12403661,314.41,TPM,nitrogenase purified from this organism,"transcripts of NifHDF, encoding nitrogenase, were expressed in T. sulfuroxydans HSL-3221T, T. immobilis HSL1-6T, S. jiaomeiensis HSL3-7T, H. mobilis HSL3-2T, and H. sulfurireducens HSL-1716T (up to 314.41 TPM, Fig. 7)",,
813,,H. mobilis HSL3-2T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12403661,314.41,TPM,nitrogenase purified from this organism,"transcripts of NifHDF, encoding nitrogenase, were expressed in T. sulfuroxydans HSL-3221T, T. immobilis HSL1-6T, S. jiaomeiensis HSL3-7T, H. mobilis HSL3-2T, and H. sulfurireducens HSL-1716T (up to 314.41 TPM, Fig. 7)",,
814,,H. sulfurireducens HSL-1716T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12403661,314.41,TPM,nitrogenase purified from this organism,"transcripts of NifHDF, encoding nitrogenase, were expressed in T. sulfuroxydans HSL-3221T, T. immobilis HSL1-6T, S. jiaomeiensis HSL3-7T, H. mobilis HSL3-2T, and H. sulfurireducens HSL-1716T (up to 314.41 TPM, Fig. 7)",,
815,3391826.0,Microbacterium sp. I2,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12406708,5.17,percent,assay reported without a usable scale,"the wheat plant height increased by 5.17%, 13.02%, and 12.14% compared to the control group after one month of treatment with I2, R4, and K2, respectively.",,
816,51671.0,Microbacterium sp. R4,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC12406708,13.02,percent,assay reported without a usable scale,"the wheat plant height increased by 5.17%, 13.02%, and 12.14% compared to the control group after one month of treatment with I2, R4, and K2, respectively.",,
817,3391827.0,Microbacterium sp. K2,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12406708,12.14,percent,assay reported without a usable scale,"the wheat plant height increased by 5.17%, 13.02%, and 12.14% compared to the control group after one month of treatment with I2, R4, and K2, respectively.",,
818,3391827.0,Microbacterium sp. K2,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12406708,11.94,percent,assay reported without a usable scale,"under drought stress, only K2 significantly increased wheat root length by 11.94% compared to the control group.",,
819,,Nostoc azollae,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12421839,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"leaf nitrogen fixation rates respond to a developmental gradient, where mature leaves have higher heterocyst frequencies and N2 fixation rates (9, 10). However, after the 20th leaf of the frond, the heterocysts begin to senesce and no longe",,
820,1872672.0,Azotobacter sp.,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC12440964,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"Nitrogen (N2), a critical component of nucleotides, proteins, and chlorophyll in plants, is one of the most essential elements for life. Despite constituting approximately 78% of the atmosphere, nitrogen is not readily available in a form u",,
821,,Bacillus sp.,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12440964,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"Nitrogen (N2), a critical component of nucleotides, proteins, and chlorophyll in plants, is one of the most essential elements for life. Despite constituting approximately 78% of the atmosphere, nitrogen is not readily available in a form u",,
822,,Cu‐Pt foam,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12442655,194.4,mg NH3‐ N L−1gcat−1,assay measured; denominator or scale lost,Cu‐Pt foam | NH4+ yield [%] | 194.4 mg NH3‐ N L−1gcat−1,,
823,316.0,Pseudomonas stutzeri A1501,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12459779,1,nmol ethylene min-1 mg protein-1,assay reported without a usable scale,"Among the 3 concentrations of oxygen which are 0.5%, 1% and 1.5% the highest nitrogenase activity was observed in 1%",,
824,,A. indigens KACC 11682,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12467018,128,percent,assay reported without a usable scale,"A. indigens KACC 11682 exhibited the highest biofilm-forming capacity, with apigenin treatment showing an OD595 value approximately 1.4 times higher than the DMSO control. Growth promotion assays showed that A. indigens increased rice fresh",,
825,,soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12472538,50,percent of plant’s nitrogen needs,symbiotic assay; the microbial symbiont is the fixing partner,symbiotic nitrogen fixation (SNF) can supply 50–80% of the plant’s nitrogen needs by converting atmospheric N2 into ammonia within root nodules,,
826,1428.0,Bacillus thuringiensis LKT25,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12473873,46.03,mg/L,assay measured; denominator or scale lost,"strain LKT25 exhibiting the highest IAA yield, reaching 46.03 mg/L",,
827,384.0,Rhizobium leguminosarum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12473926,1.7,fold,symbiotic assay; the microbial symbiont is the fixing partner,"Strigolactones: Fusarium verticillioides colonizing wheat induces host strigolactone secretion, which recruits rhizobia to enhance N2 fixation.",,
828,384.0,Rhizobium leguminosarum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12473926,1.9,fold,symbiotic assay; the microbial symbiont is the fixing partner,"Trichoderma afroharzianum T22 induces PsMAPK4 (2.3-fold), activating WRKY70. This transcription factor upregulates SOS1 (2.1-fold) and promotes strigolactone secretion, recruiting Rhizobium leguminosarum and enhancing N2 fixation (nifA/nifH",,
829,,soil,host_plant_or_common_name,assay_direct,T1,negative,True,corpus_fulltext,PMC12477229,0,nmol C2H4 h-1 mg-1 soil,a zero is present in the quote beside assay context,"the abundance of nifH gene showed the strongest correlation with soil nitrogenase activity (Spearman’s ρ = 0.52, P<0.001).",,
830,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,1.94,× 10^6-fold increase in relative expression,assay reported without a usable scale,"The bacterial consortium (MX) treatment demonstrated a significant elevation in nifH expression, with a ΔCt of − 21.84 and a ΔΔCt of − 20.84, indicating an approximate 1.94 × 10^6-fold increase in relative expression.",,
831,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,3875,fold increase,assay reported without a usable scale,"nifH expression in the JMX treatment was 3875-fold higher than the uninoculated control (JCN) and over 133,627-fold higher than the DAP-treated control (JCH).",,
832,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,2142,fold increase,assay reported without a usable scale,GMX showed a 2142-fold increase over GCN and 80-fold over GCH;,,
833,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,111,fold increase,assay reported without a usable scale,LMX showed a 111-fold increase over LCN and 68-fold over LCH;,,
834,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,176,fold increase,assay reported without a usable scale,NMX showed a 176-fold increase over NCN and 70-fold over NCH;,,
835,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,1.94,× 10^6-fold increase in relative expression,assay reported without a usable scale,"The bacterial consortium (MX) treatment demonstrated a significant elevation in nifH expression, with a ΔCt of − 21.84 and a ΔΔCt of − 20.84, indicating an approximate 1.94 × 10^6-fold increase in relative expression.",,
836,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,3875,fold increase,assay reported without a usable scale,"nifH expression in the JMX treatment was 3875-fold higher than the uninoculated control (JCN) and over 133,627-fold higher than the DAP-treated control (JCH).",,
837,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,2142,fold increase,assay reported without a usable scale,GMX showed a 2142-fold increase over GCN and 80-fold over GCH;,,
838,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,111,fold increase,assay reported without a usable scale,LMX showed a 111-fold increase over LCN and 68-fold over LCH;,,
839,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12487459,176,fold increase,assay reported without a usable scale,NMX showed a 176-fold increase over NCN and 70-fold over NCH;,,
840,,Proteobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12500614,12.4,%,assay reported without a usable scale,"the relative abundance of Proteobacteria (Proteobacteria, oligotrophic r-strategizers) declined by 12.4%",,
841,,Chloroflexi,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12500614,19.7,%,assay reported without a usable scale,"the relative abundance of the Chloroflexi, a stress-tolerant chemoenergetic heterotroph, was significantly enriched by 19.7%",,
842,,Strain TK110,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12501866,1.74,nmol C2H4 104 cell–1,accepted quantitative rate,Strain TK110 | nmol C2H4 104 cell–1** | 1.74±0.81,,
843,28262.0,T. yellowstonii,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC12501866,1.38,nmol C2H4 104 cell–1,accepted quantitative rate,T. yellowstonii | nmol C2H4 104 cell–1** | 1.38±0.74,,
844,,Planctomycetota,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC12501874,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"There is no known Planctomycetota nitrogen-fixing representative, but their possible role in nitrogen fixation has been suggested (Kapili et al., 2020). The Planctomycetota MAG reconstructed in this study (Jin00125) encodes nifH (though not",,
845,,lupine,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12504653,12.49,µmole C2H4 /g dry nodule /h,symbiotic assay; the microbial symbiont is the fixing partner,N2-ase activity µmole C2H4 /g dry nodule /h. Entrophospora etunicata 33 c**8.5 b2.40 c6.85 b2.11 b22 d167.98 cd12.49.0 d,,
846,,lupine,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12504653,18.6,µmole C2H4 /g dry nodule /h,symbiotic assay; the microbial symbiont is the fixing partner,N2-ase activity µmole C2H4 /g dry nodule /h. Rhizophagus clarus 35 c11.8 a3.04 b6.60 b2.16 b26 c182.48 c18.647.3 c,,
847,,lupine,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12504653,11.1,µmole C2H4 /g dry nodule /h,symbiotic assay; the microbial symbiont is the fixing partner,N2-ase activity µmole C2H4 /g dry nodule /h. Healthy control (non-infested soil)38 b7.5 bc2.30 c5.72 c1.44 c20 e161.45 d11.1--,,
848,,order_3,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12506266,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'lacked',"Order_3 lacked the genetic potential for nitrogen fixation, as no key nitrogenase structural genes (nifHDK) were detected.",,
849,,Dolichospermum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12507009,8,fold increase in nitrogen fixation rate per heterocyst,assay reported without a usable scale,Nitrogen fixation rates per heterocyst increased nearly 8-fold in the infected N-limited cultures in comparison to the uninfected ones,,
850,1180.0,Nostoc sp. strain PCC 7120,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12507012,5,nmol C2H4 h-1 mg-1 chlorophyll,accepted quantitative rate,"Nitrogen fixation rates were measured as described previously [26, 41] by assessing nitrogenase enzyme activity using the acetylene reduction assay. Culture samples of 5 ml were placed into 28-ml serum bottles, sealed with a rubber septum, ",,
851,77022.0,Cylindrospermopsis raciborskii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12507012,5,nmol C2H4 h-1 mg-1 chlorophyll,accepted quantitative rate,"Nitrogen fixation rates were measured as described previously [26, 41] by assessing nitrogenase enzyme activity using the acetylene reduction assay. Culture samples of 5 ml were placed into 28-ml serum bottles, sealed with a rubber septum, ",,
852,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.32,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | CSG 8962 | 0.17a | 0.32def | 0.48g,,
853,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.39,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | BG 1103 | 0.16a | 0.39de | 0.92d,,
854,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.27,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | S7 | 0.19a | 0.27f | 0.64ef,,
855,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.53,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | DCP 92-3 | 0.16a | 0.53b | 2.42c,,
856,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.3,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | ICCV 10 | 0.13a | 0.30ef | 0.55fg,,
857,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.28,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | KWR 108 | 0.15a | 0.28f | 0.49g,,
858,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.5,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | BG 256 | 0.13a | 0.50bc | 2.57b,,
859,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.33,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | K 850 | 0.16a | 0.33def | 0.49g,,
860,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.42,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | JG 16 | 0.14a | 0.42cd | 0.72e,,
861,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12518566,0.77,µmol/gm FW/hr,symbiotic assay; the microbial symbiont is the fixing partner,NR (µmol/gm FW/ hr) | ICC 4463 | 0.15a | 0.77a | 2.98a,,
862,,Haber–Bosch,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12526215,1000,mmol gcat−1 h−1,assay reported without a usable scale,"Haber–Bosch | >1000 mmol gcat−1 h−1 (industrial scale); ~10–15% energy efficiency | 400–500 °C, 150–300 atm, Fe/Co catalysts",,
863,,Merlin,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12526582,134.0,kg/ha,symbiotic assay; the microbial symbiont is the fixing partner,"Merlin inoculated with AGF78 resulted in the highest nitrogen fixation in beans, with 66.8%NDFA and 134.0 kg/ha of fixed nitrogen.",,
864,,Laulema,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12526582,123.2,kg/ha,symbiotic assay; the microbial symbiont is the fixing partner,Laulema inoculated with AGF78 resulted in 88.2%NDFA and 123.2 kg/ha of fixed nitrogen.,,
865,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12528142,25,nodule number increase (%),assay reported without a usable scale,"Plant nodulation improved with the first two doses of both NPs treatments, with increases of 25% to 43%, respectively, compared to the control ( Supplementary Figure S1 , phenotypic assessment).",,
866,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12528142,43,nodule number increase (%),assay reported without a usable scale,"Plant nodulation improved with the first two doses of both NPs treatments, with increases of 25% to 43%, respectively, compared to the control ( Supplementary Figure S1 , phenotypic assessment).",,
867,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12528142,25,nodule number increase (%),assay reported without a usable scale,"Plant nodulation improved with the first two doses of both NPs treatments, with increases of 25% to 43%, respectively, compared to the control ( Supplementary Figure S1 , phenotypic assessment).",,
868,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12528142,43,nodule number increase (%),assay reported without a usable scale,"Plant nodulation improved with the first two doses of both NPs treatments, with increases of 25% to 43%, respectively, compared to the control ( Supplementary Figure S1 , phenotypic assessment).",,
869,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12528142,17,dry plant biomass decrease (%),symbiotic assay; the microbial symbiont is the fixing partner,"The total dry biomass of soybean was reduced in all treatments except PP1; however, the reduction was particularly evident in the PE3 and PP3 treatment groups, which showed a significant decrease of 17 to 19% in dry plant biomass compared t",,
870,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12528142,19,dry plant biomass decrease (%),assay reported without a usable scale,"The total dry biomass of soybean was reduced in all treatments except PP1; however, the reduction was particularly evident in the PE3 and PP3 treatment groups, which showed a significant decrease of 17 to 19% in dry plant biomass compared t",,
871,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12528142,17,dry plant biomass decrease (%),symbiotic assay; the microbial symbiont is the fixing partner,"The total dry biomass of soybean was reduced in all treatments except PP1; however, the reduction was particularly evident in the PE3 and PP3 treatment groups, which showed a significant decrease of 17 to 19% in dry plant biomass compared t",,
872,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12528142,19,dry plant biomass decrease (%),assay reported without a usable scale,"The total dry biomass of soybean was reduced in all treatments except PP1; however, the reduction was particularly evident in the PE3 and PP3 treatment groups, which showed a significant decrease of 17 to 19% in dry plant biomass compared t",,
873,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12528142,17,dry plant biomass decrease (%),symbiotic assay; the microbial symbiont is the fixing partner,"The total dry biomass of soybean was reduced in all treatments except PP1; however, the reduction was particularly evident in the PE3 and PP3 treatment groups, which showed a significant decrease of 17 to 19% in dry plant biomass compared t",,
874,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12528142,19,dry plant biomass decrease (%),assay reported without a usable scale,"The total dry biomass of soybean was reduced in all treatments except PP1; however, the reduction was particularly evident in the PE3 and PP3 treatment groups, which showed a significant decrease of 17 to 19% in dry plant biomass compared t",,
875,,C. thailandense,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12529827,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'absence of',the presence of a nitrogenase (NifH) likely enabled it to grow in the absence of a fixed nitrogen source in the enrichment cultures,,
876,,IC29 strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12534562,37,nmol C2H4 h-1,assay measured; denominator or scale lost,act in acetylene reduction (a process catalyzed by nitrogenase from strain)37,,
877,,nts1007 nodules,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12536662,0,μmol/mg/h,explicit negative statement: 'not',The acetylene reduction activity (ARA) of nts1007 nodules per gram was not significantly different from that of Bragg nodules,,
878,,PN,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12538827,1.41,fold higher upregulated genes,assay reported without a usable scale,PN showed markedly more DEGs than WN (1.41-fold higher upregulated genes),,
879,,PN,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12538827,2.1,fold higher,assay reported without a usable scale,carbohydrate content in PNR was 2.1-fold higher than in WNR,,
880,,PN,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12538827,3.2,fold higher,assay reported without a usable scale,fatty acid levels in PN were 3.2-fold higher than in WN,,
881,,PN,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12538827,1.67,fold,assay reported without a usable scale,"lipid metabolism related genes (PN: 122; WN: 121) outnumbered carbohydrate metabolism genes by 1.67 and 1.23-fold, respectively",,
882,,PN,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12538827,1.57,fold,symbiotic assay; the microbial symbiont is the fixing partner,NNR showing the highest ratio (1.57) and WNR the lowest (1.12),,
883,577.0,Raoultella terrigena RFN53,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12547253,1,nmol C2H4 h-1 mg-1,accepted quantitative rate,Strain number | Strain code | Molecular Identification (16S rRNA gene) | Percent Similarity | Accession number | Nitrogen Fixation |  |  |  | Strain number | Strain code | Molecular Identification (16S rRNA gene) | Percent Similarity | Acce,,
884,244366.0,Klebsiella variicola RFN55,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12547253,1,nmol C2H4 h-1 mg-1,accepted quantitative rate,Strain number | Strain code | Molecular Identification (16S rRNA gene) | Percent Similarity | Accession number | Nitrogen Fixation |  |  |  | Strain number | Strain code | Molecular Identification (16S rRNA gene) | Percent Similarity | Acce,,
885,1871614.0,Cellulosimicrobium sp. RFN73,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12547253,1,nmol C2H4 h-1 mg-1,accepted quantitative rate,Strain number | Strain code | Molecular Identification (16S rRNA gene) | Percent Similarity | Accession number | Nitrogen Fixation |  |  |  | Strain number | Strain code | Molecular Identification (16S rRNA gene) | Percent Similarity | Acce,,
886,576.0,Klebsiella sp. RFN75,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12547253,1,nmol C2H4 h-1 mg-1,accepted quantitative rate,Strain number | Strain code | Molecular Identification (16S rRNA gene) | Percent Similarity | Accession number | Nitrogen Fixation |  |  |  | Strain number | Strain code | Molecular Identification (16S rRNA gene) | Percent Similarity | Acce,,
887,,methylthio-alkane reductase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12552129,2.3,nmol C2H4 × mg-1 Mar(DK)2 × min-1,nitrogenase purified from this organism,"The methylthio-alkane reductase converts MT-EtOH at a rate of 2.3 nmol C2H4 × mg-1 Mar(DK)2 × min-1, EMS at 7.9 nmol C2H6 × mg-1 Mar(DK)2 × min-1 and DMS at 6.5 nmol CH4 × mg-1 Mar(DK)2 × min-1 (Fig. 2e).",,
888,,methylthio-alkane reductase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12552129,7.9,nmol C2H6 × mg-1 Mar(DK)2 × min-1,nitrogenase purified from this organism,"The methylthio-alkane reductase converts MT-EtOH at a rate of 2.3 nmol C2H4 × mg-1 Mar(DK)2 × min-1, EMS at 7.9 nmol C2H6 × mg-1 Mar(DK)2 × min-1 and DMS at 6.5 nmol CH4 × mg-1 Mar(DK)2 × min-1 (Fig. 2e).",,
889,,methylthio-alkane reductase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12552129,6.5,nmol CH4 × mg-1 Mar(DK)2 × min-1,nitrogenase purified from this organism,"The methylthio-alkane reductase converts MT-EtOH at a rate of 2.3 nmol C2H4 × mg-1 Mar(DK)2 × min-1, EMS at 7.9 nmol C2H6 × mg-1 Mar(DK)2 × min-1 and DMS at 6.5 nmol CH4 × mg-1 Mar(DK)2 × min-1 (Fig. 2e).",,
890,,PnifH-DGCOE strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12560781,0.22,pmol/μg protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","c-di-GMP level was significantly increased in the PnifH-DGCOE bacteroids and free-living cells of PaapJ-DGCOE compared to ∆mucR2 (Fig. 1F; P values < 0.01): 0.22 (bacteroids), 8.7 (Log phase), and 8.6 (stationary phase) pmol/μg protein (Fig",,
891,,ho1-1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12561041,28.3,percent decrease in nitrogenase activity,assay reported without a usable scale,ho1-1 exhibited a 15.7% reduction in nodule number and a 28.3% decrease in nitrogenase activity,,
892,,ho1lb123-1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12561041,17.1,percent reduction in nodule number,assay reported without a usable scale,the quadruple mutant exhibited a further 17.1% reduction in nodule number compared with lb123-1,,
893,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,2,kg N per hectare per day,symbiotic assay; the microbial symbiont is the fixing partner,fixation rates of 2–4 kg N per hectare per day have been reported,,
894,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,30,kg N ha-¹ per season,symbiotic assay; the microbial symbiont is the fixing partner,Azolla contributes 30–60 kg N ha-¹ per season via biological nitrogen fixation,,
895,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,60,kg N ha-¹ per season,symbiotic assay; the microbial symbiont is the fixing partner,Azolla contributes 30–60 kg N ha-¹ per season via biological nitrogen fixation,,
896,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,1.1,kg N ha-¹ day-¹,symbiotic assay; the microbial symbiont is the fixing partner,Azolla fixes 1.1–3.5 kg N ha-¹ day-¹,,
897,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,3.5,kg N ha-¹ day-¹,symbiotic assay; the microbial symbiont is the fixing partner,Azolla fixes 1.1–3.5 kg N ha-¹ day-¹,,
898,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,40,kg N ha-¹ per cycle,symbiotic assay; the microbial symbiont is the fixing partner,it supplies 40–60 kg N ha-¹ per cycle,,
899,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,52.5,kg N ha-¹,symbiotic assay; the microbial symbiont is the fixing partner,inoculation with 16.5–17.5 t fresh weight ha-¹ fixes 52.5–55.1 kg N ha-¹,,
900,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,55.1,kg N ha-¹,symbiotic assay; the microbial symbiont is the fixing partner,inoculation with 16.5–17.5 t fresh weight ha-¹ fixes 52.5–55.1 kg N ha-¹,,
901,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,33.8,kg N ha-¹,symbiotic assay; the microbial symbiont is the fixing partner,12.2 t dry matter ha-¹ provides 33.8 kg N ha-¹,,
902,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,20,kg N/ha,symbiotic assay; the microbial symbiont is the fixing partner,"Azolla forms a thick mat that decomposes into the soil, supplying 20–40 kg N/ha",,
903,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,40,kg N/ha,symbiotic assay; the microbial symbiont is the fixing partner,"Azolla forms a thick mat that decomposes into the soil, supplying 20–40 kg N/ha",,
904,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,30,kg N/ha per cycle,symbiotic assay; the microbial symbiont is the fixing partner,"it releases nitrogen to support rice growth throughout the crop cycle, providing approximately 30 kg N/ha per cycle",,
905,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,128,kg N/ha in 50 days,symbiotic assay; the microbial symbiont is the fixing partner,A. filiculoides fixing 128 kg N/ha in 50 days,,
906,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,0.3,kg N/ha/day,symbiotic assay; the microbial symbiont is the fixing partner,A. pinnata fixing 0.3–0.6 kg N/ha/day,,
907,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,0.6,kg N/ha/day,symbiotic assay; the microbial symbiont is the fixing partner,A. pinnata fixing 0.3–0.6 kg N/ha/day,,
908,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,1.8,kg N/ha/day,symbiotic assay; the microbial symbiont is the fixing partner,A. africana fixing 0.6–1.8 kg N/ha/day,,
909,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,50,kg N ha-¹,symbiotic assay; the microbial symbiont is the fixing partner,Basal applications of 10–12 t ha-¹ increased soil N by 50–60 kg ha-¹,,
910,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,60,kg N ha-¹,symbiotic assay; the microbial symbiont is the fixing partner,Basal applications of 10–12 t ha-¹ increased soil N by 50–60 kg ha-¹,,
911,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12569520,50,kg N ha-¹,symbiotic assay; the microbial symbiont is the fixing partner,adding 500 kg/ha of green Azolla has been reported to raise soil nitrogen by 50 kg/ha,,
912,,soybean nodules,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12573639,0,nmol C2H4 h-1 nodule-1,a zero is present in the quote beside assay context,"The ARA indicated that symbiotic nitrogen fixation activity depended on the plant growth phase and nodule size, as reported by previous studies (Figure 1, raw data in Supplementary Table S1) (Tajima et al. 2007). Larger nodules exhibited hi",,
913,,WT,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12575086,177.25,nmol C2H4 mg protein−1 h−1,accepted quantitative rate,WT | Nitrogenase activity (nmol C2H4 mg protein−1 h−1) | 177.25 ± 8.02 | 24 h | Oxic,,
914,,WT,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12575086,161.25,nmol C2H4 mg protein−1 h−1,accepted quantitative rate,WT | Nitrogenase activity (nmol C2H4 mg protein−1 h−1) | 161.25 ± 0.51 | 48 h | Oxic,,
915,,WT,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12575086,211.25,nmol C2H4 mg protein−1 h−1,accepted quantitative rate,WT | Nitrogenase activity (nmol C2H4 mg protein−1 h−1) | 211.25 ± 3.25 | 24 h | Anoxic,,
916,,WT,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12575086,175.5,nmol C2H4 mg protein−1 h−1,accepted quantitative rate,WT | Nitrogenase activity (nmol C2H4 mg protein−1 h−1) | 175.50 ± 0.52 | 48 h | Anoxic,,
917,,ΔrebA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12575086,185.75,nmol C2H4 mg protein−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrebA | Nitrogenase activity (nmol C2H4 mg protein−1 h−1) | 185.75 ± 0.25 | 24 h | Oxic,,
918,,ΔrebA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12575086,158.25,nmol C2H4 mg protein−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrebA | Nitrogenase activity (nmol C2H4 mg protein−1 h−1) | 158.25 ± 0.41 | 48 h | Oxic,,
919,,ΔrebA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12575086,205.25,nmol C2H4 mg protein−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrebA | Nitrogenase activity (nmol C2H4 mg protein−1 h−1) | 205.25 ± 4.07 | 24 h | Anoxic,,
920,,ΔrebA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12575086,174.25,nmol C2H4 mg protein−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrebA | Nitrogenase activity (nmol C2H4 mg protein−1 h−1) | 174.25 ± 1.03 | 48 h | Anoxic,,
921,,wheat plants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12576470,0.0,μmol Ethylene per gram of dry rhizospheric soil per hour,explicit negative statement: 'No',No nitrogenase activity was detected in soil associated with the roots of plants (either WT or CRISPR) grown at 100% N conditions.,,
922,,wheat plants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12576470,0.0,μmol Ethylene per gram of dry rhizospheric soil per hour,explicit negative statement: 'No',No nitrogenase activity was detected in soil associated with the roots of plants (either WT or CRISPR) grown at 100% N conditions.,,
923,,wheat plants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12576470,0.0,μmol Ethylene per gram of dry rhizospheric soil per hour,explicit negative statement: 'No',No nitrogenase activity was detected in soil associated with the roots of plants (either WT or CRISPR) grown at 100% N conditions.,,
924,,nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12577044,1.4,times,symbiotic assay; the microbial symbiont is the fixing partner,nitrogenase increased 1.4 times,,
925,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12577044,1.5,times,assay reported without a usable scale,"biological nitrogen fixation, 1.5-fold in ureides",,
926,,nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12577044,1.4,times,symbiotic assay; the microbial symbiont is the fixing partner,nitrogenase increased 1.4 times,,
927,,nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12577044,1.4,times,symbiotic assay; the microbial symbiont is the fixing partner,nitrogenase increased 1.4 times,,
928,398.0,Rhizobium tropici mutant CAP45,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12579995,463,nmol P·g-1 bacteroid dry wt-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","After a 120 min labelling period, 32Pi acquisition totaled 499 ± 51 and 463 ± 55 nmol P·g-1 bacteroid dry wt-1 for AP- and CIAT899, respectively",,
929,,B. subtilis H38,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12596712,380,CPM,nitrogenase purified from this organism,The nifH gene (nitrogenase reductase) | Control (C) (CPM) | Biological variant (BS) (CPM) B. subtilis H38 | P-value (LEfSe) | 150 ± 25 | 380 ± 55 | <.001,,
930,,"Rhizobium spp., Pantoea spp., Enterobacter spp., Bacillus spp.",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12608750,10,"percent increase in shoot, root, and stem biomass",co-culture assay; which member fixed is not resolved,"IAA production; nitrogen fixation | 10–35% increase in shoot, root, and stem biomass",,
931,,"Rhizobium spp., Pantoea spp., Enterobacter spp., Bacillus spp.",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12608750,35,"percent increase in shoot, root, and stem biomass",co-culture assay; which member fixed is not resolved,"IAA production; nitrogen fixation | 10–35% increase in shoot, root, and stem biomass",,
932,,Bacillus spp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12608750,10,"percent increase in shoot, root, and stem biomass",assay measured; denominator or scale lost,"Increased nitrogen accumulation; improved photosynthesis & transpiration | 10–35% increase in shoot, root, and stem biomass",,
933,,Bacillus spp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12608750,35,"percent increase in shoot, root, and stem biomass",assay measured; denominator or scale lost,"Increased nitrogen accumulation; improved photosynthesis & transpiration | 10–35% increase in shoot, root, and stem biomass",,
934,,Bacillus spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12608750,20,percent increase in root and shoot,assay reported without a usable scale,Phytohormone production; phosphate solubilisation | >20% increase in root and shoot; 50–160% increase in photosynthetic pigment,,
935,,Bacillus spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12608750,50,percent increase in photosynthetic pigment,assay reported without a usable scale,Phytohormone production; phosphate solubilisation | >20% increase in root and shoot; 50–160% increase in photosynthetic pigment,,
936,,Bacillus spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12608750,100,percent increase in germination rate,assay reported without a usable scale,Phytohormone production; phosphate solubilisation; ACC deaminase production | 100% increase in germination rate,,
937,,"Azospirillum, Acetobacter, Trichoderma",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12608750,50,percent improved germination,assay reported without a usable scale,Enhanced nutrient acquisition via P solubilisation | ~50% improved germination; increased grain yield,,
938,,Bacillus spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12608750,70,percent disease reduction,assay reported without a usable scale,Direct competition with pathogenic fungi for root colonisation | 70–100% disease reduction;,,
939,,Bacillus spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12608750,100,percent disease reduction,assay reported without a usable scale,Direct competition with pathogenic fungi for root colonisation | 70–100% disease reduction;,,
940,,soybean plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12611040,49,percent,assay reported without a usable scale,A significant reduction of 49% was observed between the control treatment (0 mL kg−1) of HV and the 2 mL kg−1 dose of LV plants.,,
941,,B. aryabhattai M2C,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12623088,330,nmol C2H4 h−1 mL−1,assay measured; denominator or scale lost,"Time period analysis from 8 to 72 h showed a significant increase in nitrogenase activity, rising from 36 to 330 nmol C2H4/h/mL",,
942,,MSSRF30T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12625758,10.37,nmol C2H4 h-1 mg-1,accepted quantitative rate,nif gene cluster 1 | Nitrogenase iron protein | nifH | 10.37 | 2.49E−13,,
943,3469813.0,microbial consortium,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC12627694,32,percent yield,assay reported without a usable scale,the microbial consortium enhanced yield by 32%,unusable,not_a_single_microbial_species
944,3469813.0,microbial consortium,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC12627694,62,percent root nodulation,assay reported without a usable scale,the microbial consortium enhanced root nodulation by 62%,unusable,not_a_single_microbial_species
945,3469813.0,microbial consortium,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC12627694,55,percent biological nitrogen fixation potential,co-culture assay; which member fixed is not resolved,enhancing potential BNF55,unusable,not_a_single_microbial_species
946,,urea,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12627694,46,percent grain yield,assay reported without a usable scale,urea increased grain yield by 46%,,
947,,urea,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12627694,41,percent biomass,assay reported without a usable scale,urea increased biomass by 41%,,
948,2795428.0,Crateriforma sp. HD03,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12628686,14.2,nmol C2H4/(10⁷ cells)/h,accepted quantitative rate,Strain HD03 harbors a complete nifHDKBEN gene cluster and exhibits a remarkable nitrogen fixation rate of 14.2 ± 1.5 nmol C2H4/(10⁷ cells)/h under aerobic conditions.,,
949,2795428.0,Crateriforma sp. HD03,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12628686,13.1,nmol C2H4/(10⁷ cells)/h,accepted quantitative rate,"ARA measurements ranging from 13.1 ± 0.6 to 14.2 ± 1.5 nmol C2H4/(10⁷ cells)/h, demonstrating its ability to mitigate oxygen stress during aerobic nitrogen fixation.",,
950,,nodule cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12639749,18.35,percent of nodules showing complete GUS staining,assay reported without a usable scale,only 18.35% of overexpression CDKB1;1 nodules showed complete GUS staining,,
951,,nodule cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12639749,29.36,percent of nodules exhibiting staining only in infection zon,assay reported without a usable scale,29.36% exhibited staining only in infection zones,,
952,,nodule cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12639749,52.29,percent of nodules with no GUS expression,assay reported without a usable scale,"the GUS reporter driven by the nifH promoter was not expressed in overexpression CDKB1;1 nodules, accounting for 52.29%",,
953,,nodule cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12639749,26.17,percent of nodules with uniform GUS staining,assay reported without a usable scale,26.17% showed uniform GUS staining,,
954,,nodule cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12639749,33.64,percent of nodules with staining only in infection and diffe,assay reported without a usable scale,33.64% displayed staining only in the infection and differentiation zones,,
955,,nodule cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12639749,40.19,percent of nodules with no GUS staining,assay reported without a usable scale,40.19% were completely no GUS staining,,
956,,nodule cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12639749,12.52,percent reduction in pink nodules,assay reported without a usable scale,only a 12.52% reduction in pink nodules,,
957,,nodule cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12639749,6.32,percent increase in partially pink nodules,assay reported without a usable scale,alongside a 6.32% increase in partially pink,,
958,,nodule cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12639749,8.2,percent increase in white nodules,assay reported without a usable scale,and a 8.2% increase in white nodules,,
959,,soybean nodules,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12647401,0,µmol C2H4 g-1 h-1,a zero is present in the quote beside assay context,"The nitrogenase activity of nodules was assessed using acetylene reduction assays, as described by Siczek and Lipiec (2011). Specifically, two or three large nodules were excised from a single plant root and placed in a 10-mL bottle sealed ",,
960,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12653914,17,percent,assay reported without a usable scale,"During flowering, undisturbed soil with intact mycelium increased nitrogen fixation by 17% compared to disturbed soil, regardless of the AMF species involved.",,
961,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12653914,45,percent,assay reported without a usable scale,co-inoculation of a native Bradyrhizobium isolate (BspARI#1) and a commercial AMF mixture ... resulted in a 45–65% increase in shoot biomass,,
962,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12653914,65,percent,assay reported without a usable scale,co-inoculation of a native Bradyrhizobium isolate (BspARI#1) and a commercial AMF mixture ... resulted in a 45–65% increase in shoot biomass,,
963,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12653914,30,percent,assay reported without a usable scale,30% more nodules were observed than with Gigaspora margarita or bacteria alone,,
964,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,39,percent recovery of activity,assay reported without a usable scale,"NifMc, which contains the entire PpiC domain, exhibited only 39% recovery of activity",,
965,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,80,percent recovery of activity,assay reported without a usable scale,"the activity was significantly restored, reaching 80%",,
966,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the activity observed from intact nifM was assigned as 100%,,
967,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
968,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
969,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
970,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
971,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
972,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
973,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
974,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
975,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
976,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
977,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
978,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
979,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
980,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
981,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
982,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
983,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
984,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
985,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
986,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
987,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
988,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
989,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
990,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
991,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
992,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
993,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
994,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
995,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
996,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
997,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
998,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
999,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
1000,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
1001,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
1002,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
1003,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
1004,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the ARA observed from intact nifH under nifM+ conditions was set to 100%,,
1005,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12691677,100,percent recovery of activity,assay reported without a usable scale,the A0 observed from intact nifH under nifM+ conditions was set to 100%,,
1006,2709365.0,Sodalinema sp. P-1104,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12694226,0.44,µmol C2H4·g−1 dry weight·h−1,accepted quantitative rate,The 24 h ARR in the control variant incubated in a light/dark regime without DCMU and/or sulfide was 0.44 ± 0.27 µmol C2H4·g−1 dry weight·h−1,,
1007,2709365.0,Sodalinema sp. P-1104,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12694226,0.02,µmol C2H4·g−1 dry weight·h−1,accepted quantitative rate,The addition of 7 µM DCMU almost completely inhibited AR (0.02 ± 0.02 µmol C2H4·g−1 dry weight·h−1),,
1008,2709365.0,Sodalinema sp. P-1104,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12694226,0.99,µmol C2H4·g−1 dry weight·h−1,accepted quantitative rate,"The addition of 4 mM sulfide stimulated AR by up to threefold compared to the control, reaching 0.99 ± 0.71 µmol C2H4·g−1 dry weight·h−1",,
1009,2709365.0,Sodalinema sp. P-1104,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12694226,0.24,µmol C2H4·g−1 dry weight·h−1,accepted quantitative rate,"The addition of sulfide to DCMU-inhibited culture initiated AR activity, although the ARR was significantly lower compared to the control (0.24 ± 0.06 µmol C2H4·g−1 dry weight·h−1)",,
1010,2709365.0,Sodalinema sp. P-1104,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12694226,1.53,µmol C2H4·g−1 dry weight·h−1,accepted quantitative rate,"Overall, sulfide addition stimulated AR activity by up to four times (from 0.44 to 1.53 µmol C2H4·g−1 dry weight·h−1)",,
1011,,S. platensis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12709093,93,percent,assay reported without a usable scale,"Silver nanoparticles can act as catalysts for the decomposition of methylene blue dye under UV-H2O2 (20 mg L−1) to less than 4 h, with dye removal of 18% in this time span.175A. variabilis and S. platensis were used for the synthesis of sil",,
1012,,A. variabilis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12709093,82,percent,assay reported without a usable scale,"Silver nanoparticles can act as catalysts for the decomposition of methylene blue dye under UV-H2O2 (20 mg L−1) to less than 4 h, with dye removal of 18% in this time span.175A. variabilis and S. platensis were used for the synthesis of sil",,
1013,,Microchaete NCCU 342,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12709093,84.6,percent,assay reported without a usable scale,"Ag NPs were re-inoculated in growth of Triticum aestivum L., Giza 171 seedlings to compare the apparent nontoxicity of Ag NPs toward environmental system with its safety for agricultural purposes.122 AgNPs with cell free aqueous cyanobacter",,
1014,,Dundas,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12709944,41.4,μmol N2 h-1,symbiotic assay; the microbial symbiont is the fixing partner,"the measured radioactivity concentrations were 4.4, 2.8 and 28.1 MBq/mm3 for Gaillard, Woodstock and Dundas, respectively. These values approximate the total amount of [13N]N2 assimilated by plant root nodules during a 3-min exposure to [13",,
1015,,Woodstock,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12709944,5.2,μmol N2 h-1,symbiotic assay; the microbial symbiont is the fixing partner,"the measured radioactivity concentrations were 4.4, 2.8 and 28.1 MBq/mm3 for Gaillard, Woodstock and Dundas, respectively. These values approximate the total amount of [13N]N2 assimilated by plant root nodules during a 3-min exposure to [13",,
1016,,Gaillard,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12709944,7.1,μmol N2 h-1,symbiotic assay; the microbial symbiont is the fixing partner,"the measured radioactivity concentrations were 4.4, 2.8 and 28.1 MBq/mm3 for Gaillard, Woodstock and Dundas, respectively. These values approximate the total amount of [13N]N2 assimilated by plant root nodules during a 3-min exposure to [13",,
1017,,Thermodesulfobacteriota,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12711143,5.5,fold change in mean relative abundance (non-hypoxic/hypoxic),assay reported without a usable scale,The relative abundance of the nitrogenase gene nifH was significantly higher (5.5-fold) in hypoxic waters (3.53) compared to non-hypoxic waters (0.64; Figure 6).,,
1018,,cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12713642,35,% of the fixed nitrogen,assay reported without a usable scale,nitrogen-fixing cyanobacteria in the Sphagnum phyllosphere can convert atmospheric N₂ into ammonium via nitrogenase activity and transfer up to 35% of the fixed nitrogen to Sphagnum in exchange for photosynthates,,
1019,1849840.0,Methylosinus sp. 3S-1,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12727197,72.2,atom% excess,assay reported without a usable scale,"In the culture with an initial O2 concentration of 2%, it increased to 72.2 atom% excess at 18‍ ‍h from a natural abundance level",,
1020,1849840.0,Methylosinus sp. 3S-1,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12727197,30.5,atom% excess,assay reported without a usable scale,"In an extension to 96 h, the 15N concentration reached 30.5 atom% excess (Table 1)",,
1021,418.0,Methylomonas sp.,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12727199,1,nifHDK,"value cited to another paper; fixation asserted, attribution belongs elsewhere",nifHDK | 1 | 1 | 1 | 1,,
1022,1911079.0,Methylocystis sp.,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12727199,1,nifHDK,"value cited to another paper; fixation asserted, attribution belongs elsewhere",nifHDK | 1 | 1 | 1 | 1,,
1023,427.0,Methylosinus sp.,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12727199,1,nifHDK,"value cited to another paper; fixation asserted, attribution belongs elsewhere",nifHDK | 1 | 1 | 1 | 1,,
1024,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12735157,31.37,µmol CO2 m−2 s−1,symbiotic assay; the microbial symbiont is the fixing partner,"net carbon assimilation rate (A), plants under the complete treatment (31.37 µmol CO2 m−2 s−1) showed higher and significantly different averages compared with the total control (24.76 µmol CO2 m−2 s−1).",,
1025,,Ni2P@N‐C,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,77.78,%,assay reported without a usable scale,Ni2P@N‐C | Ammonia concentration | AOR rate | HER rate | Potential | Ref. | 0.5 M‐EC | 77.78% | 2.1 mmol h−1 cm−2 | 1.6 VRHE‐8 h | [163],,
1026,,NiCu3‐NC,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,99.16,%,assay reported without a usable scale,NiCu3‐NC | Ammonia concentration | AOR rate | HER rate | Potential | Ref. | 700 mg L−1 ‐EC | 99.16% | N/A | 1.5 VRHE‐5 h | [167],,
1027,,NiCu,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,80,%,assay reported without a usable scale,NiCu | Ammonia concentration | AOR rate | HER rate | Potential | Ref. | 1100 ppm‐EC | 80% | N/A | 1.3 V‐14 h | [168],,
1028,,NiCuFe,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,90,%,assay reported without a usable scale,NiCuFe | Ammonia concentration | AOR rate | HER rate | Potential | Ref. | 0.05 M‐EC | 90% | N/A | 0.55 VSCE‐12 h | [169],,
1029,,LaNi0.5Cu0.5O3‐ δ,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,100,%,assay reported without a usable scale,LaNi0.5Cu0.5O3‐ δ | Ammonia concentration | AOR rate | HER rate | Potential | Ref. | 2210 ppm‐EC | 100% | N/A | 1.23 V‐100 h | [170],,
1030,,CuO‐TiNTAs,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,50.1,%,assay reported without a usable scale,CuO‐TiNTAs | Ammonia concentration | AOR rate | HER rate | Potential | Ref. | 500 mg L−1 ‐PEC | 50.1% | 19.6 µmol cm−2 h−1 | 1 V‐2 h | [173],,
1031,,BiVO4/WO3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,99.3,%,assay reported without a usable scale,BiVO4/WO3 | Ammonia concentration | AOR rate | HER rate | Potential | Ref. | 10 mg L−1 ‐PEC | 99.3% | N/A | 0 V‐2 h | [177],,
1032,,FePi/Fe2O3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,54.4,%,assay reported without a usable scale,FePi/Fe2O3 | Ammonia concentration | AOR rate | HER rate | Potential | Ref. | 500 ppm‐PEC | 54.4% | N/A | 1.23 VRHE‐3 h | [14],,
1033,,α‐Fe2O3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,81,%,assay reported without a usable scale,α‐Fe2O3 | Ammonyia concentration | AOR rate | HER rate | Potential | Ref. | 0.1 M‐PEC | 81%‐FE | N/A | 1 VRHE‐2 h | [178],,
1034,,Cu/BiVO4,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12752660,93,%,assay reported without a usable scale,Cu/BiVO4 | Ammonia concentration | AOR rate | HER rate | Potential | Ref. | 0.2 M‐PEC | 93%‐FE | 120 µmol cm−2 h−1 | 1.23 VRHE | [180],,
1035,,ANME–SRB consortia,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12753302,9.89,×107 copies/g,assay measured; denominator or scale lost,dsrB gene reached its highest abundance at 9.89 × 107 copies/g in active-site samples,,
1036,,Fe(N2)(dibpe)2,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12759171,51,percent electron yield,assay reported without a usable scale,mixtures of NH3 and N2H4 being obtainable with electron yields up to 51%,,
1037,,NFBs + EcCMC,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12772082,16.2,nmol/min/g,co-culture assay; which member fixed is not resolved,the nitrogenase activity of the NFBs + EcCMC group was significantly higher than the control and NFBs + EcM groups (16.2 nmol/min/g versus 10.8 ~ 11.3 nmol/min/g),,
1038,,NFBs + EcCMC,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12772082,23.86,nmol/min/g,co-culture assay; which member fixed is not resolved,the NFBs + EcCMC group exhibited > 0.259-fold higher nitrogenase activity (23.86 versus < 18.95 nmol/min/g,,
1039,,NFBs + EcCMC,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12772082,509.2,mg/kg,co-culture assay; which member fixed is not resolved,the NFBs + EcCMC group had > 0.529-fold higher TN (509.2 versus < 333.1 mg/kg,,
1040,,NFBs + EcCMC,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12772082,29.71,mg/kg,co-culture assay; which member fixed is not resolved,the NFBs + EcCMC group had > 0.164-fold high SOM (29.71 versus 25.52 mg/kg,,
1041,119828.0,Hedysarum polybotrys,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC12781901,38.28,U/g,symbiotic assay; the microbial symbiont is the fixing partner,"The nitrogenase activity in root nodules was 38.28±0.70 U/g, demonstrated strong nitrogen-fixing activity.",unusable,not_a_single_microbial_species
1042,,GmGID1-2 KO lines,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12782893,16.69,percent,assay reported without a usable scale,"the nitrogenase activity in nodules (Figure 4E), ureide content in stems (Figure 4F), and total nitrogen content in shoots (Figure 4G) increased on average by 16.69%, 34.99%, and 20.96%, respectively, in GmGID1-2 KO lines compared to Willia",,
1043,,GmGID1-2 KO lines,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12782893,34.99,percent,assay reported without a usable scale,"the nitrogenase activity in nodules (Figure 4E), ureide content in stems (Figure 4F), and total nitrogen content in shoots (Figure 4G) increased on average by 16.69%, 34.99%, and 20.96%, respectively, in GmGID1-2 KO lines compared to Willia",,
1044,,GmGID1-2 KO lines,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12782893,20.96,percent,assay reported without a usable scale,"the nitrogenase activity in nodules (Figure 4E), ureide content in stems (Figure 4F), and total nitrogen content in shoots (Figure 4G) increased on average by 16.69%, 34.99%, and 20.96%, respectively, in GmGID1-2 KO lines compared to Willia",,
1045,35554.0,Geobacter sulfurreducens PCA,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12782938,20.6,mg N L⁻¹ day⁻¹,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",the removal of the ammonium transporter gene amtB resulted in a strain (ΔamtB) exhibiting an unprecedented biological nitrogen fixation rate (~20.6 mg N L⁻¹ day⁻¹),,
1046,354.0,Azotobacter vinelandii,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12786739,80,percent cellular uptake,assay reported without a usable scale,"Koh et al., who provided direct evidence that InP/ZnSe QDs are efficiently internalized by Azotobacter vinelandii during cultivation, achieving over 80% cellular uptake",,
1047,,Jeevamrit,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12791043,12.3,kg N ha−1,assay reported without a usable scale,"available N increased by 12.3% over controls, especially in T1 and T4 (224–225 kg ha−1)",,
1048,,MAG26,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12815268,0,not applicable,explicit negative statement: 'not',"MAG26 was not only highly enriched in the Milyang360 environment but, critically, its genome revealed a remarkable metabolic versatility. As a dominant contributor to the community-wide abundance of both the particulate methane monooxygenas",,
1049,263511.0,Crocosphaera watsonii,exact_name,claim,T4,positive,True,corpus_fulltext,PMC12815713,0.0006,pmol N/cell/h,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Treatment condition | Maximum nitrogen fixation rate (pmol N/cell/ h) | Calculated optimum temperature for nitrogen fixation (°C) | Experimental optimum temperature for nitrogen fixation (°C) | Calculated thermal niche width (°C) | Experime,,
1050,,V. diazotrophicus NS1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12838380,16.3,µmol NH4+ released,assay measured; denominator or scale lost,Vdi_1-mediated cell lysis leads to the release of 6 µmol of DOC and 16.3 µmol of NH₄+ from 2 × 109 cells,,
1051,1406.0,Paenibacillus polymyxa WLY78,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12843690,3479,nmol C2H4/mg protein/h,accepted quantitative rate,Paenibacillus polymyxa WLY78 (positive control) had nitrogenase activity with 3479 (nmol C2H4/mg protein/h),,
1052,,strain BL-9T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12843690,4802,nmol C2H4/mg protein/h,accepted quantitative rate,Strain BL-9T exhibited nitrogenase activity with 4802 (nmol C2H4/mg protein/h),,
1053,1076.0,Rhodopseudomonas palustris 42OL,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12844077,0.47,L H2 per liter of substrate,assay measured; denominator or scale lost,"the highest yields were achieved with selected light (SL) at wavelengths corresponding to the absorption peaks of the PNSB BChls, with an average yield of 0.47 L of H2 per liter of substrate (±0.007)",,
1054,,N13,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,334,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1055,,N12,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,334,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1056,,N7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,334,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1057,,N3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,334,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1058,,N5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,334,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1059,,N13,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,391,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1060,,N12,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,391,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1061,,N7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,391,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1062,,N3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,391,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1063,,N5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12844418,391,pg·mL−1,assay measured; denominator or scale lost,"strains N13, N12, N7, N3, and N5 had significantly higher levels (p < 0.001), with contents ranging from 334 to 391 pg/mL",,
1064,,"Gluconacetobacter diazotrophicus, Herbaspirillum seropedicae, H. rubrisubalbican",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12844845,29,percent of nitrogen requirement in sugarcane,assay reported without a usable scale,"The consortia comprising Gluconacetobacter diazotrophicus, Herbaspirillum seropedicae, H. rubrisubalbicans, Azospirillum amazonense, and Burkholderia spp. contribute around 29% of the nitrogen requirement in sugarcane",,
1065,,∆FR nin,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12857730,0,nmol C2H4 h-1,explicit negative statement: 'absence of',Acetylene reduction activity (ARA) of WT and ∆FR nin plants at 21 dai. WT plants inoculated with ∆NifH rhizobia were controls for the absence of nitrogen fixation.,,
1066,1126833.0,Paenibacillus beijingensis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12864439,27,percent,assay reported without a usable scale,"co-inoculation significantly promoted wheat growth, particularly increasing root nitrogen and phosphorus accumulation in wheat roots by 27% and 63%, respectively",,
1067,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12864439,40,percent,assay reported without a usable scale,inoculation with Bradyrhizobium japonicum enhanced soybean nitrogen accumulation by approximately 40% through symbiotic nitrogen fixation,,
1068,562.0,E. coli JM109/pUC-P(IM2-2)-nif(IM2-2),binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12873634,30,nmol-C2H4 h-1 (mg-protein)-1,nitrogenase purified from this organism,the combination of P(IM2-2) with the nif operon from the strain Hino demonstrated an acetylene reduction specific activity of 30 ± 3 nmol-C2H4 h-1 (mg-protein)-1 in E. coli,,
1069,1501.0,Clostridium pasteurianum (CpI),binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC12874204,21000,s-1,nitrogenase purified from this organism,electrochemically measured turnover frequencies of up to 21000 ± 12000 s–1 have been reported for the [FeFe]-hydrogenase from Clostridium acetobutylicum (CaHydA).,,
1070,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12889111,3.7,fold higher nitrogenase efficiency,assay reported without a usable scale,the nifH gene repertoire of the enriched Bradyrhizobium OTUs (n = 9) predicts a 3.7-fold higher nitrogenase efficiency compared to low‐elevation conspecifics,,
1071,1355477.0,Bradyrhizobium diazoefficiens USDA110,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC12899959,1.8,fold increase in ARA activity,assay reported without a usable scale,"Nitrogenase activity, measured using the acetylene reduction assay (ARA), was significantly enhanced in co-inoculated plants [80]. For example, the S141 plus USDA110 treatment showed a 1.8-fold increase in ARA activity compared with USDA110",,
1072,1355477.0,Bradyrhizobium diazoefficiens USDA110,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC12899959,9.7,% increase in seed yield,assay reported without a usable scale,"Soybean plants coinoculated with S141 and Bradyrhizobium strains produced more nodules, exhibited higher nitrogen fixation rates, and achieved seed yield increases ranging from 9.7% to 43.6% compared to controls [74].",,
1073,1355477.0,Bradyrhizobium diazoefficiens USDA110,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC12899959,43.6,% increase in seed yield,assay reported without a usable scale,"Soybean plants coinoculated with S141 and Bradyrhizobium strains produced more nodules, exhibited higher nitrogen fixation rates, and achieved seed yield increases ranging from 9.7% to 43.6% compared to controls [74].",,
1074,,soybean,host_plant_or_common_name,assay_direct,T1,negative,True,corpus_fulltext,PMC12906803,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"there were no significant differences in the number of nodules, nodule weight, or nitrogenase activity between the WT and sst1 mutants",,
1075,,Desulforhopalus,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12908670,1.3,× 10^4 fold,assay reported without a usable scale,relative expression of the TPh-RDase gene increased up to 1.30 (± 0.16) × 10^4 folds compared to the control to which no organohalide was added,,
1076,,Desulforhopalus,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12908670,3.04,× 10^3 fold,assay reported without a usable scale,"expression of genes encoding the respiratory RDases, i.e. RDase-1 and RDase-2 of bin.3, and RDase of bin.4, increased by 3.04 (± 0.29) × 10^3, 2.63 (± 0.24) × 10^3, and 1.65 (± 0.20) × 10^3 folds, respectively",,
1077,,non-cyanobacterial diazotrophs (NCDs),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12909479,0,copies per mL,explicit negative statement: 'non-',qPCR analysis targeting NCD-specific nifH genes confirmed the presence of non-cyanobacterial diazotrophs in the Amundsen Sea.,,
1078,,Klebsiella spp.,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12923410,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'Not',"Klebsiella spp. | Tenebrio molitor (Coleoptera: Tenebrionidae: Tenebrio) | gut | + | - | - | - | - | - | - | - | - | + | Not tested | PCR, RT-PCR nitrogenase gene nifH | [246]",,
1080,,AtFD1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,14,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1081,,AtFD2,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,14,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1082,,ZmFDI,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,14,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1083,,ZmFDII,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,14,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1084,,OsFD1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,14,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1085,,TaFD4,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,14,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1086,,AtFD3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,13.7,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1087,,ZmFDIII,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,14,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1088,,OsFD4,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,14,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1089,,AtMFD1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,14,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1090,,AtFD3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12929197,13.7,Å,assay reported without a usable scale,"The average cofactor distances for most plant ferredoxins found in the chloroplast, root plastid, or mitochondria were greater than 14 Å (Figure 2 and Table S3). The exception being the mitochondrial ferredoxin, AtMFD2, which had a cofactor",,
1091,,Nitrogen fixation (nitrogenase activity),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12940301,65,nmol C2H4 h-1 mg-1,assay reported without a usable scale,"In soybeans exposed to elevated CO2 levels, SiO2 NPs increased nodule number by approximately 48%, nodule biomass by around 54%, and nitrogenase activity by about 65% compared to plants grown under ambient conditions",,
1092,,Nitrogen fixation (nitrogenase activity),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12940301,70,percent,symbiotic assay; the microbial symbiont is the fixing partner,Salinity: >100 mM NaCl reduces nitrogenase activity by 60–70%,,
1093,,Mtumamit14/17/36 mutants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12961248,41,percent,assay reported without a usable scale,ANA was reduced by as much as 41% in the mutants,,
1094,,Mtumamit14/17/36 mutants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12961248,82,percent,assay reported without a usable scale,reductions in overall plant (up to 82%) and nodule biomass (up to 60%),,
1095,,Mtumamit14/17/36 mutants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12961248,52,percent,assay reported without a usable scale,leghaemoglobin content declined to 52% compared with wild-type plants,,
1096,,triple mutants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12961248,86,percent,assay reported without a usable scale,Asn levels in leaves of the mutants decreased by up to 86%,,
1097,,triple mutants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12961248,78,percent,assay reported without a usable scale,Asn content in nodules was reduced by up to 78%,,
1098,,"Rhodobacter sphaeroides, R. palustris",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12974577,5,mol H2 mol−1 substrate,assay measured; denominator or scale lost,"PF | Light-driven VFA conversion via nitrogenase | Acetate, lactate, butyrate | Rhodobacter sphaeroides, R. palustris | 5–9 | High theoretical yield, uses DF byproducts | Light-dependent, oxygen-sensitive enzymes | 52 and 56",,
1099,,"Rhodobacter sphaeroides, R. palustris",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12974577,9,mol H2 mol−1 substrate,assay measured; denominator or scale lost,"Photofermentation (PF), by contrast, is a light-driven biological process that utilises purple non-sulfur bacteria like Rhodobacter sphaeroides and Rhodopseudomonas palustris to convert VFAs (produced during DF) into hydrogen. The theoretic",,
1100,,Mixed microbial consortia,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12974577,5.0,mol H2 mol−1 substrate,assay measured; denominator or scale lost,"Combined DF + PF | Two-stage system: DF generates VFAs, PF converts to H2 | Food/agro-waste, wastewater | Mixed microbial consortia | 5.0–6.5 | Maximised yield, improved waste valorisation | Complex operation, increased HRT | 52 and 57",,
1101,,Mixed microbial consortia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12974577,6.5,mol H2 mol−1 substrate,co-culture assay; which member fixed is not resolved,"Coupling DF and PF (DF + PF) in hybrid reactors has been shown to improve substrate utilisation and cumulative hydrogen yields, with total yields reaching 5–6.5 mol H2 per mol substrate.",,
1102,3024399.0,Cupriavidus phytorum LMG 19430,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC12982536,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"The type strain of C. phytorum cannot fix nitrogen or nodulate, and no information on either activity is found in its genome sequence. Still, the reference strain C. phytorum LMG 19,430 can, as previously described9. C. consociatus containe",,
1103,2821357.0,Cupriavidus consociatus,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC12982536,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"C. consociatus contained nitrogen fixation and nodulation information in its genome sequences; however, no nitrogen fixation was detected in the culture medium or nodules.",,
1104,,P. phymatum STM815T wild-type,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12985286,43,percent increase in nitrogenase activity,assay reported without a usable scale,Plants infected with the pelB mutant developed fewer but larger nodules and exhibited a 43% increase in nitrogenase activity,,
1105,,P. phymatum STM815T pelB mutant,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12985286,43,percent increase in nitrogenase activity,assay reported without a usable scale,nodule formed by the pelB mutant exhibited 43% higher N2 fixation than those induced by the wild type or the complemented mutant strain,,
1106,,GAU-93,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,45.76,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,GAU-93 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 45.76 ± 6.92 bc,,
1107,,GAU-123,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,26.94,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,GAU-123 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 26.94 ± 2.08 c,,
1108,,GAU-124,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,41.6,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,GAU-124 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 41.60 ± 1.45 bc,,
1109,,GAU-125,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,44.81,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,GAU-125 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 44.81 ± 8.16 bc,,
1110,,GAU-438,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,64.14,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,GAU-438 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 64.14 ± 2.78 b,,
1111,,Y1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,48.12,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,Y1 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 48.12 ± 7.62 bc,,
1112,,Y3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,46.51,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,Y3 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 46.51 ± 15.71 bc,,
1113,,M1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,39.05,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,M1 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 39.05 ± 1.96 bc,,
1114,,YBM17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,23.89,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,YBM17 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 23.89 ± 1.03 c,,
1115,,LY1F,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,32.94,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,LY1F | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 32.94 ± 1.48 bc,,
1116,,YBM21,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,226.32,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,YBM21 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 226.32 ± 27.80 a,,
1117,,YBN5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12986671,39.43,nmol(C2H4)(h·mL)−1,assay measured; denominator or scale lost,YBN5 | Nitrogenase Activity [nmol(C2H4)(h·mL)−1] | 39.43 ± 2.93 bc,,
1118,,Nostocaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13013331,24.4,percent,assay reported without a usable scale,"In Pamir, Nostocaceae alone accounted for 24.4%, and the phylum was co-dominated by Nodosilineaceae (29%), which includes taxa with nitrogenase.",,
1119,,Nostocaceae and Chroococcidiopsidaceae,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13013331,24.7,percent,assay reported without a usable scale,"In California, Nostocaceae and Chroococcidiopsidaceae together accounted for approximately 24.7% of all cyanobacterial ASVs.",,
1120,1167.0,Anabaena sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC13031611,1.45,gCO2 L⁻¹ day⁻¹,symbiotic assay; the microbial symbiont is the fixing partner,"Anabaena sp. has demonstrated CO2 fixation rates up to 1.45 gCO2 L⁻¹ day⁻¹, with potential for even higher rates under specific outdoor cultivation conditions.",,
1121,,cryptogamic covers,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13045013,79,percent,assay reported without a usable scale,"Significant V-Nase activity (i.e., >CI95% upper limit for the pure Mo-Nase isotopic signature) was detected in specimens from every collection location in South America, East Asia, and North America (Figure A). The occurrence of V-Nase acti",,
1122,,cryptogamic covers,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13045013,79,percent,assay reported without a usable scale,"Significant V-Nase activity (i.e., >CI95% upper limit for the pure Mo-Nase isotopic signature) was detected in specimens from every collection location in South America, East Asia, and North America (Figure A). The occurrence of V-Nase acti",,
1123,,Anabaena 7120,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13056922,30,percent,assay reported without a usable scale,"In Anabaena 7120, nifV knockout is non-essential for diazotrophic growth but reduces nitrogenase activity by ~ 30–40%36",,
1124,,Sierra Mixe maize landrace,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13073011,15,N2 incorporation (nmol C2H4 h-1 mg-1),symbiotic assay; the microbial symbiont is the fixing partner,"a carbohydrate-rich, microaerobic niche provided by mucilage on aerial roots supported nitrogenase activity and 15N2 incorporation, linking functionality to local C provision and O2 restriction",,
1125,,wheat,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC13073011,13,N2 fixation (nmol C2H4 h-1 mg-1),symbiotic assay; the microbial symbiont is the fixing partner,genotypic variation in exudation to higher associative fixation and greater transfer of fixed N to the host (13–17% of root N and 2.9–3.9% of shoot N),,
1126,,native South American C4 grasses,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13073011,22,N2 fixation (nmol C2H4 h-1 mg-1),assay reported without a usable scale,free-living and associative diazotroph contributions were estimated at 22% to 36% of total plant N using 15N natural abundance,,
1127,,Bean with Rlp4292,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,1.89,µmol/h/plant,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Plant (µmol/h/plant) | 1.89 ± 0.22 | 0.58 ± 0.05 | 3.26 | <0.001,,
1128,,Bean with Rlp4292,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,1.33,µmol/h/g SDW,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Plant (µmol/h/g SDW) | 1.33 ± 0.11 | 1.07 ± 0.12 | 1.24 | 0.143,,
1129,,Bean with Rlp4292,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,9.76,µmol/h/µg nodule,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Nodule dry mass (µmol/h/µg nodule) | 9.76 ± 0.76 | 15.6 ± 1.26 | 0.63 | 0.001,,
1130,,Bean with Rlp4292,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,1.22,µmol/h/cm3 nodule,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Nodule volume (µmol/h/cm3 nodule) | 1.22 ± 0.14 | 1.12 ± 0.09 | 1.09 | 0.552,,
1131,,Bean with Rlp4292,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,5.15,nmol/h/mm3,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Volume infected nodule (nmol/h/mm3) | 5.15 ± 0.66 | 4.10 ± 0.30 | 1.26 | 0.147,,
1132,,Bean with Rlp4292,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,13.3,amol/h/bacteroid,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Bacteroid (amol/h/bacteroid) | 13.3 ± 1.70 | 35.4 ± 2.57 | 0.38 | <0.001,,
1133,,Bean with Rlp4292,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,42.2,amol/h/pg protein,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Bacteroid protein (amol/h/pg protein) | 42.2 ± 5.4 | 56.8 ± 4.1 | 0.74 | 0.043,,
1134,,Bean with Rlp4292,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,14.4,amol/h/µm3 bacteroid,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Bacteroid volume (amol/h/µm3 bacteroid) | 14.4 ± 1.83 | 7.87 ± 0.57 | 1.83 | 0.003,,
1135,,Pea with RlvA34,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,0.58,µmol/h/plant,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Plant (µmol/h/plant) | 1.89 ± 0.22 | 0.58 ± 0.05 | 3.26 | <0.001,,
1136,,Pea with RlvA34,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,1.07,µmol/h/g SDW,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Plant (µmol/h/g SDW) | 1.33 ± 0.11 | 1.07 ± 0.12 | 1.24 | 0.143,,
1137,,Pea with RlvA34,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,15.6,µmol/h/µg nodule,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Nodule dry mass (µmol/h/µg nodule) | 9.76 ± 0.76 | 15.6 ± 1.26 | 0.63 | 0.001,,
1138,,Pea with RlvA34,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,1.12,µmol/h/cm3 nodule,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Nodule volume (µmol/h/cm3 nodule) | 1.22 ± 0.14 | 1.12 ± 0.09 | 1.09 | 0.552,,
1139,,Pea with RlvA34,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,4.1,nmol/h/mm3,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Volume infected nodule (nmol/h/mm3) | 5.15 ± 0.66 | 4.10 ± 0.30 | 1.26 | 0.147,,
1140,,Pea with RlvA34,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,35.4,amol/h/bacteroid,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Bacteroid (amol/h/bacteroid) | 13.3 ± 1.70 | 35.4 ± 2.57 | 0.38 | <0.001,,
1141,,Pea with RlvA34,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,56.8,amol/h/pg protein,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Bacteroid protein (amol/h/pg protein) | 42.2 ± 5.4 | 56.8 ± 4.1 | 0.74 | 0.043,,
1142,,Pea with RlvA34,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13098155,7.87,amol/h/µm3 bacteroid,symbiotic assay; the microbial symbiont is the fixing partner,15N2 Fixation rate per | Bacteroid volume (amol/h/µm3 bacteroid) | 14.4 ± 1.83 | 7.87 ± 0.57 | 1.83 | 0.003,,
1143,,A. chroococcum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13107470,1.4,μg/109 cell,symbiotic assay; the microbial symbiont is the fixing partner,ammonium nitrogen: 1.40 μg/109 cell,,
1144,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13107470,20.6,nmol mL–1 in 14 h,symbiotic assay; the microbial symbiont is the fixing partner,NH3: 20.6 nmol mL–1 in 14 h,,
1145,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13107470,1.85,μmol h–1/108 cells,symbiotic assay; the microbial symbiont is the fixing partner,NH3: 1.85 μmol h–1/108 cells,,
1146,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13107470,20.6,nmol mL–1 in 14 h,symbiotic assay; the microbial symbiont is the fixing partner,NH3: 20.6 nmol mL–1 in 14 h,,
1147,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13107470,1.85,μmol h–1/108 cells,symbiotic assay; the microbial symbiont is the fixing partner,NH3: 1.85 μmol h–1/108 cells,,
1148,,S. fredii HH103ΔfliC7348,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC13110170,0,relative nitrogenase activity,explicit negative statement: 'showed no',"S. fredii HH103ΔfliC7348 (28 dpi) showed no differences in growth rate, nodule number, and nitrogenase activity when inoculated onto both the GmFLS2 single and double mutant plants compared to WT (Figure 5D–F).",,
1149,,S. meliloti 2011ΔfliC8739,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC13110170,0,relative nitrogenase activity,explicit negative statement: 'no',"However, when inoculated with Sm2011ΔfliC8739, there was no difference in nodule number or nitrogenase activity between the mtfls2 mutants and R108 (Figure 5J,K).",,
1150,550.0,Klebsiella sp. SBP-8,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13110396,6,percent NaCl,assay reported without a usable scale,SBP-8 also maintained high ACC deaminase activity at 6 % NaCl,,
1151,,Ni-wire,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC13112091,223,nmol cm−2 s−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Entry 12 | Ni-wire | 223 nmol cm−2 s−1 | Not reported | Not reported | 96 h (continuous) | 114,,
1152,,Mo-foil,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC13112091,0.22,nmol cm−2 s−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Entry 14 | Mo-foil | 0.22 nmol cm−2 s−1 | Not reported | Not reported | Not reported | 115,,
1153,,Cu,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC13112091,58,nmol cm−2 s−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Entry 22 | Cu | 58 nmol cm−2 s−1 | Not reported | Not reported | Not reported | 116,,
1154,,P-C3N4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC13112091,4.9,µmol h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Entry 123 | P-C3N4 | 4.9 µmol h−1 | Not reported | Reported BET | Stability test reported (reusable) | 117,,
1155,,O-g-C3N4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC13112091,118.8,mg L−1 h−1 gcat−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Entry 199 | O-g-C3N4 | 118.8 mg L−1 h−1 gcat−1 | Not reported | Reported BET | 20 h (continuous) | 118,,
1156,,V2CTx Mxene,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC13112091,12.6,mg h−1 mgcat−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Entry 31 | V2CTx Mxene | 12.6 mg h−1 mgcat−1 | Not reported | Not reported | 2 h (cycling); 24 h (continuous) | 119,,
1157,,Co3Fe-MOF,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC13112091,8.79,µg h−1 mgcat−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Entry 66 | Co3Fe-MOF | 8.79 µg h−1 mgcat−1 | Not reported | Reported (ESCA) | 2 h (cycling, 4 cycles) | 120",,
1158,,Pt1/N-MoS2,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC13112091,121.2,µmol gcat−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Entry 155 | Pt1/N-MoS2 | 121.2 µmol gcat−1 h−1 | Not reported | Not reported | 5 h (cycling, 4 cycles) | 121",,
1159,,Cs2O/Os–Au,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC13112091,2685,µmol h−1 g Os−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Entry 159 | Cs2O/Os–Au | 2685 µmol h−1 g Os−1 | Not reported | Not reported | Not reported | 122,,
1161,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13119633,43.1,nmol C2H4 h-1 mg-1 nodule dry weight-1,assay reported without a usable scale,"nodule number decreased by 20.3%, nodule dry weight decreased by 34.4%, ARA decreased by 43.1%, and SNA decreased by 36.2%",,
1162,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13119633,44.4,nmol C2H4 h-1 mg-1 nodule dry weight-1,assay reported without a usable scale,"nodule number in N1 decreased significantly by 33.9%, the nodule dry weight decreased markedly by 41.2%, ARA decreased significantly by 44.4%, and SNA decreased significantly by 44.0%",,
1163,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13119633,38.6,nmol C2H4 h-1 mg-1 nodule dry weight-1,assay reported without a usable scale,"nodule number decreased by 14.80%, nodule dry weight decreased by 21.9%, ARA decreased by 38.6%, and SNA decreased by 34.5%",,
1164,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13119633,41.2,nmol C2H4 h-1 mg-1 nodule dry weight-1,assay reported without a usable scale,"nodule number in A20 decreased substantially by 25.4%, nodule dry, weight decreased significantly by 39.7%, ARA decreased significantly by 41.2%, and SNA decreased significantly by 44.4%",,
1165,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13119633,36.7,nmol C2H4 h-1 mg-1 nodule dry weight-1,assay reported without a usable scale,"nodule number decreased by 23.1%, nodule dry weight decreased by 12.5%, ARA decreased by 36.7%, and SNA decreased by 39.0%",,
1166,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13119633,44.2,nmol C2H4 h-1 mg-1 nodule dry weight-1,assay reported without a usable scale,"nodule number in G20 decreased markedly by 27.1%, nodule dry weight decreased significantly by 42.7%, ARA decreased significantly by 44.2%, and SNA decreased markedly by 46.2%",,
1167,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13120018,10.8,percent,assay reported without a usable scale,~10.8% increase in single-plant yield under field conditions,,
1168,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC13120018,11,percent,assay measured; denominator or scale lost,OE increases single-plant yield by 11–20%,,
1169,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13120018,40.2,percent,assay reported without a usable scale,KO decreases yield by 40.2%,,
1170,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13128457,352,nmol ethylene min−1 mg−1,nitrogenase purified from this organism,the resulting reconstituted Mo-nitrogenase of 352 ± 11 nmol ethylene min−1 mg−1,,
1171,36745.0,Clostridium saccharoperbutylacetonicum strain RS-1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC13134045,2006.19,nmol C2H4 h−1 mg−1 protein,accepted quantitative rate,It exhibited higher nitrogenase activity (2006.19 ± 64.89 nmol C2H4 mg protein−1 h−1) compared to cultures without iron plaque (1695.49 ± 108.12 nmol C2H4 mg protein−1 h−1).,,
1172,36745.0,Clostridium saccharoperbutylacetonicum strain RS-1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC13134045,1695.49,nmol C2H4 h−1 mg−1 protein,accepted quantitative rate,It exhibited higher nitrogenase activity (2006.19 ± 64.89 nmol C2H4 mg protein−1 h−1) compared to cultures without iron plaque (1695.49 ± 108.12 nmol C2H4 mg protein−1 h−1).,,
1173,36745.0,Clostridium saccharoperbutylacetonicum strain RS-1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC13134045,1695.49,nmol C2H4 h−1 mg−1 protein,duplicate of an accepted measurement,It exhibited higher nitrogenase activity (2006.19 ± 64.89 nmol C2H4 mg protein−1 h−1) compared to cultures without iron plaque (1695.49 ± 108.12 nmol C2H4 mg protein−1 h−1).,,
1174,,nitrogen-fixing bacterial communities,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13136165,50,%,assay reported without a usable scale,nitrogenase activity is inhibited by 50% during the initial composting stage,,
1175,,rhizobial strain,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13144036,68,root dry weight %,assay reported without a usable scale,"Consortia of phosphate-solubilizing bacteria have been shown to enhance wheat performance, with reported increases of up to 68% in root dry weight and 58% in grain yield",,
1176,,rhizobial strain,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13144036,58,grain yield %,assay reported without a usable scale,"Consortia of phosphate-solubilizing bacteria have been shown to enhance wheat performance, with reported increases of up to 68% in root dry weight and 58% in grain yield",,
1177,,peanut,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13147931,7.4,fold increase,assay reported without a usable scale,ARC applications in the fields increased the nitrogenase activity by 7.4-fold in the peanut through the nodulations.,,
1178,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,68.7,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Macro | Seed | -0.7 ± 0.2 ab | 68.7 ± 3.4 bc | 39.9 ± 2.8 abc,,
1179,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,81.4,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Macro | Seed + Foliar | -1.5 ± 0.4 bc | 81.4 ± 6.4 ab | 41.7 ± 0.4 ab,,
1180,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,77.1,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Micro | Seed | -1.3 ± 0.1 abc | 77.1 ± 7.7 abc | 38.3 ± 0.5 bcd,,
1181,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,87.4,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Micro | Seed + Foliar | -1.3 ± 0.2 c | 87.4 ± 3.6 a | 33.2 ± 2.6 d,,
1182,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,60.5,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Nano | Seed | -0.2 ± 0.5 a | 60.5 ± 8.4 c | 44.8 ± 2.0 a,,
1183,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,70.8,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Nano | Seed + Foliar | -0.8 ± 0.1 abc | 70.8 ± 1.3 abc | 35.0 ± 0.1 cd,,
1184,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,77.3,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Control (Without Ni) | -1.2 ± 0.2 abc | 77.3 ± 2.5 abc | 39.2 ± 1.3 bc | ,,
1185,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,79.4,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Macro | Seed | -1.3 ± 0.3 a | 79.4 ± 4.4 a | 37.6 ± 0.10 a,,
1186,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,68.6,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Macro | Seed + Foliar | -0.7 ± 0.8 a | 68.6 ± 13.5 a | 38.1 ± 0.02 a,,
1187,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,81.8,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Micro | Seed | -1.5 ± 0.2 a | 81.8 ± 3.9 a | 34.9 ± 0.8 ab,,
1188,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,87.9,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Micro | Seed + Foliar | -1.9 ± 0.1 a | 87.9 ± 1.1 a | 26.8 ± 0.8 c,,
1189,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,77.5,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Nano | Seed | -1.2 ± 0.1 a | 77.5 ± 6.6 a | 30.8 ± 2.8 bc,,
1190,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,81.6,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Nano | Seed + Foliar | -1.5 ± 0.4 a | 81.6 ± 7.0 a | 37.0 ± 1.9 a,,
1191,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,74.9,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Control (Without Ni) | -1.1 ± 0.6 a | 74.9 ± 10.1 a | 34.2 ± 2.2 ab | ,,
1192,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,90.1,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Macro | Seed | -2.0 ± 0.3 ab | 90.1 ± 5.1 a | 29.4 ± 0.2 b,,
1193,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,88.7,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Macro | Seed + Foliar | -1.3 ± 0.6 ab | 88.7 ± 0.32 ab | 33.2 ± 1.7 a,,
1194,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,85.5,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Micro | Seed | -1.7 ± 0.4 ab | 85.5 ± 7.0 ab | 28.7 ± 0.4 b,,
1195,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,92.3,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Micro | Seed + Foliar | -2.1 ± 0.1 b | 92.3 ± 0.3 a | 27.7 ± 1.0 b,,
1196,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,90.1,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Nano | Seed | -2.0 ± 0.2 ab | 90.1 ± 4.5 a | 27.8 ± 0.4 b,,
1197,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,67.3,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Nano | Seed + Foliar | -0.6 ± 0.8 a | 67.3 ± 13.3 b | 32.4 ± 0.4 a,,
1198,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,70.4,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Control (Without Ni) | -0.8 ± 0.5 ab | 70.4 ± 9.0 ab | 28.8 ± 0.7 b | ,,
1199,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,61.1,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Macro | Seed | -0.2 ± 0.1ab | 61.1 ± 2.0 ab | 48.6 ± 0.3 c,,
1200,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,61.7,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Macro | Seed + Foliar | -0.3 ± 0.2 ab | 61.7 ± 3.7 a | 56.8 ± 0.5 a,,
1201,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,63.1,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Micro | Seed | -0.1 ± 0.0 ab | 63.1 ± 4.5 a | 52.7 ± 0.3 abc,,
1202,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,58.1,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Micro | Seed + Foliar | -0.12 ± 0.3 ab | 58.1 ± 1.4 ab | 52.6 ± 0.3 abc,,
1203,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,58.7,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Nano | Seed | -0.4 ± 0.2 b | 58.7 ± 1.2 ab | 55.1 ± 0.6 ab,,
1204,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,59.5,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Nano | Seed + Foliar | -0.1 ± 0.0 ab | 59.5 ± 4.9 ab | 54.0 ± 1.2 ab,,
1205,,Soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13150659,53.2,BNF (%),symbiotic assay; the microbial symbiont is the fixing partner,Control (Without Ni) | 0.16 ± 0.1 a | 53.2 ± 1.6 b | 51.8 ± 3.9 bc | ,,
1206,,high-oil soybeans,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13151088,33.0,percent,assay reported without a usable scale,"under optimal phosphorus supply, nitrogenase activity in high-oil soybeans increased significantly by 33.0%",,
1207,,high-oil soybeans,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13151088,18.0,percent,assay reported without a usable scale,"under optimal phosphorus supply, leaf total nitrogen content increased by 18.0%",,
1208,34305.0,Lotus japonicus inoculated with Mesorhizobium loti,binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC13155547,44,nmol ethylene h-1 plant-1,assay reported without a usable scale,plants in the 450 µM Cu treatment group had 44% decrease in nitrogenase activity compared to control plants,unusable,not_a_single_microbial_species
1209,34305.0,Lotus japonicus inoculated with Mesorhizobium loti,binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC13155547,39,nmol ethylene h-1 plant-1,assay reported without a usable scale,the 300 µM Cu treatment group had a 39% decrease in nitrogenase activity,unusable,not_a_single_microbial_species
1210,34305.0,Lotus japonicus inoculated with Mesorhizobium loti,binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC13155547,35,nmol ethylene h-1 g root mass-1,assay reported without a usable scale,the 450 µM Cu group had a 35% reduction in nitrogenase activity compared to control,unusable,not_a_single_microbial_species
1211,34305.0,Lotus japonicus inoculated with Mesorhizobium loti,binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC13155547,31.5,nmol ethylene h-1 plant-1,assay reported without a usable scale,the 300 µM Cu group had a non-significant (p = 0.0796) 31.5% reduction in enzyme activity,unusable,not_a_single_microbial_species
1212,34305.0,Lotus japonicus inoculated with Mesorhizobium loti,binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC13155547,36,nmol ethylene h-1 g nodule mass-1,assay reported without a usable scale,"there was a 36% reduction in activity in the 45,0 µM Cu group",unusable,not_a_single_microbial_species
1213,34305.0,Lotus japonicus inoculated with Mesorhizobium loti,binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC13155547,32,nmol ethylene h-1 g nodule mass-1,assay reported without a usable scale,a non-significant (p = 0.0740) 32% reduction in the 300 µM Cu group,unusable,not_a_single_microbial_species
1214,,Bott 59-inoculated plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13165157,1.0,μmol C2H4·g−1·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (ARA) was higher in Bott 59-inoculated plants than in the USDA 110-inoculated plants at 21 dpi (Figure 1F).,,
1215,,Bacteroidota,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC13165429,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'absent',"Nitrogen fixation, which was enriched in the roots of T. gardneriana and T. javanica, was absent in T. mirabilis roots, suggesting potential interspecific variation in nitrogen acquisition strategies among Thismia species.",,
1216,183675.0,Chinese silver grass,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC13171766,18.49,nmol C2H4 h-1 g-1 DW stem,symbiotic assay; the microbial symbiont is the fixing partner,ARA attained a saturation at a maximum rate of 18.49 C2H4 nmol h-1 g-1 DW stem when P acquisition reached approximately 15 mg P plant-1,unusable,not_a_single_microbial_species
1217,192.0,Azospirillum brasilense,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13171949,30,percent N derived from air (Ndfa)%,assay reported without a usable scale,30% N derived from air (Ndfa),,
1218,316.0,Pseudomonas stutzeri A15,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13171949,30,percent reduced N fertilizer requirement%,assay reported without a usable scale,Reduced N fertilizer requirement by 30%,,
1219,384.0,Rhizobium leguminosarum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13171949,80,percent plant N from fixation%,assay reported without a usable scale,80% plant N from fixation,,
1220,1064539.0,Azospirillum brasilense Sp245,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13171949,20,percent N derived from air (Ndfa)%,assay reported without a usable scale,20–30% N derived from air (Ndfa),,
1221,316.0,Pseudomonas stutzeri A15,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13171949,30,percent reduced N fertilizer requirement%,assay reported without a usable scale,Reduced N fertilizer requirement by 30%,,
1222,384.0,Rhizobium leguminosarum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13171949,80,percent plant N from fixation%,assay reported without a usable scale,80% plant N from fixation,,
1223,192.0,Azospirillum brasilense,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13171949,30,percent N derived from air (Ndfa)%,assay reported without a usable scale,30% N derived from air (Ndfa),,
1224,1064539.0,Azospirillum brasilense Sp245,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13171949,20,percent N derived from air (Ndfa)%,assay reported without a usable scale,20–30% N derived from air (Ndfa),,
1225,,Bradyrhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13187067,0.29,nifH (nitrogenase iron protein) %,assay reported without a usable scale,nifH (nitrogenase iron protein) 0.29%,,
1226,,Rhodopseudomonas,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13187067,0.29,nifH (nitrogenase iron protein) %,assay reported without a usable scale,nifH (nitrogenase iron protein) 0.29%,,
1227,,Mesorhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC13187067,0.29,nifH (nitrogenase iron protein) %,assay reported without a usable scale,nifH (nitrogenase iron protein) 0.29%,,
1228,3818.0,Arachis hypogaea L.,binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC13187127,67,%,assay reported without a usable scale,A 67% increase at 1 mg/L indicates improved nitrate reduction and utilisation.,unusable,not_a_single_microbial_species
1229,,nitrogenase MoFe protein,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13192253,3.3,percent,assay reported without a usable scale,The quantum yield (QY) for NH3 formation under these conditions was estimated to be 3.3%,,
1230,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC13210726,0.5,μg/mL,symbiotic assay; the microbial symbiont is the fixing partner,0.5 μg/mL TRIA treatment produced the greatest nodule number,,
1231,353.0,Azotobacter chroococcum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC13220275,107.7,nmol C2H4/108 cell,"value cited to another paper; fixation asserted, attribution belongs elsewhere","PFP (0.5/1/2/5 μM), A. chroococcum, 12 h dark/light cycles | Nitrogen Fixation | 107.7 nmol C2H4/108 cell | 48",,
1232,,Serratia sp. KF23,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13222251,11.4,%,assay reported without a usable scale,a higher total nitrogen concentration was recorded at 300 mM NaCl (+ 11.4%),,
1233,,JB-MF ∆vht,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13224831,0.32,µmol h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",JB-MF ∆vht | MeOH + H2 | 0.32 ± 0.02,,
1234,,JB-MF ∆vht,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13224831,7,µmol h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",JB-MF ∆vht | MeOH + H2 + acetate + pyruvate | 7 ± 3,,
1235,,JB-MF ∆frh,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13224831,2.7,µmol h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",JB-MF ∆frh | MeOH + H2 | 2.7 ± 0.7,,
1236,,JB-MF ∆frh,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13224831,19.9,µmol h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",JB-MF ∆frh | MeOH + H2 + acetate + pyruvate | 19.9 ± 0.9,,
1237,,Bradyrhizobium sp,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13233424,69,%,assay reported without a usable scale,Efficiency of nitrogen fixation increased by 69% under intercropped soybean compared with mono-cropped soybean,,
1238,,Bradyrhizobium sp,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13233424,69,%,assay reported without a usable scale,Efficiency of nitrogen fixation increased by 69% under intercropped soybean compared with mono-cropped soybean,,
1239,,NifBL,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13245594,0.95,percent 15N/14N,assay reported without a usable scale,average 15N/14N ratios of 0.95% ± 0.02% for YM654EE (expressing NifBL),,
1240,,NifENL,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13245594,1.74,percent 15N/14N,assay reported without a usable scale,average 15N/14N ratios of 1.74% ± 0.1% for YM651EE (expressing NifENL),,
1241,,msrA1OE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13272141,3.32,μmol/g*h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",msrA1OE | Nitrogen fixation activity (μmol/g*h) | 3.32 ± 1.12**,,
1242,,msrB1OE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13272141,30.66,μmol/g*h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",msrB1OE | Nitrogen fixation activity (μmol/g*h) | 30.66 ± 5.31,,
1243,,msrA2OE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13272141,0.49,μmol/g*h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",msrA2OE | Nitrogen fixation activity (μmol/g*h) | 0.49 ± 0.03**,,
1244,,msrB2OE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13272141,6.18,μmol/g*h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",msrB2OE | Nitrogen fixation activity (μmol/g*h) | 6.18 ± 3.77**,,
1245,,msrA1Δ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13272141,10.33,μmol/g*h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",msrA1Δ | Nitrogen fixation activity (µmol/g*h) | 10.33 ± 0.74,,
1246,,msrB1Δ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13272141,10.33,μmol/g*h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",msrB1Δ | Nitrogen fixation activity (µmol/g*h) | 10.33 ± 0.29,,
1247,,msrA2Δ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13272141,11.03,μmol/g*h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",msrA2Δ | Nitrogen fixation activity (µmol/g*h) | 11.03 ± 1.25,,
1248,,msrB2Δ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13272141,15.06,μmol/g*h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",msrB2Δ | Nitrogen fixation activity (µmol/g*h) | 15.06 ± 3.26*,,
1249,,S. stutzeri A1501 and BRI3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC13274376,3.2,fold increase in nitrogenase activity,assay reported without a usable scale,the level of nitrogenase activity in the biofilm system with A1501 and BRI3 interaction was 3.2-fold greater than that in the A1501 monoculture system,,
1250,,Modern biological N2 fixation,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13274591,1013,mol·year−1,symbiotic assay; the microbial symbiont is the fixing partner,Modern biological N2 fixation | 1013 | Ammonium | Constant | (137),,
1251,,Kosakonia,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC13278822,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'no',"proteobacterial nitrogen fixers (here mainly Kosakonia) may compensate for the scarcity of heterocytous cyanobacteria such as Nostoc. We note, however, that this remains a hypothesis based on taxonomic identity alone, as no direct evidence ",,
1252,,LL2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13285294,0.29,µmol·g−¹·h−¹,symbiotic assay; the microbial symbiont is the fixing partner,"Nitrogenase activity was assessed using the acetylene reduction assay [26]. ... nitrogenase activity, 0.29 µmol·g−¹·h−¹",,
1253,,LL2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13285294,0.76,mg·g−¹,assay measured; denominator or scale lost,"The leghemoglobin content was also significantly greater in the LL2 group (0.76 vs. 0.66 mg·g−¹, p < 0.05)",,
1254,,LL2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13285294,0.002,µmol·h−¹,symbiotic assay; the microbial symbiont is the fixing partner,"The nitrogen fixation potential per plant was 0.002 µmol·h−¹ in the LL2 treatment, compared to 0.001 µmol·h−¹ in the QL5 treatment (p < 0.05)",,
1255,,LL2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13285294,1.15,times,assay measured; denominator or scale lost,"In leaves, the ADP content increased significantly by 1.15 times compared to QL5 (p < 0.05)",,
1256,,LL2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13285294,1.56,times,assay measured; denominator or scale lost,"In roots, the content of photosynthetic intermediates also rose significantly. 3-Phosphoglyceric acid increased by 1.56 times",,
1257,,LL2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13285294,1.3,times,assay measured; denominator or scale lost,"In roots, the content of photosynthetic intermediates also rose significantly. Uridine-5’-diphosphate-glucose by 1.30 times (p < 0.05)",,
1258,,LL2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13285294,3.18,times,assay measured; denominator or scale lost,"In nodules, the contents of Trehalose-6-phosphate and alpha-D-glucose-6-phosphate significantly increased. Compared to QL5, Trehalose-6-phosphate rose by 3.18 times",,
1259,,LL2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC13285294,2.13,times,assay measured; denominator or scale lost,"In nodules, the contents of Trehalose-6-phosphate and alpha-D-glucose-6-phosphate significantly increased. Compared to QL5, alpha-D-glucose-6-phosphate by 2.13 times (p < 0.05)",,
1260,,soybean nodules,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC13287723,0,nmol C2H4 h-1 mg-1 fresh weight-1,explicit negative statement: 'no',"the acetylene reduction assay revealed no significant difference in relative nitrogenase activity of soybean nodules after inoculation with HH103, HH103ΩttsI, and HH103ΩnopZ (Supplementary Fig. 5).",,
1261,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,20,fold induction,assay reported without a usable scale,SMa0815 | nifA | Transcriptional activator of nitrogenase genes | 1 | 1.5 | 2.8 (+) | 1.4 | 2.1 | 20 (+) | 24 (+) | 6.0 (+) | 1.9 | 27 (+),,
1262,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,13,fold induction,assay reported without a usable scale,SMa0825 | nifH | Nitrogenase Fe protein | 1 | 0.9 | 0.6 | 0.7 | 1.7 | 13 (+) | 13 (+) | 2.7 (+) | 0.6 | 58 (+),,
1263,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,2.4,fold induction,assay reported without a usable scale,SMa0873 | nifN | Nitrogenase Fe-Mo cofactor biosynthesis protein | 1 | 0.9 | ND | 0.7 | 0.9 | 2.4 (+) | 4.2 (+) | 3.5 (+) | 4.8 (+) | 4.4 (+),,
1264,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,6.1,fold induction,assay reported without a usable scale,SMa1225 | fixK1 | Transcriptional activator of fix genes | 1 | 0.8 | 2.1 (+) | 2.4 (+) | 2.3 | 6.1 (+) | 9.6 (+) | 6.6 (+) | 8.3 (+) | 4.2 (+),,
1265,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,13,fold induction,assay reported without a usable scale,SMa1220 | fixN1 | Heme b/copper cytochrome c oxidase subunit | 1 | 2.0 | 15 (+) | 17 (+) | 3.7 | 13 (+) | 31 (+) | 5.3 (+) | 19 (+) | 8.8 (+),,
1266,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,11,fold induction,assay reported without a usable scale,SMa1213 | fixP1 | Di-heme cytochrome c | 1 | 1.9 | 8.7 (+) | 11 (+) | 3.7 | 11 (+) | 8.9 (+) | 6.7 (+) | 4.6 (+) | 4.4 (+),,
1267,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,3.7,fold induction,assay reported without a usable scale,SMa1226 | fixT1 | Inhibitor of FixL autophosphorylation | 1 | 1.9 | 3.4 | 2.3 | 2.9 | 3.7 (+) | 7.9 (+) | 5.3 (+) | ND | 1.2,,
1268,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,18,fold induction,assay reported without a usable scale,SMa1229 | fixL | Oxygen-regulated histidine kinase | 1 | 1.5 | 10 (+) | ND | 1.6 | 18 (+) | 17.5 (+) | 17.5 (+) | 11.5 (+) | 0.5,,
1269,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,3.9,fold induction,assay reported without a usable scale,SMc00819 | katA | Catalase | 1 | 0.6 | 1.1 | 1.0 | 1.3 | 3.9 (+) | 3.8 (+) | 1.9 | 2.0 | 1.9 (+),,
1270,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,2.3,fold induction,assay reported without a usable scale,SMa1077 | nex18 | Hypothetical protein | 1 | 1.3 | 2.4 (+) | 2.6 (+) | 1.2 | 2.3 (+) | 1.5 | 3.5 (+) | 2.3 (+) | 1.4,,
1271,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,1.9,fold induction,assay reported without a usable scale,SMa1079 | tspO | Tryptophan rich sensory protein homolog | 1 | 1.1 | 2.4 (+) | 1.6 | 1.4 | 1.9 (+) | 1.8 (+) | 2.7 (+) | 1.7 (+) | 2.0 (+),,
1272,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,2.0,fold induction,assay reported without a usable scale,SMc01030 | pdhAa | Pyruvate dehydrogenase | 1 | 1.3 | 1.3 | 1.9 | 1.5 | 2.0 (+) | 1.8 | 2.5 | ND | 2.1 (+),,
1273,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,1.4,fold induction,assay reported without a usable scale,SMc02285 | cyaE | Adenylate cyclase | 1 | 1.0 | 1.0 | 0.7 | 0.9 | 1.4 (+) | 2.5 (+) | 1.1 | 2.5 (+) | 1.5 (+),,
1274,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,1.9,fold induction,assay reported without a usable scale,SMc03099 | cyaF1 | Adenylate cyclase | 1 | 1.0 | 0.8 | 0.8 | 0.8 | 1.9 (+) | 2.1 (+) | 1.3 | 1.4 (+) | 1.1,,
1275,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,3.3,fold induction,assay reported without a usable scale,SMb20539 | cyaF6 | Adenylate cyclase | 1 | 1.0 | 1.3 | 0.9 | 0.8 | 3.3 (+) | 3.0 (+) | 2.1 (+) | 2.1 (+) | 2.4 (+),,
1276,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,3.7,fold induction,assay reported without a usable scale,SMa0841 | sma0841 | Transposase (hypothetical protein) | 1 | 1.1 | 0.7 | 0.5 | 0.9 | 3.7 (+) | 8.8 (+) | 3.5 (+) | 3.8 (+) | 2.7 (+),,
1277,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,2.9,fold induction,assay reported without a usable scale,SMb20518 | smb20518 | Unknown function (possible lytic enzyme) | 1 | 0.9 | 0.8 | 0.5 (-) | 1.0 | 2.9 (+) | 3.5 (+) | 1.6 (+) | 2.4 (+) | 1.6 (+),,
1278,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,1.8,fold induction,assay reported without a usable scale,SMc02394 | smc02394 | Virulence associated protein homolog | 1 | 1.2 | 1.2 | 1.1 | 1.0 | 1.8 (+) | 1.0 | 1.2 | 1.8 (+) | 1.7 (+),,
1279,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,2.9,fold induction,assay reported without a usable scale,SMc03785 | ialA | Probable invasion protein | 1 | 1.0 | 4.3 (+) | 2.8 (+) | 9.2 (+) | 2.9 (+) | 2.8 (+) | 1.6 | ND | 3.8 (+),,
1280,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,3.6,fold induction,assay reported without a usable scale,SMc02509 | sitA | Iron transporter | 1 | 1.5 | 1.1 | 0.7 | 12.2 (+) | 3.6 (+) | 4.3 (+) | 3.8 (+) | 4.8 (+) | 4.3 (+),,
1281,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,5.7,fold induction,assay reported without a usable scale,SMc01516 | smc01516 | Unknown function | 1 | 1.0 | 1.5 | 1.2 | 5.7 (+) | 3.5 (+) | 4.8 (+) | 3.5 (+) | 1.5 | 3.0 (+),,
1282,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,2.1,fold induction,assay reported without a usable scale,SMb20838 | smb20838* | Hemolysin-type calcium-binding protein | 1 | 1.4 | 1.1 | 2.6 (+) | 0.9 | 2.1 (+) | 2.2 (+) | 2.4 (+) | 3.0 (+) | 0.8,,
1283,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,2.2,fold induction,assay reported without a usable scale,SMa0627 | aqpZ2 | Aquaporin | 1 | 1.0 | 1.2 | 0.8 | 1.1 | 2.2 (+) | 1.8 (+) | 1.1 | 1.4 | 0.7,,
1284,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC151305,2.7,fold induction,assay reported without a usable scale,SMc03784 | smc03784 | Unknown function | 1 | 1.3 | 1.2 | 0.8 | 1.0 | 2.7 (+) | 2.1 (+) | 0.8 | 1.2 | 0.9,,
1285,245179.0,Rhopalodia gibba,exact_name,assay_direct,T1,negative,False,corpus_fulltext,PMC1853082,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'lack',Nitrogen fixing activity of R. gibba was first indicated in the 1980s via acetylene reduction assays [99] and confirmed in latter studies [102]. Intracellular localisation of the enzymatic activity has been undertaken by scanning for protei,unusable,not_a_single_microbial_species
1287,,PCC7120,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC2633013,3,fold increase,assay reported without a usable scale,nitrogen starvation resulted in a 3–4-fold increase in intracellular cAMP level in Anabaena variabilis,,
1288,,PCC7120,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2633013,4,fold increase,symbiotic assay; the microbial symbiont is the fixing partner,nitrogen starvation resulted in a 3–4-fold increase in intracellular cAMP level in Anabaena variabilis,,
1289,,MMP0853,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2723118,2.29,log2 ratio,nitrogenase purified from this organism,"MMP0853 | NifH, nitrogenase reductase | 2.29 ± 0.16",,
1290,,MMP0446,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2723118,1.05,log2 ratio,nitrogenase purified from this organism,MMP0446 | NifX-NifB superfamily | 1.05 ± 0.40,,
1291,,Ljinv1-2 mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2724688,3.52,nmol ethylene h-1 mg-1 fresh weight,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",The reduction in number of nodules may have been an indirect consequence of the modified root growth as root hairs were not obvious on the mutant roots as mentioned earlier. Sections through the nodules of the wild type and Ljinv1-2 mutant ,,
1292,,wild type,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2724688,4.04,nmol ethylene h-1 mg-1 fresh weight,accepted quantitative rate,The reduction in number of nodules may have been an indirect consequence of the modified root growth as root hairs were not obvious on the mutant roots as mentioned earlier. Sections through the nodules of the wild type and Ljinv1-2 mutant ,,
1293,,heterozygote,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2724688,4.44,nmol ethylene h-1 mg-1 fresh weight,accepted quantitative rate,The reduction in number of nodules may have been an indirect consequence of the modified root growth as root hairs were not obvious on the mutant roots as mentioned earlier. Sections through the nodules of the wild type and Ljinv1-2 mutant ,,
1294,,alfalfa plants (‘Saranac’),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2791116,192,mg N plant−1 d−1,symbiotic assay; the microbial symbiont is the fixing partner,Total N2 fixation activity before introduction of treatments (mg N plant−1 d−1) | +CO2 | 192±42,,
1295,,alfalfa plants (‘Saranac’),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2791116,283,mg N plant−1 d−1,symbiotic assay; the microbial symbiont is the fixing partner,Total N2 fixation activity 2 d after introduction of treatments (mg N plant−1 d−1) | +CO2 | 283±134,,
1296,,alfalfa plants (‘Saranac’),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2791116,965,mg N plant−1 d−1,symbiotic assay; the microbial symbiont is the fixing partner,Total N2 fixation activity 21 d after introduction of treatments (mg N plant−1 d−1) | +CO2 | 965±279,,
1297,,alfalfa plants (‘Saranac’),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2791116,415,mg N plant−1 d−1,symbiotic assay; the microbial symbiont is the fixing partner,Total N2 fixation activity 21 d after introduction of treatments (mg N plant−1 d−1) | –CO2 | 415*±241,,
1298,,alfalfa plants (‘Saranac’),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2791116,61,μg N nodule−1 d−1,symbiotic assay; the microbial symbiont is the fixing partner,N2 fixation activity of an individual nodule 21 d after introduction of treatments (μg N nodule−1 d−1) | +CO2 | 61±40,,
1299,,alfalfa plants (‘Saranac’),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2791116,11,μg N nodule−1 d−1,symbiotic assay; the microbial symbiont is the fixing partner,N2 fixation activity of an individual nodule 21 d after introduction of treatments (μg N nodule−1 d−1) | –CO2 | 11*±7,,
1300,3899.0,white clover (Trifolium repens L.),binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC2791126,59,percent,symbiotic assay; the microbial symbiont is the fixing partner,the percentage of N derived from fixation increased from 38±2% for plants grown in the absence of S to 59±2% of total N for the high S treatment,unusable,not_a_single_microbial_species
1301,,S. hydnoides,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC2807599,2.9,nmol N2 day-1 mg-1 Chl a,assay reported without a usable scale,S. hydnoides | NF24h | 2.9,,
1302,47254.0,Leptolyngbya sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC2807599,12.7,nmol N2 day-1 mg-1 Chl a,assay reported without a usable scale,Leptolyngbya sp. | NF24h | 12.7 ± 0.8,,
1303,,O. bonnemaisonii,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC2807599,8.7,nmol N2 day-1 mg-1 Chl a,assay reported without a usable scale,O. bonnemaisonii | NF24h | 8.7 ± 2.0,,
1304,1167.0,Anabaena sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2807599,101,nmol N2 day-1 mg-1 Chl a,accepted quantitative rate,Anabaena sp. | NF24h | 101.0 ± 17.3,,
1305,47254.0,Leptolyngbya sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2807599,24.5,nmol N2 day-1 mg-1 Chl a,accepted quantitative rate,Leptolyngbya sp. | NF24h | 24.5 ± 26.7,,
1306,,H. coccineum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2807599,76.7,nmol N2 day-1 mg-1 Chl a,accepted quantitative rate,H. coccineum | NF24h | 76.7 ± 32.6,,
1307,933307.0,Hydrocoleum glutinosum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2807599,54.2,nmol N2 day-1 mg-1 Chl a,accepted quantitative rate,Hydrocoleum glutinosum | NF24h | 54.2 ± 16.2,,
1308,487777.0,H. lyngbyaceum,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC2807599,42.8,nmol N2 day-1 mg-1 Chl a,accepted quantitative rate,H. lyngbyaceum | NF24h | 42.8 ± 4.6,,
1309,1202782.0,P. laysanense,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC2807599,6.7,nmol N2 day-1 mg-1 Chl a,assay reported without a usable scale,P. laysanense | NF24h | 6.7 ± 0.4,,
1310,,T. tenerrimus,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC2807599,12.9,nmol N2 day-1 mg-1 Chl a,assay reported without a usable scale,T. tenerrimus | NF24h | 12.9 ± 6.8,,
1311,1125740.0,Anabaena sp. LC1,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2807599,27.8,nmol N2 day-1 mg-1 Chl a,accepted quantitative rate,Anabaena sp. LC1 | 15NF24h | 27.8,,
1312,207924.0,S. hydnoides LC5,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC2807599,10.0,nmol N2 day-1 mg-1 Chl a,assay reported without a usable scale,S. hydnoides LC5 | 15NF24h | 10.0 ± 4.3,,
1313,1125741.0,Leptolyngbya sp. LC2,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC2807599,8.8,nmol N2 day-1 mg-1 Chl a,assay reported without a usable scale,Leptolyngbya sp. LC2 | 15NF24h | 8.8 ± 2.6,,
1314,,H. coccineum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2807599,238.5,nmol N2 day-1 mg-1 Chl a,accepted quantitative rate,H. coccineum | 15NF24h | 238.5,,
1315,,H. coccineum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2807599,238,nmol N2 day-1 mg-1 Chl a,duplicate of an accepted measurement,H. coccineum | NF24h | 238 ± 130,,
1316,137722.0,Azospirillum sp. B510,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2818188,43,nmol h-1 g-1 fresh weight,symbiotic assay; the microbial symbiont is the fixing partner,"Acetylene reduction activity of Azospirillum sp. B510 in planta (43 nmol h−1 g−1 fresh weight) was similar to that of Herbaspirillum sp. B501 (67 nmol h−1 g−1 fresh weight), a well-characterized N2-fixing endophyte isolated from rice plants",,
1317,,"NifEN""FeMo""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,7,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeMo"" | C2H4 formation under C2H2/Ar | 7 ± 5 (87)",,
1318,,"NifEN""FeMo""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,8,nmol NH3 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeMo"" | NH3 formation from HN3 | 8 ± 1 (89)",,
1319,,"NifEN""FeFe""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,37,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeFe"" | C2H4 formation under C2H2/Ar | 37 ± 4 (29)",,
1320,,"NifEN""FeFe""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,35,nmol NH3 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeFe"" | NH3 formation from HN3 | 35 ± 2 (52)",,
1321,,"NifEN""FeMo""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,55,nmol NH3 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeMo"" | NH3 formation under N2 | 55 ± 9",,
1322,,"NifEN""FeMo""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,62,nmol H2 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeMo"" | H2 formation under Ar | 62 ± 5",,
1323,,"NifEN""FeMo""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,50,nmol NH3 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeMo"" | NH3 formation under N2 | 50 ± 16",,
1324,,"NifEN""FeMo""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,64,nmol H2 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeMo"" | H2 formation under N2 | 64 ± 7",,
1325,,"NifEN""FeFe""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,3,nmol NH3 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeFe"" | NH3 formation under N2 | 3 ± 1",,
1326,,"NifEN""FeFe""",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2830607,1,nmol H2 h-1 mg-1,nitrogenase purified from this organism,"NifEN""FeFe"" | H2 formation under N2 | <1",,
1327,,cowpea,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC2858033,66,%,assay reported without a usable scale,"A survey of N2 fixation in farmers' fields showed that cowpea can derive up to 66% of its N from symbiotic fixation in Botswana [3], and up to 99% in Ghana [4].",,
1328,,cowpea,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC2858033,99,%,assay reported without a usable scale,"A survey of N2 fixation in farmers' fields showed that cowpea can derive up to 66% of its N from symbiotic fixation in Botswana [3], and up to 99% in Ghana [4].",,
1329,,nodulated roots,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,9.1,mol CO2 mol−1 N,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–24 DAE | CO2 release of nodulated roots per N fixed | mol CO2 mol−1 N | 9.1,,
1330,,nodulated roots,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,9.6,mol CO2 mol−1 N,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–42 DAE | CO2 release of nodulated roots per N fixed | mol CO2 mol−1 N | 9.6,,
1331,,nodulated roots,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,253.4,nmol CO2 mg dm−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–24 DAE | Net CO2 release of nodulated roots | nmol CO2 mg dm−1 h−1 | 253.4,,
1332,,nodulated roots,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,152.1,nmol CO2 mg dm−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–42 DAE | Net CO2 release of nodulated roots | nmol CO2 mg dm−1 h−1 | 152.1*,,
1333,,nodulated roots,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,10.6,mol O2 mol−1 N,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–24 DAE | O2 uptake of nodulated roots per N fixed | mol O2 mol−1 N | 10.6,,
1334,,nodulated roots,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,15.4,mol O2 mol−1 N,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–42 DAE | O2 uptake of nodulated roots per N fixed | mol O2 mol−1 N | 15.4*,,
1335,,nodulated roots,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,0.86,mol CO2 mol−1 O2,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–24 DAE | Apparent respiratory quotient of nodulated roots | mol CO2 mol−1 O2 | 0.86,,
1336,,nodulated roots,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,0.62,mol CO2 mol−1 O2,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–42 DAE | Apparent respiratory quotient of nodulated roots | mol CO2 mol−1 O2 | 0.62*,,
1337,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,0.5,μg h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–24 DAE | 13C fixation through nodules | μg h−1 plant−1 | 0.5,,
1338,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,14.6,μg h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–42 DAE | 13C fixation through nodules | μg h−1 plant−1 | 14.6*,,
1339,,nodules,host_plant_or_common_name,claim,T4,positive,True,corpus_fulltext,PMC2877887,33,mg nodule dm−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Vegetative growth 23–24 DAE | Nodule specific 13C fixation | mg nodule dm−1 h−1 | 33,,
1340,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,120,mg nodule dm−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–42 DAE | Nodule specific 13C fixation | mg nodule dm−1 h−1 | 120*,,
1341,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,1.45,mg N nodule dm −1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–24 DAE | Nodule specific 15N2 fixation | mg N nodule dm −1 h−1 | 1.45,,
1342,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,1.88,mg N nodule dm −1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–42 DAE | Nodule specific 15N2 fixation | mg N nodule dm −1 h−1 | 1.88,,
1343,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,0.04,g C g N−1,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–24 DAE | CO2 fixation per N2 reduced | g C g N−1 | 0.04,,
1344,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,0.11,g C g N−1,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–42 DAE | CO2 fixation per N2 reduced | g C g N−1 | 0.11*,,
1345,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,5.4,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–23 DAE | ANA | μmol H2 plant−1 h−1 | 5.4,,
1346,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,13.8,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–43 DAE | ANA | μmol H2 plant−1 h−1 | 13.8*,,
1347,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,17.2,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–23 DAE | TNA | μmol H2 plant−1 h−1 | 17.2,,
1348,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,33.7,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–43 DAE | TNA | μmol H2 plant−1 h−1 | 33.7*,,
1349,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,0.69,,symbiotic assay; the microbial symbiont is the fixing partner,Vegetative growth 23–23 DAE | EAC |  | 0.69,,
1350,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2877887,0.59,,symbiotic assay; the microbial symbiont is the fixing partner,Pod formation 41–43 DAE | EAC |  | 0.59*,,
1351,35701.0,Heliobacterium modesticaldum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC2887804,365,Relative gene expression level (light/dark),"value cited to another paper; fixation asserted, attribution belongs elsewhere","nifK (Fe/Mo nitrogenase, β subunit) | ΔCTa (light) | ΔCTa (dark) | ΔΔCTb | Relative gene expression level (light/dark)c | 365",,
1352,35701.0,Heliobacterium modesticaldum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC2887804,197,Relative gene expression level (light/dark),"value cited to another paper; fixation asserted, attribution belongs elsewhere","nifD (Fe/Mo nitrogenase, α subunit) | ΔCTa (light) | ΔCTa (dark) | ΔΔCTb | Relative gene expression level (light/dark)c | 197",,
1354,33996.0,Gluconacetobacter diazotrophicus,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC2939349,64,percent decrease in nitrogenase activity,assay reported without a usable scale,Nitrogenase activity decreased 64% when 0.5 mM of PQ was added to the medium,,
1355,292.0,Burkholderia cepacia strain Lu10-1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC2949702,1.16,μmol C2H4 mg protein-1 h-1,accepted quantitative rate,The rate of nitrogenase activity was 1.16 μmol C2H4 mg protein-1 h-1.,,
1356,1208.0,Trichodesmium thiebautii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC2974642,0.1,nmol H2 h−1 (mg chlorophyll)−1,symbiotic assay; the microbial symbiont is the fixing partner,under CO2-limitation around 0.1 nmol H2 h−1 (mg chlorophyll)−1 escapes to the environment,,
1357,,RU2222,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2978685,4.5,µmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain | Genotype | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) |  |  | 5 weeks | 6 weeks |  |  |  |  | RU2222 | wild-type | 3.3±0.1 | 502±31 | 6.6±0.8 | ,,
1358,,RU1933,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2978685,2.0,µmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain | Genotype | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) |  |  | 5 weeks | 6 weeks |  |  |  |  | RU1933 | aapJQM::ΩSpbraE::TnphoA | 2.0±0.2 | 347±1,,
1359,,RU1933,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2978685,2.2,µmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain | Genotype | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) |  |  | 5 weeks | 6 weeks |  |  |  |  | RU1933 | aapJQM::ΩSpbraE::TnphoA | 2.0±0.2 | 347±1,,
1360,,RU2222,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2978685,6.6,nmol h−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain | Genotype | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) |  |  | 5 weeks | 6 weeks |  |  |  |  | RU2222 | wild-type | 3.3±0.1 | 502±31 | 6.6±0.8 | ,,
1361,,RU2222,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2978685,6.0,nmol h−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain | Genotype | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) |  |  | 5 weeks | 6 weeks |  |  |  |  | RU2222 | wild-type | 3.3±0.1 | 502±31 | 6.6±0.8 | ,,
1362,,RU1933,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2978685,5.5,nmol h−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain | Genotype | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) |  |  | 5 weeks | 6 weeks |  |  |  |  | RU1933 | aapJQM::ΩSpbraE::TnphoA | 2.0±0.2 | 347±1,,
1363,,RU1933,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2978685,6.1,nmol h−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain | Genotype | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) | AR(µmol h−1 plant−1) | Nodule number | AR per nodule (nmol h−1) |  |  | 5 weeks | 6 weeks |  |  |  |  | RU1933 | aapJQM::ΩSpbraE::TnphoA | 2.0±0.2 | 347±1,,
1364,,2011,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2978685,0.33,µmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain | Genotype | Plant dry weight(mg plant−1) | AR(µmol h−1 plant−1) | 2011 | wild-type | 66.8±7.7 | 0.33±0.05,,
1365,,LMB211,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2978685,0.46,µmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain | Genotype | Plant dry weight(mg plant−1) | AR(µmol h−1 plant−1) | LMB211 | aapJ::ΩSpbraD::miniTn5 | 64.9±6.4 | 0.46±0.04,,
1366,3879.0,Medicago sativa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC2993905,41.8,μmol C2H2 g−1 DW h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nase (μmol C2H2 g−1 DW h−1) | 41.80±7.84 a | 10.05±1.23 b,unusable,not_a_single_microbial_species
1367,3879.0,Medicago sativa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC2993905,10.05,μmol C2H2 g−1 DW h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nase (μmol C2H2 g−1 DW h−1) | 41.80±7.84 a | 10.05±1.23 b,unusable,not_a_single_microbial_species
1368,,Trichodesmium IMS101,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2997788,4.8,nmol N2 chl−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Maximal N2 fixation rate (nmol N2 chl−1 h−1)a | 4.8(1.4,,
1369,,Trichodesmium IMS101,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2997788,7.2,nmol N2 chl−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Maximal N2 fixation rate (nmol N2 chl−1 h−1)a | 7.2(3.1,,
1370,,Trichodesmium IMS101,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2997788,20,nmol N2 chl−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Maximal N2 fixation rate (nmol N2 chl−1 h−1)a | 20(5.3,,
1371,,Trichodesmium IMS101,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC2997788,15.6,nmol N2 chl−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Maximal N2 fixation rate (nmol N2 chl−1 h−1)a | 15.6(3.2,,
1372,,Pelobacter species,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3022650,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,the nitrogenase reaction | nitrogenase reaction | 0,,
1373,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3063381,18,mol H2/100 mol organic C consumed,assay measured; denominator or scale lost,H2 yield (mol H2/100 mol organic C consumed) | 18 ± 3d,,
1374,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3063381,23,mol H2/100 mol organic C consumed,assay measured; denominator or scale lost,H2 yield (mol H2/100 mol organic C consumed) | 23 ± 1,,
1375,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3063381,21,mol H2/100 mol organic C consumed,assay measured; denominator or scale lost,H2 yield (mol H2/100 mol organic C consumed) | 21 ± 3,,
1376,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3063381,41,mol H2/100 mol organic C consumed,assay measured; denominator or scale lost,H2 yield (mol H2/100 mol organic C consumed) | 41 ± 10,,
1377,964.0,Herbaspirillum seropedicae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3093359,50,percent,assay reported without a usable scale,Several investigations have shown that H. seropedicae supplies fixed nitrogen to the associated plant and increases grain productivity up to 50%,,
1378,,HydF,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3105041,1.5,µmol H2 produced·min−1·mg−1 HydF,assay reported without a usable scale,"The purified HydF showed hydrogenase-like activity, with the ability to evolve hydrogen (1.5 µmol H2 produced·min−1·mg−1 HydF) as well as to reduce methyl viologen in the presence of 2% H2 (1.2 µmol MV reduced·min−1·mg−1 HydF, likely by H2 ",,
1379,376.0,Bradyrhizobium sp. ORS278,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC3130060,30,nmol C2H4 h-1 mg-1,accepted quantitative rate,plants inoculated with the cbbL1 mutants exhibited a nitrogenase activity defect ranging from 30 to 50% to that of the wild type (WT) strain,,
1380,376.0,Bradyrhizobium sp. ORS278,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC3130060,50,nmol C2H4 h-1 mg-1,assay reported without a usable scale,plants inoculated with the cbbL1 mutants exhibited a nitrogenase activity defect ranging from 30 to 50% to that of the wild type (WT) strain,,
1382,2214.0,Methanosarcina acetivorans,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC317290,76,score,nitrogenase purified from this organism,"Methanosarcina acetivorans | GTACAGTATATATTTTAAAATATAGTTAT | 76 | 507 | atpH MA4152 H(+) transporting ATP synthase, subunit H",,
1383,,Cyanothece ATCC 51142,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,148.03,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece ATCC 51142 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 148.03 ± 19.06,,
1384,,Cyanothece ATCC 51142,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,202.33,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece ATCC 51142 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 202.33 ± 23.41,,
1385,,Cyanothece PCC 7424,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,40.63,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece PCC 7424 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 40.63 ± 9.53,,
1386,,Cyanothece PCC 7424,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,160.53,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece PCC 7424 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 160.53 ± 28.6,,
1387,,Cyanothece PCC 7822,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,52.49,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece PCC 7822 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 52.49 ± 11.07,,
1388,,Cyanothece PCC 7822,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,112.32,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece PCC 7822 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 112.32 ± 18.28,,
1389,,Cyanothece PCC 8801,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,101.22,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece PCC 8801 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 101.22 ± 11.65,,
1390,,Cyanothece PCC 8801,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,187.65,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece PCC 8801 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 187.65 ± 43.12,,
1391,,Cyanothece PCC 8802,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,98.5,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece PCC 8802 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 98.5 ± 18.12,,
1392,,Cyanothece PCC 8802,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3187577,192.12,µmol C2H4 h-1 mg Chl-1,assay measured; denominator or scale lost,Cyanothece PCC 8802 | Nitrogenase activity (C2H4 production [µmol/mg Chl ⋅ h]) | 192.12 ± 36.78,,
1393,220690.0,Caragana microphylla Lam.,binomial_prefix_strain_dropped,assay_direct,T1,negative,False,corpus_fulltext,PMC3202592,0,µmol C2H4 g−1 h−1,explicit negative statement: 'no',"Elevated CO2 had no significant effect on root biomass, symbiotic nitrogenase activity and leaf N content. Under elevated CO2, N addition stimulated photosynthesis and shoot biomass. By contrast, N addition strongly inhibited symbiotic nitr",unusable,not_a_single_microbial_species
1394,220690.0,Caragana microphylla Lam.,binomial_prefix_strain_dropped,assay_direct,T1,negative,False,corpus_fulltext,PMC3202592,0,µmol C2H4 plant−1 h−1,explicit negative statement: 'no',"Elevated CO2 had no significant effect on root biomass, symbiotic nitrogenase activity and leaf N content. Under elevated CO2, N addition stimulated photosynthesis and shoot biomass. By contrast, N addition strongly inhibited symbiotic nitr",unusable,not_a_single_microbial_species
1395,,P35S::MtbHLH1-EAR nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3206218,78.3,ppm ethylene per plant per h,symbiotic assay; the microbial symbiont is the fixing partner,"production of 78.3 ± 9.2 ppm ethylene per plant per h compared with 31.9 ± 8.2 ppm for control plants, n = 8 plants",,
1396,,nifHD,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3227527,0.33,fold reg.,assay reported without a usable scale,CAC0254 | nifHD | Nitrogen regulatory protein PII (nitrogen fixation nifHD) | 0.21 | 0.17 | 0.53 | 0.43 | 0.33 | 0.17 | E,,
1397,,nifHD,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3227527,0.32,fold reg.,assay reported without a usable scale,CAC0255 | nifHD | Nitrogen regulatory protein PII (nitrogen fixation nifHD) | 0.22 | 0.20 | 0.41 | 0.46 | 0.32 | 0.13 | E,,
1398,,nifD,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3227527,0.32,fold reg.,assay reported without a usable scale,"CAC0256 | nifD | Nitrogenase molybdenum–iron protein, alpha chain (nitrogenase component I) | 0.21 | 0.16 | 0.42 | 0.47 | 0.32 | 0.15 | C",,
1399,,M. huakuii,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3237581,0,nmol of ethylene plant−1 h−1,explicit negative statement: 'No',Strain M. huakuii | Plant dry wt. (mg plant−1) | No. of nodules per plant | Nodule fresh wt. (mg plant−1) | Acetylene reduction activity(nmol of ethylene plant−1 h−1) | HK116 | 12.45b | 11.08b | 6.9b | 0,,
1400,,M. huakuii,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3237581,0,nmol of ethylene plant−1 h−1,explicit negative statement: 'No',Strain M. huakuii | Plant dry wt. (mg plant−1) | No. of nodules per plant | Nodule fresh wt. (mg plant−1) | Acetylene reduction activity(nmol of ethylene plant−1 h−1) | Control | 11.08b | 0 | 0 | 0,,
1401,,Frankia,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC3292739,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'NO',"Alnus Hb1 is strongly induced in actinorhizal nodules by NO and cold stress, but not by hypoxia or osmotic stress (Sasakura et al. 2006). Acetylene reduction is strongly reduced by NO, suggesting that Hb1 may support nitrogen fixation abili",,
1403,,GhHb1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3292739,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'NO',"Cotton Hb1 (GhHb1) is induced by NO, H2O2, ethylene, salicylate and methyljasmonate (Qu et al. 2006), agents that have been associated with plant disease responses (Mur et al. 2009). Ectopic expression of GhHb1 in arabidopsis increased the ",,
1404,,class 1 non-symbiotic haemoglobin,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3292739,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'NO',"Suppression of class 1 haemoglobin expression in maize cell cultures leads to a substantial increase in ethylene production (Manac'h-Little et al. 2005), consistent with the expected response if the increase was due to elevated cell NO leve",,
1405,,Azospirillum isolates,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3339590,200,nmol C2H4 h-1 ml-1 culture,assay reported without a usable scale,"ARA (nmol C2H4 h−1 ml−1): excellent (>200), good (100–150), poor (<15)",,
1406,,Azospirillum isolates,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3339590,150,nmol C2H4 h-1 ml-1 culture,assay measured; denominator or scale lost,"ARA (nmol C2H4 h−1 ml−1): excellent (>200), good (100–150), poor (<15)",,
1407,,Azospirillum isolates,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3339590,15,nmol C2H4 h-1 ml-1 culture,assay measured; denominator or scale lost,"ARA (nmol C2H4 h−1 ml−1): excellent (>200), good (100–150), poor (<15)",,
1408,,Azospirillum isolates,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3339590,200,nmol C2H4 h-1 ml-1 culture,assay reported without a usable scale,"ARA (nmol C2H4 h−1 ml−1): excellent (>200), good (100–150), poor (<15)",,
1409,,Azospirillum isolates,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3339590,150,nmol C2H4 h-1 ml-1 culture,duplicate of an accepted measurement,"ARA (nmol C2H4 h−1 ml−1): excellent (>200), good (100–150), poor (<15)",,
1410,,Azospirillum isolates,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3339590,15,nmol C2H4 h-1 ml-1 culture,duplicate of an accepted measurement,"ARA (nmol C2H4 h−1 ml−1): excellent (>200), good (100–150), poor (<15)",,
1411,,microbial mats,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3354318,0,nmol C2H4 h-1 m-2,a zero is present in the quote beside assay context,Nitrogenase activity (NA) was measured at different time points during the incubation period of 72 h and for five salinities ranging from 0 to 165 PSU (Fig. 1).,,
1412,,soybean,host_plant_or_common_name,assay_direct,T1,negative,True,corpus_fulltext,PMC3369847,0,nmol C2H4 h-1 mg-1 DW,explicit negative statement: 'not',"nitrogenase activity (ARA), and metabolite profiles were analyzed in order to establish the effect of water stress on these plant parameters (Figure 1). The results of the study showed that the water stress produced varied effects on leaf a",,
1413,409.0,Methylobacterium sp. 4–46,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC3395638,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"nitrogenase genes are encoded in the genomes of M. nodulans and Methylobacterium sp. 4–46, but not in those of other Methylobacterium species. Since plate tests are usually erratic, the presence of the nifH gene was confirmed by PCR [46]. W",,
1414,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC3401090,2.14,fmol C2H2 cell-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,"acetylene reduction (AR) activity in C. watsonii began in the early dark phase, peaked around the middle of the dark phase and returned below the detection limit in the early light phase. At normal oxygen levels, peak rates of AR were reach",,
1415,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC3401090,2.48,fmol C2H2 cell-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,"Under low oxygen conditions, peak rates were slightly but not significantly higher (2.48 ± 0.46 fmol C2H2 cell-1 h-1, independent t-test, df = 4, p = 0.34) but the AR activity started around 3 h earlier (D2; Figure 1)",,
1416,,CpI apohydrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3457958,675,µmol H2 consumed·min–1·mg–1 of CpI,nitrogenase purified from this organism,We previously determined that a specific activity of ∼675 µmol H2 consumed·min–1·mg–1 of CpI indicates complete hydrogenase maturation [9].,,
1417,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3465543,12.1,nmol C2H4 h-1 vial-1,assay measured; denominator or scale lost,Rates obtained in isolates were in the range of 12.1 to 326.4 nmol C2H4 h-1 vial-1,,
1418,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3465543,326.4,nmol C2H4 h-1 vial-1,assay measured; denominator or scale lost,Rates obtained in isolates were in the range of 12.1 to 326.4 nmol C2H4 h-1 vial-1,,
1419,,Cyanothece 51142,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3487460,49.67,mole H2 mole glycogen-1,assay measured; denominator or scale lost,hydrogen production yield for Cyanothece 51142 was measured at 49.67 mole/mole glycogen consumed,,
1420,,nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3488678,5.5,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"H2 is an obligate by-product of nitrogenase activity, representing about 5–6% of the plant's net photosynthesis (Dong and Layzell 2001).",,
1421,,S. meliloti nifH mutants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRbohA expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1422,,S. meliloti bacA mutants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRbohA expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1423,,S. meliloti wild-type,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRbohA expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1424,,S. meliloti wild-type,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRbohA expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1425,,S. meliloti wild-type,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRbohA expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1426,,S. meliloti wild-type,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRbohA expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1427,,S. meliloti wild-type,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRbohA expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1428,,S. meliloti wild-type,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRboh, expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1429,,S. meliloti wild-type,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRbohA expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1430,,S. meliloti wild-type,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3491693,0,nmol C2H4 h-1 mg-1 nodule fresh weight-1,explicit negative statement: 'not',"the 3-wk-old nodules formed with either S. meliloti nifH or bacA mutants showed an MtRbohA expression level not significantly different from that of the roots, in contrast with nodules formed with S. meliloti wild-type bacteria which showed",,
1431,3809.0,Acacia confusa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3499541,19.86,nmol·g−1·min−1,symbiotic assay; the microbial symbiont is the fixing partner,Acacia confusa | Nitrogenase activity (nmol·g−1·min−1) | 19.86,unusable,not_a_single_microbial_species
1432,499986.0,Acacia crassicarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3499541,18.9,nmol·g−1·min−1,symbiotic assay; the microbial symbiont is the fixing partner,Acacia crassicarpa | Nitrogenase activity (nmol·g−1·min−1) | 18.90,unusable,not_a_single_microbial_species
1433,224085.0,Acacia mangium,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3499541,19.01,nmol·g−1·min−1,symbiotic assay; the microbial symbiont is the fixing partner,Acacia mangium | Nitrogenase activity (nmol·g−1·min−1) | 19.01,unusable,not_a_single_microbial_species
1434,3809.0,Acacia confusa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3499541,19.86,nmol·g−1·min−1,symbiotic assay; the microbial symbiont is the fixing partner,Acacia confusa | Nitrogenase activity (nmol·g−1·min−1) | 19.86,unusable,not_a_single_microbial_species
1435,499986.0,Acacia crassicarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3499541,18.9,nmol·g−1·min−1,symbiotic assay; the microbial symbiont is the fixing partner,Acacia crassicarpa | Nitrogenase activity (nmol·g−1·min−1) | 18.90,unusable,not_a_single_microbial_species
1436,224085.0,Acacia mangium,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3499541,19.01,nmol·g−1·min−1,symbiotic assay; the microbial symbiont is the fixing partner,Acacia mangium | Nitrogenase activity (nmol·g−1·min−1) | 19.01,unusable,not_a_single_microbial_species
1437,,KTCIGME02,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3507164,1.46,C2H4 ppm,assay measured; denominator or scale lost,KTCIGME02 | Nitrogenase activity (C2H4 ppm) | 1.46±0.5*,,
1438,,KTCIGME01,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3507164,0.63,C2H4 ppm,assay measured; denominator or scale lost,KTCIGME01 | Nitrogenase activity (C2H4 ppm) | 0.63±0.3ns,,
1439,,KTCIGME03,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3507164,0.48,C2H4 ppm,assay measured; denominator or scale lost,KTCIGME03 | Nitrogenase activity (C2H4 ppm) | 0.48±0.2ns,,
1440,,Control,non_organism_label,assay_relative,T3,positive,True,corpus_fulltext,PMC3507164,0.21,C2H4 ppm,assay summarised across organisms,Control | Nitrogenase activity (C2H4 ppm) | 0.21±0.1,,
1441,,R. etli wild-type and otsA mutant strain (CMS310),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3518184,0,μmol C2H4 h-1 g-1 NDW,explicit negative statement: 'not',"Specific nitrogenase activity expressed as acetylene reduction activity (ARA) and leghaemoglobin (Lb) content of the nodules as an estimation of nodule functionality were also measured. Regardless of the plant treatment, inoculation of plan",,
1442,3880.0,Medicago truncatula,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3528036,0.36,µmol H2 g–1 NDW min–1,symbiotic assay; the microbial symbiont is the fixing partner,C and PDC nodules maintained steady ANA rates (between 0.36 and 0.47 µmol H2 g–1 NDW min–1),unusable,not_a_single_microbial_species
1443,3880.0,Medicago truncatula,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3528036,0.47,µmol H2 g–1 NDW min–1,symbiotic assay; the microbial symbiont is the fixing partner,C and PDC nodules maintained steady ANA rates (between 0.36 and 0.47 µmol H2 g–1 NDW min–1),unusable,not_a_single_microbial_species
1444,3880.0,Medicago truncatula,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3528036,0.03,µmol H2 plant min–1,symbiotic assay; the microbial symbiont is the fixing partner,"ANA expressed on a per-plant basis, showed a significant increase in PDC treatment (0.030±0.003 µmol H2 plant min–1) when compared with C plants (0.018±0.004 µmol H2 plant min–1)",unusable,not_a_single_microbial_species
1445,3880.0,Medicago truncatula,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC3528036,0.018,µmol H2 plant min–1,symbiotic assay; the microbial symbiont is the fixing partner,"ANA expressed on a per-plant basis, showed a significant increase in PDC treatment (0.030±0.003 µmol H2 plant min–1) when compared with C plants (0.018±0.004 µmol H2 plant min–1)",unusable,not_a_single_microbial_species
1446,213767.0,Anabaena siamensis TISTR 8012 ∆hupS,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC3551714,24,μmol C2H4 mg chl a-1 h-1,accepted quantitative rate,The nitrogenase activity of the ∆hupS strain was also investigated under the same conditions. The ∆hupS strain showed increased nitrogenase activity upon incubation up to 96 h with maximum activity detected after 24 h,,
1447,173365.0,M. tundripaludum,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC3554415,33,% of transcripts,assay reported without a usable scale,as much as 33% of the transcripts encoded subunits of the key enzyme particulate methane monooxygenase (Table 3),,
1448,77022.0,Cylindrospermopsis raciborskii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3566145,10.2,nmol C2H4 per mg of protein mL−1 h−1,accepted quantitative rate,"8.37 (SD±1.98) and 10.20 (SD±1.43) nmol C2H4 per mg of protein mL−1 h−1 for C. raciborskii and Anabaena PCC7120, respectively (n = 3 cultures with three generations of diazotrophic establishment and an OD750 of 0.61 SD±0.05 and 0.63 SD±0.04",,
1449,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3580806,480,nmol g DW–1 s–1,symbiotic assay; the microbial symbiont is the fixing partner,R nodule | nmol g DW–1 s–1 | –480±3 | –228±31 | *,,
1450,,nodules,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3580806,228,nmol g DW–1 s–1,symbiotic assay; the microbial symbiont is the fixing partner,R nodule | nmol g DW–1 s–1 | –480±3 | –228±31 | *,,
1451,,L. japonicus nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3598425,30,fold reduction in nitrogenase activity per mg nodule dry wei,assay reported without a usable scale,"The effect of photosynthetic carbon limitation on nitrogenase activity in intact L. japonicus nodules was estimated by the acetylene reduction assay, using whole plants. After 24h of continuous darkness, nitrogenase activity was almost 7-fo",,
1452,,nifH,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3613424,247,Number of sequences derived from the NCBI-nr database,"value cited to another paper; fixation asserted, attribution belongs elsewhere",K02588 | nifH | Nitrogenase iron protein NifH | 247,,
1453,,nifD,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3613424,195,Number of sequences derived from the NCBI-nr database,"value cited to another paper; fixation asserted, attribution belongs elsewhere",K02586 | nifD | Nitrogenase molybdenum-iron protein alpha chain | 195,,
1454,,nifK,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3613424,209,Number of sequences derived from the NCBI-nr database,"value cited to another paper; fixation asserted, attribution belongs elsewhere",K02591 | nifK | Nitrogenase molybdenum-iron protein beta chain | 209,,
1455,,anfG,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3613424,13,Number of sequences derived from the NCBI-nr database,"value cited to another paper; fixation asserted, attribution belongs elsewhere",K00531 | anfG | Nitrogenase | 13,,
1456,,cyanobacteria colonizing P. schreberi,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3626682,0,µmol m−2 d−1 acetylene reduced,a zero is present in the quote beside assay context,"N2 fixation rates were found to scale linearly with the numbers of cyanobacteria in the mosses, ranging between 0 and 200 cells leaf−1 (P<0.0001; R2 = 0.94) (Fig. 3), where low counts corresponded to low rates, and vice versa, and where a N",,
1457,264691.0,Anabaena variabilis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3627308,0.4,nmoles N2 per cell per minute,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogen fixation rates varied from 0.4 to 0.06 nmoles N2 per cell per minute.,,
1458,264691.0,Anabaena variabilis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3627308,0.06,nmoles N2 per cell per minute,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogen fixation rates varied from 0.4 to 0.06 nmoles N2 per cell per minute.,,
1459,264691.0,Anabaena variabilis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3627308,0.3,‰,symbiotic assay; the microbial symbiont is the fixing partner,"When utilizing nitrate as an N source, fractionations of −0.3 ± 0.1‰ (mean ± standard deviation between experiments) were consistently observed.",,
1460,264691.0,Anabaena variabilis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3627308,0.9,‰,symbiotic assay; the microbial symbiont is the fixing partner,"During N2 fixation, fractionations of −0.9 ± 0.1‰ were observed during exponential growth, while fractionations of −0.5 ± 0.1‰ were observed during stationary phase.",,
1461,264691.0,Anabaena variabilis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3627308,0.5,‰,symbiotic assay; the microbial symbiont is the fixing partner,"During N2 fixation, fractionations of −0.9 ± 0.1‰ were observed during exponential growth, while fractionations of −0.5 ± 0.1‰ were observed during stationary phase.",,
1462,,Methylobacter,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3628875,80,% of total sequences,assay reported without a usable scale,Methylococcaceae and most prominently Methylobacter species were the major type possessing the potential for nitrogen fixation (up to 80% of total sequences),,
1463,,Methylococcaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3628875,80,% of total sequences,assay reported without a usable scale,Methylococcaceae and most prominently Methylobacter species were the major type possessing the potential for nitrogen fixation (up to 80% of total sequences),,
1464,,Symbiodinium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3631397,70,percent,assay reported without a usable scale,a further increase in Hb-2 expression by 70% when coral–dinoflagellate symbiosis was exposed to ammonium-enriched seawater for a 3-day period,,
1465,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,0.36,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,M. truncatula | Deficient-P | Control | ANA (μmol H2 plant−1 h−1) | 0.36 ± 0.04 d | 0.78 ± 0.03 c,,
1466,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,0.99,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,M. truncatula | Deficient-P | Control | TNA (μmol H2 plant−1 h−1] | 0.99 ± 0.08 c | 1.66 ± 0.08 c,,
1467,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,0.63,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,"M. truncatula | Deficient-P | Control | EAC | 0.63 ± 0.02 d | 0.52 ± 0.01 a,c",,
1468,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,0.14,mg N 24 h−1,symbiotic assay; the microbial symbiont is the fixing partner,M. truncatula | Deficient-P | Control | Fixed-N per plant (mg N 24 h−1) | 0.14 ± 0.01 c | 0.20 ± 0.01 c,,
1469,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,12.96,μg N mg nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,M. truncatula | Deficient-P | Control | Specific fixed-N (μg N mg nodule−1 h−1) | 12.96 ± 2.71 c | 6.94 ± 1.01 b,,
1470,,M. sativa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,1.85,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,M. sativa | Deficient-P | Control | ANA (μmol H2 plant−1 h−1) | 1.85 ± 0.08 b | 2.99 ± 0.24 a,,
1471,,M. sativa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,3.53,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,M. sativa | Deficient-P | Control | TNA (μmol H2 plant−1 h−1] | 3.53 ± 0.30 b | 7.40 ± 0.49 a,,
1472,,M. sativa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,0.47,μmol H2 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,M. sativa | Deficient-P | Control | EAC | 0.47 ± 0.03 b | 0.60 ± 0.02 a,,
1473,,M. sativa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,0.38,mg N 24 h−1,symbiotic assay; the microbial symbiont is the fixing partner,M. sativa | Deficient-P | Control | Fixed-N per plant (mg N 24 h−1) | 0.38 ± 0.05 b | 0.99 ± 0.08 a,,
1474,,M. sativa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3634504,25.62,μg N mg nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,M. sativa | Deficient-P | Control | Specific fixed-N (μg N mg nodule−1 h−1) | 25.62 ± 7.08 a | 23.63 ± 1.66 a,,
1475,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3655545,5,Tg N annually,assay measured; denominator or scale lost,"The global input via N2 fixation by Trichodesmium was initially estimated to amount to about 5 Tg N annually by Capone & Carpenter (1982), an estimate that by now has risen to about 60–80 Tg N annually (Capone et al., 1997; Mahaffey et al. ",,
1476,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3655545,60,Tg N annually,assay measured; denominator or scale lost,"The global input via N2 fixation by Trichodesmium was initially estimated to amount to about 5 Tg N annually by Capone & Carpenter (1982), an estimate that by now has risen to about 60–80 Tg N annually (Capone et al., 1997; Mahaffey et al. ",,
1477,56772.0,cyanobacterial symbiont,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC3667715,2,nmol C2H4 h-1,symbiotic assay; the microbial symbiont is the fixing partner,Given the high N2 fixation rates by the cyanobacterial symbiont when associated with the host diatom2,unusable,not_a_single_microbial_species
1478,,M. truncatula dmi3 mutant expressing CgCCaMK cassette,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3669324,39.75,Units,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",complemented dmi3 mutants (39.75±13.85 Units) and positive controls (33.50±18.10 Units),,
1479,,negative control plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3669324,1.5,Units,assay measured; denominator or scale lost,only very low amounts of ethylene (1.50±0.29 Units) were detected in negative control plants,,
1480,263511.0,Crocosphaera watsonii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3689712,0.4,fmol N2 cell-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N2 fixation | (regular dark)† | (regular light)‡ | (subject. dark)† | (subject. light)‡ | range | −0.23–2.35 | −0.19–0.14 | −0.07–4.03 | −0.06–0.20 | mean ± SD | 0.40±0.60 | 0.02±0.07 | 0.17±0.37 | 0.05±0.03,,
1481,263511.0,Crocosphaera watsonii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3689712,0.02,fmol N2 cell-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N2 fixation | (regular dark)† | (regular light)‡ | (subject. dark)† | (subject. light)‡ | range | −0.23–2.35 | −0.19–0.14 | −0.07–4.03 | −0.06–0.20 | mean ± SD | 0.40±0.60 | 0.02±0.07 | 0.17±0.37 | 0.05±0.03,,
1482,263511.0,Crocosphaera watsonii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3689712,0.17,fmol N2 cell-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N2 fixation | (regular dark)† | (regular light)‡ | (subject. dark)† | (subject. light)‡ | range | −0.23–2.35 | −0.19–0.14 | −0.07–4.03 | −0.06–0.20 | mean ± SD | 0.40±0.60 | 0.02±0.07 | 0.17±0.37 | 0.05±0.03,,
1483,263511.0,Crocosphaera watsonii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3689712,0.05,fmol N2 cell-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,N2 fixation | (regular dark)† | (regular light)‡ | (subject. dark)† | (subject. light)‡ | range | −0.23–2.35 | −0.19–0.14 | −0.07–4.03 | −0.06–0.20 | mean ± SD | 0.40±0.60 | 0.02±0.07 | 0.17±0.37 | 0.05±0.03,,
1484,562.0,E. coli JM109 (pKU7180),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC3723869,100,%,assay reported without a usable scale,Nitrogenase activity with the optimal T7 dependent promoter construction (plasmid pKU71180) represents 100% in each case and 0.2 mM IPTG was used for induction,,
1485,562.0,E. coli JM109 (pKU7180),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC3723869,41.8,%,assay reported without a usable scale,This corresponds to 41.8% of the activity exhibited by the reconstituted σ54-dependent nif system (nif system assembled as BioBrick parts),,
1486,562.0,E. coli JM109 (pKU7180),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC3723869,100,%,assay reported without a usable scale,Nitrogenase activity with the optimal T7 dependent promoter construction (plasmid pKU71180) represents 100% in each case and 0.2 mM IPTG was used for induction,,
1487,562.0,E. coli JM109 (pKU7180),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC3723869,100,%,assay reported without a usable scale,Nitrogenase activity with the optimal T7 dependent promoter construction (plasmid pKU71180) represents 100% in each case and 0.2 mM IPTG was used for induction,,
1488,562.0,E. coli JM109 (pKU7180),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC3723869,100,%,assay reported without a usable scale,Nitrogenase activity with the optimal T7 dependent promoter construction (plasmid pKU71180) represents 100% in each case and 0.2 mM IPTG was used for induction,,
1489,562.0,E. coli JM109 (pKU7180),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC3723869,100,%,assay reported without a usable scale,Nitrogenase activity with the optimal T7 dependent promoter construction (plasmid pKU71180) represents 100% in each case and 0.2 mM IPTG was used for induction,,
1490,562.0,E. coli JM109 (pKU7180),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC3723869,100,%,assay reported without a usable scale,Nitrogenase activity with the optimal T7 dependent promoter construction (plasmid pKU71180) represents 100% in each case and 0.2 mM IPTG was used for induction,,
1491,562.0,E. coli JM109 (pKU7180),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC3723869,100,%,assay reported without a usable scale,Nitrogenase activity with the optimal T7 dependent promoter construction (plasmid pKU71180) represents 100% in each case and 0.2 mM IPTG was used for induction,,
1492,,R. etli nifA mutants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3724788,0,nmol C2H4 h-1 mg-1 nodule dry weight-1,explicit negative statement: 'Neither',"Neither ΔnifA-induced nor ::nifA-induced nodules had much nitrogenase activity, as NifA is essential for activating genes that are required for nitrogen fixation. However, the level of nitrogenase activity from the co-infection of nifA muta",,
1493,,REICA_142T,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3728145,3.66,% (0.2% agar) acetylene to ethylene during 24 h of incubatio,assay reported without a usable scale,"strains REICA_142T and REICA_082T reduced, respectively, 3.66% (±0.02) and 0.24% (±0.0002) of acetylene to ethylene during 24 h of incubation at 37°C",,
1494,,REICA_082T,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3728145,0.24,% (0.2% agar) acetylene to ethylene during 24 h of incubatio,assay reported without a usable scale,"strains REICA_142T and REICA_082T reduced, respectively, 3.66% (±0.02) and 0.24% (±0.0002) of acetylene to ethylene during 24 h of incubation at 37°C",,
1495,,PsFDH(QN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3735542,32,µM/h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the reactivity of PsFDH(QN) with NADPH was 5 times that with NADH, and produced formate at 32 µM/h, corresponding to a specific activity of 19 nmol (mg protein)-1 h-1",,
1496,,PsFDH(QN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3735542,26,µM/h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",the maximum rate of formate production achieved was 26 µM/h,,
1497,,PsFDH(QN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3735542,19,nmol (mg protein)-1 h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the reactivity of PsFDH(QN) with NADPH was 5 times that with NADH, and produced formate at 32 µM/h, corresponding to a specific activity of 19 nmol (mg protein)-1 h-1",,
1498,,PsFDH(QN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3735542,0.26,µmol (mg chlorophyll)-1 h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",the rate is equivalent to 0.26 µmol (mg chlorophyll)-1 h-1,,
1499,,PsFDH(QN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3735542,5,µM/h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",formate production was observed at a rate of 5 µM/h,,
1500,,CbFDH(QRN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3735542,2.4,µM/h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","CbFDH(QRN) and PoFDH(QH) showed much lower formate production activities than PsFDH(QN) (2.4 µM/h and 1.3 µM/h [1.4 and 0.77 nmol (mg protein)-1 h-1], respectively)",,
1501,,PoFDH(QH),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3735542,1.3,µM/h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","CbFDH(QRN) and PoFDH(QH) showed much lower formate production activities than PsFDH(QN) (2.4 µM/h and 1.3 µM/h [1.4 and 0.77 nmol (mg protein)-1 h-1], respectively)",,
1502,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3753716,0.05,nmol N L−1d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Gulf of Aqaba | Photic | Mixed | 22–23 | 40.5–40.7 | 0.09–0.90 | BLD–0.04 | 0.4–0.8 | 0.1–3.1 | 0.05–0.11 | 63,,
1503,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3753716,0.35,nmol N L−1d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Gulf of Aqaba | Photic | Stratified | 23–27 | 40.5–40.8 | 0.04–0.06 | BLD–0.04 | 1.5–3.8 | 0.3–0.6 | 0.35–0.63 | 25,,
1504,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3753716,0.01,nmol N L−1d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Levantine basin |  | Mixed | 17–18 | 39.1–39.2 | 0.06–0.46 | 0.02–0.10 | 0.4–0.5 | 0.7–2.3 | BLD–0.01 | 44,,
1505,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3753716,0.02,nmol N L−1d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Gulf of Aqaba | Aphotic | Mixed | 21–22 | 40.5–40.7 | 0.80–5.61 | 0.04–0.36 | 0.2–0.4 | 0–0.1 | 0.02–0.20 | 37,,
1506,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3753716,0.07,nmol N L−1d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Gulf of Aqaba | Aphotic | Stratified | 21–23 | 40.4–40.7 | 0.06–6.24 | 0.04–0.36 | 0.5–2.4 | 0 | 0.07–0.38 | 75,,
1507,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3753716,0.01,nmol N L−1d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Levantine basin |  | Mixed | 14–18 | 38.9–39.1 | 0.20–4.31 | 0.10–0.25 | 0.8–2.7 | 0.3–0.5 | 0.01–0.02 | 56,,
1509,,H. seropedicae RAM21,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3759049,0,nmol of C2H4 produced per minute per mg protein,explicit negative statement: 'not',The RAM21 strain ( fixN mutant) was also not deficient in acetylene reduction when grown under these conditions (Supplementary Fig. S10).,,
1510,103690.0,Nostoc sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3766884,5.9,nmol ethylene µg chl a−1 h−1,assay measured; denominator or scale lost,No BMAA added | Nitrogenase activity (nmol ethylene µg chl a−1 h−1) | 5.9,,
1511,103690.0,Nostoc sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3766884,0.2,nmol ethylene µg chl a−1 h−1,assay measured; denominator or scale lost,Fresh BMAA added | Nitrogenase activity (nmol ethylene µg chl a−1 h−1) | 0.2 *,,
1512,103690.0,Nostoc sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3766884,0.2,nmol ethylene µg chl a−1 h−1,duplicate of an accepted measurement,1 week | Nitrogenase activity (nmol ethylene µg chl a−1 h−1) | 0.2,,
1513,103690.0,Nostoc sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3766884,0.4,nmol ethylene µg chl a−1 h−1,assay measured; denominator or scale lost,2 weeks | Nitrogenase activity (nmol ethylene µg chl a−1 h−1) | 0.4,,
1514,103690.0,Nostoc sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3766884,0.4,nmol ethylene µg chl a−1 h−1,duplicate of an accepted measurement,3 weeks | Nitrogenase activity (nmol ethylene µg chl a−1 h−1) | 0.4,,
1515,103690.0,Nostoc sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3766884,0.2,nmol ethylene µg chl a−1 h−1,duplicate of an accepted measurement,4 weeks | Nitrogenase activity (nmol ethylene µg chl a−1 h−1) | 0.2 (ns),,
1516,3871.0,Lupinus angustifolius L.,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC3772312,215,bacteroids per infected region,symbiotic assay; the microbial symbiont is the fixing partner,"Peanuts grown under iron deficiency have lower concentrations of leghemoglobin, a delayed onset of nitrogen fixation and up to 215 times fewer bacteroids within the infected region (O’Hara et al., 1988), indicating an effect on the differen",unusable,not_a_single_microbial_species
1517,1911079.0,Methylocystis sp. strain SC2,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC3794950,133,nmol ethylene/mg dry weight of cells,accepted quantitative rate,"Ethylene production measured after 24 hours of incubation was found to be affected by oxygen concentration in the headspace, with highest amount produced at 1% oxygen (133 nmol ethylene/mg dry weight of cells).",,
1518,1406.0,Paenibacillus sp. WLY78,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3798268,10,percent of specific activity for acetylene reduction,assay reported without a usable scale,"The engineered E. coli strain 78-7, which expresses the nif genes from the native promoter showed approximately 10% of the specific activity for acetylene reduction when compared with Paenibacillus",,
1519,,transgenic azotobacters,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3815912,4828,µmol acetylene per OD of culture per 24 h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","The transformants pMMB206, pMMBEPS1 and pMMBEGS1 reduced 4828, 4833 and 4812 µmol acetylene per OD of culture per 24 h, respectively, while the wild-type strain reduced 5148 µmol during the same time.",,
1520,,transgenic azotobacters,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3815912,4833,µmol acetylene per OD of culture per 24 h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","The transformants pMMB206, pMMBEPS1 and pMMBEGS1 reduced 4828, 4833 and 4812 µmol acetylene per OD of culture per 24 h, respectively, while the wild-type strain reduced 5148 µmol during the same time.",,
1521,,transgenic azotobacters,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3815912,4812,µmol acetylene per OD of culture per 24 h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","The transformants pMMB206, pMMBEPS1 and pMMBEGS1 reduced 4828, 4833 and 4812 µmol acetylene per OD of culture per 24 h, respectively, while the wild-type strain reduced 5148 µmol during the same time.",,
1522,29449.0,Rhizobium etli,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3820493,68,percent,assay reported without a usable scale,plants had 68% more nitrogenase activity than plants inoculated with wild-type R. etli,,
1523,,weevil larvae,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3823913,3.135,nmol ethylene h-1 weevil weight-1,assay measured; denominator or scale lost,"Acetylene-reducing activity was detected in live weevil larvae but not in adult weevils (3.135±0.7 and 0.12±0.05 nmol ethylene h−1 weevil weight−1, respectively; one-way ANOVA: F = 8.61; P<0.001; n = 16)",,
1524,,A. salinestris AT18,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3835881,3,mmol C2H4 mg protein-1 24 h-1,assay reported without a usable scale,the lowest values (3 mmol C2H4 mg protein-1 24 h-1) were found in A. salinestris AT18 and AT19 strains (Figure 3(d)),,
1525,,A. salinestris AT19,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3835881,3,mmol C2H4 mg protein-1 24 h-1,assay reported without a usable scale,the lowest values (3 mmol C2H4 mg protein-1 24 h-1) were found in A. salinestris AT18 and AT19 strains (Figure 3(d)),,
1526,,A. salinestris AT42,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3835881,14,mmol C2H4 mg protein-1 24 h-1,assay reported without a usable scale,the highest activity levels (~14 mmol C2H4 mg protein-1 24 h-1) were exhibited by A. salinestris AT42 and A. chroccoccum AT31 strains,,
1527,,A. chroccoccum AT31,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3835881,14,mmol C2H4 mg protein-1 24 h-1,assay reported without a usable scale,the highest activity levels (~14 mmol C2H4 mg protein-1 24 h-1) were exhibited by A. salinestris AT42 and A. chroccoccum AT31 strains,,
1528,,A. salinestris AT37,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3835881,6.5,mmol C2H4 mg protein-1 24 h-1,assay reported without a usable scale,A. salinestris AT37 and A. chroccoccum AT25 strains presented intermediate levels (6.5 mmol C2H4 mg protein-1 24 h-1),,
1529,,A. chroccoccum AT25,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3835881,6.5,mmol C2H4 mg protein-1 24 h-1,assay reported without a usable scale,A. salinestris AT37 and A. chroccoccum AT25 strains presented intermediate levels (6.5 mmol C2H4 mg protein-1 24 h-1),,
1530,29449.0,R. etli,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC3836376,58,nmol C2H4 h-1 mg-1,assay reported without a usable scale,R. etli strains with the chimeric nitrogenase construct assayed in greenhouse experiments had increased nitrogenase activity (58% on average),,
1531,,bulk_sample,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3841170,1.7,fold increase in nifH transcript abundance,assay reported without a usable scale,the nifH transcript abundance values showed up to a 1.7-fold mean increase in response to CO2 release,,
1532,,bulk_sample,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3841170,2.2,fold decrease in nosZ transcriptional activity,assay reported without a usable scale,nosZ transcriptional activity during injections decreased up to 2.2-fold compared to background samples,,
1533,,Fix- mutants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3852326,0,nmol ethylene h-1 nodule-1,explicit negative statement: 'no',"no acetylene reduction was detected on any of the 8 backcrossed Fix- mutants, except one mutant, dnf8 (see below), in which a very low rate of nitrogen fixation was observed (Figure 2).",,
1534,,M. truncatula,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3855279,38,%,assay reported without a usable scale,the amount of N fixed from the atmosphere by legumes increased 38% under elevated CO2,,
1535,,M. truncatula,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3855279,33,%,assay reported without a usable scale,whole plant nodule number (+33%),,
1536,,M. truncatula,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3855279,39,%,assay reported without a usable scale,nodule mass (+39%),,
1537,,M. truncatula,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3855279,37,%,assay reported without a usable scale,nitrogenase activity (+37%),,
1538,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3861260,288,µmol N m−2 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Station 9 | Total 0–2000 m (µmol N m−2 d−1) | 288,,
1539,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3861260,49,µmol N m−2 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Station 9 | Euphotic (µmol N m−2 d−1) | 49,,
1540,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3861260,239,µmol N m−2 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Station 9 | Aphotic (µmol N m−2 d−1) | 239,,
1541,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3861260,509,µmol N m−2 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Station 11 | Total 0–2000 m (µmol N m−2 d−1) | 509,,
1542,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3861260,8,µmol N m−2 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Station 11 | Euphotic (µmol N m−2 d−1) | 8,,
1543,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3861260,501,µmol N m−2 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Station 11 | Aphotic (µmol N m−2 d−1) | 501,,
1544,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3861260,155,µmol N m−2 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Station 1 | Total 0–2000 m (µmol N m−2 d−1) | 155,,
1545,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3861260,71,µmol N m−2 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Station 1 | Euphotic (µmol N m−2 d−1) | 71,,
1546,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC3861260,84,µmol N m−2 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Station 1 | Aphotic (µmol N m−2 d−1) | 84,,
1547,,bulk_sample,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3861260,317,µmol N m−2 d−1,assay summarised across organisms,Average | Total 0–2000 m (µmol N m−2 d−1) | 317,,
1548,,bulk_sample,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3861260,43,µmol N m−2 d−1,assay summarised across organisms,Average | Euphotic (µmol N m−2 d−1) | 43 (13%),,
1549,,bulk_sample,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3861260,275,µmol N m−2 d−1,assay summarised across organisms,Average | Aphotic (µmol N m−2 d−1) | 275 (87%),,
1550,,bulk_sample,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3861260,64,µmol N m−2 d−1,assay summarised across organisms,Average | Total 0–2000 m (µmol N m−2 d−1) | 64,,
1551,,bulk_sample,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3861260,6,µmol N m−2 d−1,assay summarised across organisms,Average | Euphotic (µmol N m−2 d−1) | 06 (10%),,
1552,,bulk_sample,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3861260,58,µmol N m−2 d−1,assay summarised across organisms,Average | Aphotic (µmol N m−2 d−1) | 58 (90%),,
1553,,rhizosphere bacterial isolates,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3863402,0,nmol of C2H4/tube/12 h,explicit negative statement: 'Non-',Non-fixers (0 nmol of C2H4/tube/12 h),,
1554,,rhizosphere bacterial isolates,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3863402,60,nmol of C2H4/tube/12 h,assay reported without a usable scale,Very high >60 nmol of C2H4/tube/12 h,,
1555,,rhizoplane bacterial isolates,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3863402,0,nmol of C2H4/tube/12 h,explicit negative statement: 'Non-',Non-fixers (0 nmol of C2H4/tube/12 h),,
1556,,rhizoplane bacterial isolates,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3863402,60,nmol of C2H4/tube/12 h,assay reported without a usable scale,Very high >60 nmol of C2H4/tube/12 h,,
1557,,phyllosphere bacterial isolates,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3863402,0,nmol of C2H4/tube/12 h,explicit negative statement: 'Non-',Non-fixers (0 nmol of C2H4/tube/12 h),,
1558,,phyllosphere bacterial isolates,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3863402,60,nmol of C2H4/tube/12 h,assay reported without a usable scale,Very high >60 nmol of C2H4/tube/12 h,,
1559,,R4-368,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3879406,8.7,nmol C2H4 h-1 mg-1,accepted quantitative rate,R4-368 | Nitrogenase activity b | 8.70 ± 0.25,,
1560,,R4-368,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3879406,49.94,nmol C2H4 h-1 g-1,accepted quantitative rate,R4-368 | In planta AR activity (nmol C 2 H 4 /h/g) § | 49.94 ± 3.18,,
1561,,ΔnifH,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3879406,4.52,nmol C2H4 h-1 g-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔnifH | In planta AR activity (nmol C 2 H 4 /h/g) § | 4.52 ± 2.46b,,
1562,,ΔnifD,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3879406,10.47,nmol C2H4 h-1 g-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔnifD | In planta AR activity (nmol C 2 H 4 /h/g) § | 10.47 ± 5.20b,,
1563,,ΔnifK,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3879406,8.12,nmol C2H4 h-1 g-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔnifK | In planta AR activity (nmol C 2 H 4 /h/g) § | 8.12 ± 2.55b,,
1564,,R4-368,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3879406,1060.7,nmol C2H4 mg protein–1 h–1,nitrogenase purified from this organism,"AR-activity in vitro varied widely among the strains, ranged from 12.4 to 1060.7 nmol C2H4 mg protein–1 h–1",,
1565,,OE398 composite plants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3882225,0,nmol C2H4 h-1,explicit negative statement: 'no',nodulation and nitrogenase activity (determined by acetylene reduction assay) was similar in OE398 and in EV inoculated composite plants thus indicating that the over-expression of miR398b had no effect in the bean-rhizobia symbiosis.,,
1566,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC3897776,29.8,fmol1C.cell−1.h−1,assay measured; denominator or scale lost,"Growth rate | Biovolume | C content | N content | C∶N | Chl a∶C | C02 fixation rates | 
--- | --- | --- | --- | --- | --- | --- | ---
... | ... | ... | ... | ... | ... | 29.8 (2.1) | This study",,
1567,,MDB4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3909574,47.9,nmol ethylene mg−1 protein h−1,accepted quantitative rate,The MDB4 strain exhibited nitrogenase activity (47.90 nmol ethylene mg−1 protein h−1) which confirmed its nitrogen-fixing ability.,,
1568,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,11.1,fold change,assay reported without a usable scale,azo3471 | gene | conserved hypothetical protein | Microarray | qRT-PCR | Microarray | qRT-PCR | 11.1 | 21.2±9.6 | −3.1a | −3.2±1.9,,
1569,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,21.2,fold change,assay reported without a usable scale,azo3471 | gene | conserved hypothetical protein | Microarray | qRT-PCR | Microarray | qRT-PCR | 11.1 | 21.2±9.6 | −3.1a | −3.2±1.9,,
1570,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,60,fold change,assay reported without a usable scale,azo0954 | isiB | probable flavodoxin | Microarray | qRT-PCR | Microarray | qRT-PCR | 13.4 | 60±14.3 | 3.9 | 12.6±4.6,,
1571,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,90.7,fold change,assay reported without a usable scale,azo3368 | fer22 | probable ferredoxin 2Fe-2S protein | Microarray | qRT-PCR | Microarray | qRT-PCR | 11.5 | 90.7±15.4 | 4.9 | 19.9±8.6,,
1572,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,20.3,fold change,assay reported without a usable scale,azo0804 |  | hypothetical protein | Microarray | qRT-PCR | Microarray | qRT-PCR | 4.1 | 20.3±2.3 | −2.2 | −6.2±3.8,,
1573,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,17.83,fold change,assay reported without a usable scale,"azo1790 | rpoN2 | RNA polymerase, sigma 54 subunit, (SigL) | Microarray | qRT-PCR | Microarray | qRT-PCR | 3.9 | 17.83±2.9 | −4.4 | −26.3±9.7",,
1574,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,21.4,fold change,assay reported without a usable scale,azo0805 | gspD1 | general secretion pathway protein D | Microarray | qRT-PCR | Microarray | qRT-PCR | 10.0 | 21.4±5.7 | n/a | n/a,,
1575,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,16.3,fold change,assay reported without a usable scale,azo1566 | clpB1 | probable ATP-dependent Clp protease. | Microarray | qRT-PCR | Microarray | qRT-PCR | −4.2 | −16.3±6.4 | n/a | n a,,
1576,418699.0,Azoarcus sp. BH72,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3916325,3.8,fold change,nitrogenase purified from this organism,azo1625 | fabG1 | 3-oxoacyl-[acyl-carrier-protein] reductase | Microarray | qRT-PCR | Microarray | qRT-PCR | −3.6 | −3.8±1.4 | 3.6 | 52.4±16.6,,
1577,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,2.5,fold change,assay reported without a usable scale,azo0720 | rpsR | SSU ribosomal protein S18P | Microarray | qRT-PCR | Microarray | qRT-PCR | −2.9 | −2.5±1.5 | −3.1 | −4±1.2,,
1578,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,12.7,fold change,assay reported without a usable scale,azo0585 | tlyA | conserved hypothetical protein | Microarray | qRT-PCR | Microarray | qRT-PCR | n/a | n/a | 6.1 | 12.7±3.2,,
1579,418699.0,Azoarcus sp. BH72,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3916325,14.6,fold change,nitrogenase purified from this organism,azo1077 | cysM | cysteine synthase | Microarray | qRT-PCR | Microarray | qRT-PCR | n/a | n/a | 3.3 | 14.6±5.2,,
1580,418699.0,Azoarcus sp. BH72,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3916325,1.9,fold change,nitrogenase purified from this organism,azo3155 | ilvH | acetolactate synthase. small subunit | Microarray | qRT-PCR | Microarray | qRT-PCR | n/a | n/a | −5.5 | −1.9±0.3,,
1581,418699.0,Azoarcus sp. BH72,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3916325,3.7,fold change,assay reported without a usable scale,azo3246 | fadD4 | Long-chain-fatty-acid-CoA ligase | Microarray | qRT-PCR | Microarray | qRT-PCR | n/a | n/a | −3.0 | −3.7±1.1,,
1582,,Av1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3932303,2200,nmol ethylene min-1 mg-1,nitrogenase purified from this organism,The specific activities for acetylene reduction were ∼2200 nmol of ethylene min–1 mg–1 for Av1 and ∼1800 nmol of ethylene min–1 mg–1 for Av2.,,
1583,,Av2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3932303,1800,nmol ethylene min-1 mg-1,nitrogenase purified from this organism,The specific activities for acetylene reduction were ∼2200 nmol of ethylene min–1 mg–1 for Av1 and ∼1800 nmol of ethylene min–1 mg–1 for Av2.,,
1584,,Av1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3932303,100,nmol min-1 mg-1,nitrogenase purified from this organism,"The specific activity of Av1 at pH 9.5 was estimated to be 100 nmol min–1 mg–1, or ∼5% of the value at pH 7.8.",,
1585,1400979.0,Pontibacter diazotrophicus sp. nov. H4XT,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC3960232,7.13,nmol C2H4 h-1 108 cells-1,accepted quantitative rate,Strain H4XT | Acetylene reduction activity* (nmol C2H4 per hour per 108 cells) | 7.13±1.2,,
1586,193.0,Azospirillum lipoferum Sp59T,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC3960232,97.85,nmol C2H4 h-1 108 cells-1,accepted quantitative rate,Strain Azospirillum lipoferum Sp59T | Acetylene reduction activity* (nmol C2H4 per hour per 108 cells) | 97.85±1.6,,
1587,562.0,Escherichia coli DH5α,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC3960232,0,nmol C2H4 h-1 108 cells-1,a zero is present in the quote beside assay context,Strain Escherichia coli DH5α | Acetylene reduction activity* (nmol C2H4 per hour per 108 cells) | 0,,
1588,,Pontibacter actinarum KMM 6156 T,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3960232,0,nmol C2H4 h-1 108 cells-1,a zero is present in the quote beside assay context,Strain Pontibacter actinarum KMM 6156 T | Acetylene reduction activity* (nmol C2H4 per hour per 108 cells) | 0,,
1589,557332.0,Pontibacter xinjiangensis 311-10T,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC3960232,0,nmol C2H4 h-1 108 cells-1,a zero is present in the quote beside assay context,Strain Pontibacter xinjiangensis 311-10T | Acetylene reduction activity* (nmol C2H4 per hour per 108 cells) | 0,,
1590,400092.0,Pontibacter korlensis X14-1T,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC3960232,0,nmol C2H4 h-1 108 cells-1,a zero is present in the quote beside assay context,Strain Pontibacter korlensis X14-1T | Acetylene reduction activity* (nmol C2H4 per hour per 108 cells) | 0,,
1591,,Trichodesmium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3963029,30,times higher,assay reported without a usable scale,increasing Ni concentration increased N2 fixation rates by up to 30-fold in the high light treatment,,
1592,,Trichodesmium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3963029,12,times higher,assay reported without a usable scale,A 12-fold increase was observed for cultures with the high light-high Ni treatment compared to the cultures with low Ni treatment for the 24H period,,
1593,,ΔnifH NifDK (as isolated),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC3970913,0,nmol mg–1 min–1,a zero is present in the quote beside assay context,ΔnifH NifDK (as isolated) | C2H2 reducing activity (nmol mg–1 min–1) | 0,,
1594,,ΔnifH NifDK (OAR),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3970913,213,nmol mg–1 min–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔnifH NifDK (OAR) | C2H2 reducing activity (nmol mg–1 min–1) | 213 ± 38,,
1595,,ΔnifB NifDK,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3970913,1083,nmol mg–1 min–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔnifB NifDK | C2H2 reducing activity (nmol mg–1 min–1) | 1083 ± 138,,
1596,28104.0,Mesorhizobium huakuii 7653R,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3973600,228.1625,fold change,assay reported without a usable scale,MCHK_8175 | nifD | nitrogenase molybdenum-iron protein alpha chain | 228.1625,,
1597,28104.0,Mesorhizobium huakuii 7653R,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3973600,272.4621,fold change,nitrogenase purified from this organism,MCHK_8172 | nifE | nitrogenase MoFe cofactor biosynthesis protein NifE | 272.4621,,
1598,28104.0,Mesorhizobium huakuii 7653R,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3973600,36.087,fold change,assay reported without a usable scale,MCHK_8188 | nifQ | nifQ family protein | 36.087,,
1599,28104.0,Mesorhizobium huakuii 7653R,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3973600,11.1585,fold change,assay reported without a usable scale,MCHK_1835 | nifS | aminotransferase class-V family protein | 11.1585,,
1600,28104.0,Mesorhizobium huakuii 7653R,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC3973600,2.7712,fold change,assay reported without a usable scale,MCHK_8164 | nifT | putative nitrogen fixation protein FixU | 2.7712,,
1601,28104.0,Mesorhizobium huakuii 7653R,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC3973600,153.2337,fold change,nitrogenase purified from this organism,MCHK_8219 | fixC | FAD dependent oxidoreductase family protein | 153.2337,,
1602,,clusterbean plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC3976926,35.4,μM ethylene produced g−1 fresh weight of nodules h−1 × 102,symbiotic assay; the microbial symbiont is the fixing partner,"specific nodule nitrogenase activity decreased by 16.5, 35.4, and 65.4% with respect to control at 0.5, 1.0, and 2.0 mg Cr(VI) kg−1 soil at 50 DAS",,
1603,,clusterbean plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3976926,65.4,μM ethylene produced g−1 fresh weight of nodules h−1 × 102,assay reported without a usable scale,"specific nodule nitrogenase activity decreased by 16.5, 35.4, and 65.4% with respect to control at 0.5, 1.0, and 2.0 mg Cr(VI) kg−1 soil at 50 DAS",,
1604,,clusterbean plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC3976926,69,μM ethylene produced g−1 fresh weight of nodules h−1 × 102,assay reported without a usable scale,Maximum decline in SNA was 69% at 65 DAS with 2.0 mg Cr(VI) kg−1 soil,,
1605,,CODH/ACSCh,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4002135,5.9,μmol CO min-1 mg-1,co-culture assay; which member fixed is not resolved,"exchange rates were reported to be 2.4 or 5.9 μmol of CO per min per mg, respectively, at 70 °C and pH 6 in the presence of 3 mM Ti(III) citrate.",,
1606,,CODH/ACSMt,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4002135,0.16,μmol CO min-1 mg-1,co-culture assay; which member fixed is not resolved,"The exchange rate reported for CODH/ACSMt is 0.16 μmol of CO per min per mg at 55 °C and pH 6, without addition of any external reducing agent.",,
1607,,CODH/ACSCh,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4002135,0.91,U mg-1 min-1,co-culture assay; which member fixed is not resolved,"ACSCh and CODH/ACSCh also catalyze acetyl-CoA synthesis from CFeSP, methylcobalamin, CoA, and CO with activities of 0.14 and 0.91 U/mg μmol of acetyl-CoA production per min per mg.",,
1608,,M. truncatula nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,4.68,μmol H2·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,20 °C/400 ppm CO2 around shoots | H2 evolution | 4.68,,
1609,,M. truncatula nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,4.64,μmol H2·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,30 °C/400 ppm CO2 around shoots | H2 evolution | 4.64,,
1610,,M. truncatula nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,4.73,μmol H2·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,30 °C/400 ppm CO2 around shoots | H2 evolution | 4.73,,
1611,,M. truncatula nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,5.27,μmol H2·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,25 °C/400 ppm CO2 around shoots | H2 evolution | 5.27,,
1612,,M. truncatula nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,5.31,μmol H2·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,25 °C/1200 ppm CO2 around shoots | H2 evolution | 5.31,,
1613,,M. truncatula nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,5.35,μmol H2·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,25 °C/1200 ppm CO2 around shoots | H2 evolution | 5.35,,
1614,,M. truncatula nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,5.38,μmol H2·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,25 °C/1200 ppm CO2 around shoots | H2 evolution | 5.38,,
1615,,M. truncatula nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,5.24,μmol H2·h−1·plant−1,symbiotic assay; the microbial symbiont is the fixing partner,25 °C/1200 ppm CO2 around shoots | H2 evolution | 5.24,,
1616,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,1.45,μg N·day−1·nodule−1,symbiotic assay; the microbial symbiont is the fixing partner,Specific N2 fixation [μg N·day−1·nodule−1] | 1.45,,
1617,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,0.93,μg N·day−1·nodule−1,symbiotic assay; the microbial symbiont is the fixing partner,Specific N2 fixation [μg N·day−1·nodule−1] | 0.93,,
1618,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,0.26,μg N·day−1·nodule−1,symbiotic assay; the microbial symbiont is the fixing partner,Specific N2 fixation [μg N·day−1·nodule−1] | 0.26,,
1619,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4013613,0.31,μg N·day−1·nodule−1,symbiotic assay; the microbial symbiont is the fixing partner,Specific N2 fixation [μg N·day−1·nodule−1] | 0.31,,
1621,264691.0,Anabaena variabilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4046671,1.4,percent of total transcripts,assay reported without a usable scale,Transcripts of N2 fixation genes represented only 1.4% of total transcripts in heterocysts in phototrophic conditions,,
1622,42895.0,Enterobacter sp. CNPSo 2480,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4052694,47,percent,assay reported without a usable scale,"Enterobacter sp. CNPSo 2480 and Bacillus sp. CNPSo 2481 increased the root volume by 44% and 39%, respectively, and the seed germination by 47% and 56%, respectively.",,
1623,,Bacillus sp. CNPSo 2481,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4052694,56,percent,assay reported without a usable scale,"Enterobacter sp. CNPSo 2480 and Bacillus sp. CNPSo 2481 increased the root volume by 44% and 39%, respectively, and the seed germination by 47% and 56%, respectively.",,
1624,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,11.85,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | 4.5 dm−3 soil | 11.85 b | 29.50 a | 12.32 a | 18.08 a,,
1625,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,29.5,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | 4.5 dm−3 soil | 11.85 b | 29.50 a | 12.32 a | 18.08 a,,
1626,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,12.32,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | 4.5 dm−3 soil | 11.85 b | 29.50 a | 12.32 a | 18.08 a,,
1627,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,18.08,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | 4.5 dm−3 soil | 11.85 b | 29.50 a | 12.32 a | 18.08 a,,
1628,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,0.4,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | nodule−1 | 0.400 a | 0.576 a | 0.142 a | 0.168 a,,
1629,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,0.576,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | nodule−1 | 0.400 a | 0.576 a | 0.142 a | 0.168 a,,
1630,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,0.142,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | nodule−1 | 0.400 a | 0.576 a | 0.142 a | 0.168 a,,
1631,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,0.168,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | nodule−1 | 0.400 a | 0.576 a | 0.142 a | 0.168 a,,
1632,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,97.8,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | g−1 nodule dry weight | 97.8 b | 155.9 a | 39.0 b | 57.8 a,,
1633,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,155.9,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | g−1 nodule dry weight | 97.8 b | 155.9 a | 39.0 b | 57.8 a,,
1634,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,39.0,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | g−1 nodule dry weight | 97.8 b | 155.9 a | 39.0 b | 57.8 a,,
1635,,Pea (Pisum sativum),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4057676,57.8,μmol·h−1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (C2H4 μmol·h−1) |  |  |  | g−1 nodule dry weight | 97.8 b | 155.9 a | 39.0 b | 57.8 a,,
1636,1855.0,Frankia sp. strain CcI3,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4058466,10,fold,assay reported without a usable scale,the level of structural nitrogenase genes (nifHDK) mRNA increased >10-fold under hyperoxic and hypoxic conditions compared to oxic condition,,
1637,1855.0,Frankia sp. strain CcI3,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4058466,10,fold,assay reported without a usable scale,the level of structural nitrogenase genes (nifHDK) mRNA increased >10-fold under hyperoxic and hypoxic conditions compared to oxic condition,,
1638,,W82 (WT),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,9.86,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | W82 (WT) | 11 | 9.86 ± 2.67 | A | 10 | 5.27 ± 0.97 | A | 10 | 4.8,,
1639,,W82 (WT),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,5.27,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | W82 (WT) | 11 | 9.86 ± 2.67 | A | 10 | 5.27 ± 0.97 | A | 10 | 4.8,,
1640,,W82 (WT),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,4.81,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | W82 (WT) | 11 | 9.86 ± 2.67 | A | 10 | 5.27 ± 0.97 | A | 10 | 4.8,,
1641,,FN8-10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,11.28,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | FN8-10 | 9 | 11.28 ± 2.31 | A | 10 | 5.84 ± 2.04 | A | 10 | 6.10 ,,
1642,,FN8-10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,5.84,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | FN8-10 | 9 | 11.28 ± 2.31 | A | 10 | 5.84 ± 2.04 | A | 10 | 6.10 ,,
1643,,FN8-10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,6.1,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | FN8-10 | 9 | 11.28 ± 2.31 | A | 10 | 5.84 ± 2.04 | A | 10 | 6.10 ,,
1644,,Dare (WT),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,5.4,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | Dare (WT) | 8 | 5.40 ± 0.72 | B | 10 | 3.52 ± 0.67 | B | 8 | 2.63,,
1645,,Dare (WT),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,3.52,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | Dare (WT) | 8 | 5.40 ± 0.72 | B | 10 | 3.52 ± 0.67 | B | 8 | 2.63,,
1646,,Dare (WT),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,2.63,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | Dare (WT) | 8 | 5.40 ± 0.72 | B | 10 | 3.52 ± 0.67 | B | 8 | 2.63,,
1647,,FAM94-41,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,6.19,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | FAM94-41 | 9 | 6.19 ± 1.21 | B | 9 | 3.23 ± 0.90 | B | 10 | 2.80 ,,
1648,,FAM94-41,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,3.23,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | FAM94-41 | 9 | 6.19 ± 1.21 | B | 9 | 3.23 ± 0.90 | B | 10 | 2.80 ,,
1649,,FAM94-41,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4058718,2.8,μmole C 4 H 4 gram −1 hr −1,symbiotic assay; the microbial symbiont is the fixing partner,Mean nitrogen fixation (μmole C 4 H 4 gram −1 hr −1 ) ± one standard deviation 1 |  |  |  |  |  |  |  |  |  | Genotype | n= | 3 weeks | n= | 4 weeks | n= | 5 weeks |  |  |  | FAM94-41 | 9 | 6.19 ± 1.21 | B | 9 | 3.23 ± 0.90 | B | 10 | 2.80 ,,
1650,,cyanobacterial mats,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4063469,25,percent of N demand of benthic primary production,assay reported without a usable scale,"N2 fixation associated with reef lagoon sediments, limestone surfaces, and particularly cyanobacterial mats could account for about 25% of the N demand of benthic primary production in a coral atoll in French Polynesia",,
1651,,cyanobacterial mats,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4063469,28,percent of N2 fixation of the entire lagoon,assay reported without a usable scale,A follow-up study investigated the reef rim at the same location and found similarly high areal rates largely associated with cyanobacterial mat communities accounting for about 28% of N2 fixation of the entire lagoon,,
1652,,sea grass meadows,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4063469,25,percent of N demand of benthic primary production,assay reported without a usable scale,"N2 fixation associated with reef lagoon sediments, limestone surfaces, and particularly cyanobacterial mats could account for about 25% of the N demand of benthic primary production in a coral atoll in French Polynesia",,
1653,375.0,Bradyrhizobium japonicum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4070659,1.7,fold change,nitrogenase purified from this organism,blr1769 | nifH | — | 1.7 | — | Dinitrogenase reductase protein,,
1654,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4070659,1.6,fold change,assay reported without a usable scale,blr1883* | rpoN1 | 1.7 | 1.6 | — | RNA polymerase sigma-54 subunit,,
1655,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4070659,1.6,fold change,assay reported without a usable scale,"bll2757 | fixK2 | — | 1.6 | 7.7 | Transcriptional regulator, Crp family",,
1656,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4070659,1.9,fold change,assay reported without a usable scale,blr2763* | fixN | 1.9 | 1.5 | 1.8 | Cytochrome-c oxidase,,
1657,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4070659,3.5,fold change,assay reported without a usable scale,blr2764* | fixO | 3.5 | — | 1.6 | Cytochrome-c oxidase,,
1658,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4070659,2.9,fold change,assay reported without a usable scale,"bsr2765* | fixQ | 2.9 | 1.8 | 2.8 | cbb3 oxidase, subunit IV",,
1659,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4070659,4.4,fold change,assay reported without a usable scale,"blr2766* | fixP | 4.4 | — | 2.2 | cbb3 oxidase, subunit III",,
1660,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4070659,2.3,fold change,assay reported without a usable scale,blr2767* | fixG | 2.3 | 1.7 | 4.1 | Iron-sulfur cluster-binding protein,,
1661,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4070659,3.0,fold change,assay reported without a usable scale,blr2768* | fixH | 3.0 | — | 2.5 | FixH protein,,
1662,375.0,Bradyrhizobium japonicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4070659,1.6,fold change,assay reported without a usable scale,"bll6061* | fixK1 | 1.6 | — | 2.2 | Transcriptional regulator, Crp family",,
1663,375.0,Bradyrhizobium japonicum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4070659,1.7,fold change,nitrogenase purified from this organism,blr7089* | nirK | 2.6 | 1.8 | 1.7 | Respiratory nitrite reductase,,
1664,,Wild-type,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4070704,50.91,nmol/h/nodule,symbiotic assay; the microbial symbiont is the fixing partner,Wild-type | 5.70±0.82 (a) | 6.25±0.42 (a) | 1.10±0.09 (a) | 0.29±0.08 (a) | 50.91±6.43 (a),,
1665,,ΔRND mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4070704,30.99,nmol/h/nodule,symbiotic assay; the microbial symbiont is the fixing partner,ΔRND mutant | 8.00±1.05 (b) | 4.72±0.74 (b) | 0.59±0.02 (b) | 0.25±0.03 (a) | 30.99±0.83 (b),,
1666,,ΔPHB mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4070704,48.61,nmol/h/nodule,symbiotic assay; the microbial symbiont is the fixing partner,ΔPHB mutant | 5.14±0.82 (a) | 4.68±0.31 (b) | 0.91±0.09 (a) | 0.25±0.05 (a) | 48.61±2.11 (a),,
1668,,NN145S,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4103546,22.7,percent,assay reported without a usable scale,"Inoculation of strain NN145S increased the dry weights of roots, shoots, and whole seedlings at 22.7%, 30.6%, and 26.7%, respectively",,
1669,,NN145S,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4103546,13.7,percent,assay reported without a usable scale,"Inoculation of strain NN145S increased nitrogen contents of roots, shoots, and whole seedlings at 13.7%, 20.0%, and 17.9%, respectively",,
1670,,NN143E,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4103546,25.6,percent,assay reported without a usable scale,"Inoculation of strain NN143E increased dry weights of roots, shoots, and whole seedlings at 25.6%, 38.4%, and 31.9%, respectively",,
1671,,NN143E,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4103546,17.2,percent,assay reported without a usable scale,"Inoculation of strain NN143E increased nitrogen contents of roots, shoots, and whole seedlings at 17.2%, 27.4%, and 24.0%, respectively",,
1672,,NN145S,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4103546,7.3,percent,assay reported without a usable scale,"Seedlings inoculated with NN145S received 7.3%, 5.0%, and 6.1% nitrogen in roots, shoot, and whole plants from N2, respectively",,
1673,,NN143E,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4103546,8.3,percent,assay reported without a usable scale,"Seedlings inoculated with NN143E received 8.3%, 5.3%, and 6.7% nitrogen in roots, shoot, and whole plants from N2, respectively",,
1674,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,16.0,µmol ethylene produced (mg Chl)−1 h−1,accepted quantitative rate,Strain PCC 7120 | Genotype | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 16.0±3.6 (4) | 17.7±1.1 (12) | YES,,
1675,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,8.3,µmol ethylene produced (mg Chl)−1 h−1,accepted quantitative rate,Strain PCC 7120 | Genotype | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 8.3±2.4 (6) | 11.6±0.7 (7) | ,,
1676,,CSL3,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4133259,0.0,µmol ethylene produced (mg Chl)−1 h−1,explicit negative statement: 'NO',Strain CSL3 | hetC | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 0.0±0.0 (3) | 0.1±0.03 (7) | NO,,
1677,,CSL3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.1,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Strain CSL3 | hetC | Time (h) | Nitrogenase activityOxic Anoxic | Diaz, 48 | 0.1±0.1 (4) | 0.1±0.1 (3) | ",,
1678,,CSL16,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4133259,0.0,µmol ethylene produced (mg Chl)−1 h−1,explicit negative statement: 'NO',Strain CSL16 | hetC-p | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 0.0±0.0 (2) | 0.0 (1) | NO,,
1679,,CSL16,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.1,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL16 | hetC-p | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 0.1±0.1 (3) | 0.0 (1) | ,,
1680,,CSVT20,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,3.2,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CVT20 | patS | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 3.2 (1) | 12.7±1.0 (6) | YES,,
1681,,CSVT20,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,1.1,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CVT20 | patS | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 1.1±0.2 (2) | 7.8±0.7 (2) | ,,
1682,,CSL7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,3.6,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL7 | hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 3.6 (1) | 10.5±3.1 (3) | YES,,
1683,,CSL7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,2.1,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL7 | hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 2.1±0.7 (2) | 6.1±0.9 (3) | ,,
1684,,CSL1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4133259,0.0,µmol ethylene produced (mg Chl)−1 h−1,explicit negative statement: 'NO',Strain CSL1 | patS hetC | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 0.0±0.02 (2) | 0.8±0.5 (6) | NO,,
1685,,CSL1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4133259,0.0,µmol ethylene produced (mg Chl)−1 h−1,a zero is present in the quote beside assay context,Strain CSL1 | patS hetC | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 0.0±0.01 (2) | 0.4±0.3 (4) | ,,
1686,,CSL17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.1,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL17 | patS hetC-p | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 0.1±0.04 (3) | 0.2±0.1 (3) | NO,,
1687,,CSL17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.7,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL17 | patS hetC-p | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 0.7±0.4 (4) | 1.3±0.8 (4) | ,,
1688,,CSL11,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4133259,0.0,µmol ethylene produced (mg Chl)−1 h−1,explicit negative statement: 'NO',Strain CSL11 | patS hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 0.0 (1) | 1.7±1.4 (3) | NO,,
1689,,CSL11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.03,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL11 | patS hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 0.03±0.04 (2) | 0.5±0.4 (4) | ,,
1690,,CSL12,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4133259,0.0,µmol ethylene produced (mg Chl)−1 h−1,explicit negative statement: 'NO',Strain CSL12 | hetC hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 0.0 (1) | 0.0 (1) | NO,,
1691,,CSL12,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.01,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL12 | hetC hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 0.01±0.1 (2) | 0.1±0.03 (2) | ,,
1692,,CSL30,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4133259,0.0,µmol ethylene produced (mg Chl)−1 h−1,explicit negative statement: 'NO',Strain CSL30 | hetC-p hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 0.0 (1) | 0.0±0.0 (2) | NO,,
1693,,CSL30,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.02,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL30 | hetC-p hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 0.02±0.02 (2) | 0.1±0.1 (2) | ,,
1694,,CSL15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.1,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL15 | patS hetC hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 0.1±0.1 (2) | 0.2±0.1 (3) | NO,,
1695,,CSL15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.1,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL15 | patS hetC hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 0.1±0.1 (2) | 2.2±1.8 (3) | ,,
1696,,CSL31,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.1,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL31 | patS hetC-p hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 0.1±0.03 (2) | 0.3±0.1 (3) | NO,,
1697,,CSL31,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,0.8,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL31 | patS hetC-p hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 0.8±0.4 (3) | 2.4±0.7 (4) | ,,
1698,,CSL67,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,10.2,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL67 | hetP-sfgfp | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 10.2±3.3 (2) | 22.1 (1) | YES,,
1699,,CSL67,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,8.2,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL67 | hetP-sfgfp | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 8.2±3.0 (2) | 14.9 (1) | ,,
1700,,CSL68,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,12.5,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL68 | hetP-sfgfp hetC-p | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 12.5 (1) | 14.0 (1) | YES,,
1701,,CSL68,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,4.3,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL68 | hetP-sfgfp hetC-p | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 4.3±0.02 (2) | 7.9±1.8 (2) | ,,
1702,,CSL69,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,1.4,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL69 | hetP-sfgfp patS | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 1.4 (1) | 7.6 (1) | YES,,
1703,,CSL69,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,1.6,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL69 | hetP-sfgfp patS | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 1.6 (1) | 7.4 (1) | ,,
1704,,CSL70,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,6.6,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL70 | hetP-sfgfp hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 24 | 6.6 (1) | 9.8 (1) | YES,,
1705,,CSL70,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4133259,3.8,µmol ethylene produced (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strain CSL70 | hetP-sfgfp hetN | Time (h) | Nitrogenase activityOxic Anoxic | Diazotrophic growth | 48 | 3.8 (1) | 9.2 (1) | ,,
1706,,M. truncatula–S. medicae WSM419,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4145349,57,percent,assay reported without a usable scale,N2-fixation values both when expressed on a plant (+57%) and nodule FW basis,,
1707,,M. truncatula–S. medicae WSM419,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4145349,86.37,μmol CO2 s-1 cm-2,symbiotic assay; the microbial symbiont is the fixing partner,M. truncatula–S. meliloti showed higher photosynthetic rates (86.37 ± 2.09 μmol CO2 s-1 cm-2) compared to S. medicae-inoculated plants (67.19 ± 2.43 μmol CO2 s-1 cm-2),,
1708,,M. truncatula–S. medicae WSM419,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4145349,67.19,μmol CO2 s-1 cm-2,symbiotic assay; the microbial symbiont is the fixing partner,M. truncatula–S. meliloti showed higher photosynthetic rates (86.37 ± 2.09 μmol CO2 s-1 cm-2) compared to S. medicae-inoculated plants (67.19 ± 2.43 μmol CO2 s-1 cm-2),,
1709,,nifD,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC4151105,9,number of genes,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Nitrogen fixation | nifD | 9 | 23 | 3 | 3 | 0,,
1710,,nifH,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC4151105,9,number of genes,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Nitrogen fixation | nifH | 9 | 23 | 3 | 3 | 0,,
1711,,nifK,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC4151105,9,number of genes,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Nitrogen fixation | nifK | 9 | 23 | 3 | 3 | 0,,
1712,,PS3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4159042,8377.3,nmolC2H4/h/OD600,assay measured; denominator or scale lost,Nitrogenase activitiesa (nmolC2H4/h/OD600) | 8377.3 ± 22.1,,
1713,,YSC3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4159042,55.3,nmolC2H4/h/OD600,assay measured; denominator or scale lost,Nitrogenase activitiesa (nmolC2H4/h/OD600) | 55.3 ± 6.7,,
1714,,YSC4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4159042,922.9,nmolC2H4/h/OD600,assay measured; denominator or scale lost,Nitrogenase activitiesa (nmolC2H4/h/OD600) | 922.9 ± 45.8,,
1715,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4159042,25.3,nmolC2H4/h/OD600,assay measured; denominator or scale lost,Nitrogenase activitiesa (nmolC2H4/h/OD600) | 25.3 ± 1.5,,
1716,,PS3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4159042,8377.26,nmol C2H4 h−1 OD600 −1 culture−1,duplicate of an accepted measurement,PS3 isolate demonstrated the highest activity (8377.26 nmol C2H4 h−1 OD600 −1 culture−1) (containing 107 CFU mL−1),,
1717,,soybean nitrogen-fixing nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4159813,60,percent decrease in nitrogenase activity,assay reported without a usable scale,nitrogenase activity in the functional nodules was markedly decreased by approximately 60% 24 h after chilling treatment,,
1718,,JPA2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4162897,38.9,nmol ethylene h-1 mg-1 protein,accepted quantitative rate,the nitrogen fixing ability of the isolate was confirmed by nifH gene amplification and acetylene reduction assay (38.9 nmol ethylene h−1 mg−1 protein),,
1719,,A. chroococcum Mac 27,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4166287,281.3,n moles C2H4 evolved h-1 mg-1 dry weight of cells,accepted quantitative rate,Nitrogenase activity is expressed in terms of n moles of C2H4 evolved 24 h−1 mg−1 dry weight of cells. ... nitrogenase activity was found to be 281.3 units and 300 units in the parent and transconjugant respectively in the absence of combin,,
1720,,A. chroococcum Mac 27 L,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4166287,300,n moles C2H4 evolved h-1 mg-1 dry weight of cells,accepted quantitative rate,Nitrogenase activity is expressed in terms of n moles of C2H4 evolved 24 h−1 mg−1 dry weight of cells. ... nitrogenase activity was found to be 281.3 units and 300 units in the parent and transconjugant respectively in the absence of combin,,
1721,,A. chroococcum Mac 27,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4166287,115.3,n moles C2H4 evolved h-1 mg-1 dry weight of cells,accepted quantitative rate,Nitrogenase activity ... was observed in A. chroococcum Mac 27 and transconjugant respectively. ... nitrogenase activity upto 115.3 and 134 units was observed in A. chroococcum Mac 27 and transconjugant respectively.,,
1722,,A. chroococcum Mac 27 L,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4166287,134,n moles C2H4 evolved h-1 mg-1 dry weight of cells,accepted quantitative rate,Nitrogenase activity ... was observed in A. chroococcum Mac 27 and transconjugant respectively. ... nitrogenase activity upto 115.3 and 134 units was observed in A. chroococcum Mac 27 and transconjugant respectively.,,
1723,,4-(N2)2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4183624,1.1,equiv NH3,assay measured; denominator or scale lost,Use of 4-(N2)2 as a precatalyst also furnishes an appreciable yield of NH3 (1.1(2) equiv).,,
1724,,fix + nodules (and associated roots) from plants 21 DAI,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4195886,320,nmol C2H4 h-1 gfw-1,symbiotic assay; the microbial symbiont is the fixing partner,Fix + nodules (and associated roots) from plants 21 DAI reduced 320 nm/hr/gfw (roots) of acetylene,,
1725,3880.0,Medicago truncatula,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4203135,17.6,µmol g–1 FW nodule,symbiotic assay; the microbial symbiont is the fixing partner,The concentration of various amino acids/amides in nodules is shown in Table 2. Amino-N compounds were detected when the concentration was above a detection threshold of 0.05 µmol g–1 nodule FW. Ten amino-N compounds were measured in a conc,unusable,not_a_single_microbial_species
1726,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4208792,1.2,fold increase in PC production rate (µmol L−1 day−1),assay reported without a usable scale,"During exponential growth phase, rates of PC and PN production increased by ∼1.2- and ∼1.5-fold in the mid- and high-CO2 treatments, respectively, when compared to the low-CO2 treatment.",,
1727,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4208792,1.5,fold increase in PN production rate (µmol L−1 day−1),assay reported without a usable scale,"During exponential growth phase, rates of PC and PN production increased by ∼1.2- and ∼1.5-fold in the mid- and high-CO2 treatments, respectively, when compared to the low-CO2 treatment.",,
1728,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4208792,1.5,fold increase in PN production rate (µmol L−1 day−1),assay reported without a usable scale,Elevated pCO2 also enhanced PC and PN production rates during early stationary growth phase.,,
1729,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4208792,1.2,fold increase in C fixation rate (µmol L−1 day−1),assay reported without a usable scale,"The only previous CO2 manipulation study using Crocosphaera strain WH8501 tested a pCO2 range of 190–50 µatm and observed that raising ambient pCO2 (380 µatm) to 750 µatm produced 1.2- and 1.4-fold higher rates of C and N2 fixation, respect",,
1730,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4208792,1.4,fold increase in N2 fixation rate (µmol L−1 day−1),assay reported without a usable scale,"The only previous CO2 manipulation study using Crocosphaera strain WH8501 tested a pCO2 range of 190–50 µatm and observed that raising ambient pCO2 (380 µatm) to 750 µatm produced 1.2- and 1.4-fold higher rates of C and N2 fixation, respect",,
1731,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4208792,1.5,fold increase in C fixation rate (µmol L−1 day−1),assay reported without a usable scale,"In our study, PC and PN production rates during exponential growth were both ∼1.2-fold higher in the mid-CO2 treatment than the low-CO2 (Fig. 2). The magnitude of pCO2 enhancement we observed is strikingly similar to those reported by Fu et",,
1732,263511.0,Crocosphaera watsonii WH8501,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4208792,1.5,fold increase in N2 fixation rate (µmol L−1 day−1),assay reported without a usable scale,"In our study, PC and PN production rates during exponential growth were both ∼1.2-fold higher in the mid-CO2 treatment than the low-CO2 (Fig. 2). The magnitude of pCO2 enhancement we observed is strikingly similar to those reported by Fu et",,
1733,591154.0,Methylacidiphilum fumariolicum SolV,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4210602,71.9,percent,assay reported without a usable scale,71.9% of genes that are involved in nitrogen fixation were significantly upregulated,,
1734,,Bacillus sp. strain RMB7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4213516,601,ηmol acetylene h−1 vial−1,assay measured; denominator or scale lost,reduced 601ηmol acetylene h−1 vial−1 of acetylene to ethylene on nitrogen free malate medium (NFM),,
1735,1167.0,Anabaena sp. strain CSMI11,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC4234267,0.0,μmol [mg Chl]−1 h−1,a zero is present in the quote beside assay context,Nitrogenase activity (μmol [mg Chl]−1 h−1) | N2 | Anoxic | 0.00 ± 0.00 (4),,
1736,1167.0,Anabaena sp. strain CSMI11,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4234267,0.003,μmol [mg Chl]−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase activity (μmol [mg Chl]−1 h−1) | N2 | Oxic | 0.00 ± 0.00 (4),,
1737,1167.0,Anabaena sp. strain CSMI11,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4234267,0.003,μmol [mg Chl]−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase activity (μmol [mg Chl]−1 h−1) | NH4+ | Oxic | 0.003 ± 0.003 (3),,
1738,,E::km,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4240915,8.617,μmol CO min−1 mg−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",E::km | A | 1.72 ± 0.16 | 1.98 ± 0.15 | 7.74 ± 0.22 | 8.617,,
1739,,B,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4240915,5.113,μmol CO min−1 mg−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",B | 1.93 ± 0.13 | 0.87 ± 0.09 | 7.53 ± 0.63 | 5.113,,
1740,,C,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4240915,3.016,μmol CO min−1 mg−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",C | 2.00 ± 0.02 | 1.12 ± 0.04 | 13.90 ± 0.38 | 3.016,,
1741,,F::km,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4240915,7.89,μmol CO min−1 mg−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",F::km | A | 1.47 ± 0.11 | 1.46 ± 0.26 | 8.85 ± 0.10 | 7.890,,
1742,,B,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4240915,6.75,μmol CO min−1 mg−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",B | 1.58 ± 0.08 | 1.05 ± 0.11 | 8.40 ± 0.05 | 6.750,,
1743,,C,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4240915,1.116,μmol CO min−1 mg−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",C | 1.40 ± 0.13 | 1.02 ± 0.35 | 11.60 ± 0.08 | 1.116,,
1744,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4260171,27,nmol N2 (µg chl a)−1 day−1,assay measured; denominator or scale lost,"integrated rates of N2 fixation over the photoperiod increased by approximately 60% from 27 to 43 nmol N2 (µg chl a)−1 day−1 at 380 and 1400 µatm pCO2, respectively.",,
1745,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4260171,43,nmol N2 (µg chl a)−1 day−1,assay measured; denominator or scale lost,"integrated rates of N2 fixation over the photoperiod increased by approximately 60% from 27 to 43 nmol N2 (µg chl a)−1 day−1 at 380 and 1400 µatm pCO2, respectively.",,
1746,3100426.0,Cyanothece sp. Miami BG043511,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4294207,3.4,percent,assay reported without a usable scale,"Assuming a nitrogen content of 5 fg N cell-1 (Allen et al., 2005) chemotrophic bacteria in the nitrate-deficient cultures incorporated 0.7–8% of the total particulate nitrogen, with an average of 3.4%",,
1747,,Cyanobacteria,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4303640,131,μmol C2H4 m−2 h−1,assay measured; denominator or scale lost,"Nitrogenase activities in ARAs were significantly higher during the night than during the day-time (average± s.d. 131±67 vs 5±7 μmol C2H4 m−2 h−1, P<0.0001, Figure 1a)",,
1748,,Cyanobacteria,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4303640,11,μmol C2H4 m−2 h−1,assay measured; denominator or scale lost,"In experiments where DCMU was added before sunrise on the first day of a diel experiment, nitrogenase activities were significantly reduced compared to un-amended control incubations (average±s.d.: 11±3 vs 66±22 C2H4 m−2 h−1, P<0.0001, Figu",,
1749,,Cyanobacteria,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4303640,63,μmol C2H4 m−2 h−1,assay measured; denominator or scale lost,"Samples exposed to molybdate had lower nitrogenase activities compared to un-amended incubations (average±s.d.: 12±5 vs 63±35 C2H4 m−2 h−1, P<0.0001, Figure 1c)",,
1750,,Cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4303640,0.452,at% 15N,assay reported without a usable scale,"In 15N2 incubation experiments of this upper layer with and without inhibitors, mats incubated with DCMU had significantly lower 15N incorporation relative to control incubations without DCMU (Figure 2; average±s.e.: 0.380±0.007 vs 0.452±0.",,
1751,,Cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4303640,0.466,at% 15N,assay reported without a usable scale,"In molybdate addition experiments, incubations where molybdate was added had a slightly lower 15N enrichment than un-amended mats (average±s.e.: 0.429±0.013 vs 0.466±0.015 at% 15N, P=0.063)",,
1752,,Lyngbya spp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4303640,4.4,at% 15N,assay measured; denominator or scale lost,"The highest 15N enrichments in these mats were measured in Lyngbya spp. filaments (maximum of 14.54 at%), with an average (±s.e.) 15N tracer content of 4.40±0.57 at% (Figure 5, Supplementary Table S3)",,
1753,3906.0,faba bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4309967,81,mg pot−1,symbiotic assay; the microbial symbiont is the fixing partner,Inoculation stimulated N2 fixation of faba bean and N in the mixture treatment increased by 81 mg pot−1 while the value in the uninoculated treatment was 24 mg pot−1 (Fig. S3).,unusable,not_a_single_microbial_species
1754,,Williams 82 (MG III),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,657,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Williams 82 (MG III) | Well-watered plants (soil water potential = −15 to −20 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 657 c,,
1755,,Williams 82 (MG III),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,878,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Williams 82 (MG III) | Well-watered plants (soil water potential = −15 to −20 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 878 a,,
1756,,Pella 86 (MG III),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,576,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Pella 86 (MG III) | Well-watered plants (soil water potential = −15 to −20 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 576 d,,
1757,,Pella 86 (MG III),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,745,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Pella 86 (MG III) | Well-watered plants (soil water potential = −15 to −20 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 745 b,,
1758,,Hutcheson (MG V),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,658,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Hutcheson (MG V) | Well-watered plants (soil water potential = −15 to −20 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 658 c,,
1759,,Hutcheson (MG V),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,895,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Hutcheson (MG V) | Well-watered plants (soil water potential = −15 to −20 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 895 a,,
1760,,Freedom (MG V),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,758,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Freedom (MG V) | Well-watered plants (soil water potential = −15 to −20 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 758 b,,
1761,,Freedom (MG V),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,976,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Freedom (MG V) | Well-watered plants (soil water potential = −15 to −20 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 976 a,,
1762,,Williams 82 (MG III),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,352,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Williams 82 (MG III) | Water-stressed plants (soil water potential = −90 to −100 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 352 b,,
1763,,Williams 82 (MG III),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,436,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Williams 82 (MG III) | Water-stressed plants (soil water potential = −90 to −100 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 436 a,,
1764,,Pella 86 (MG III),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,267,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Pella 86 (MG III) | Water-stressed plants (soil water potential = −90 to −100 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 267 d,,
1765,,Pella 86 (MG III),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,315,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Pella 86 (MG III) | Water-stressed plants (soil water potential = −90 to −100 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 315 c,,
1766,,Hutcheson (MG V),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,365,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Hutcheson (MG V) | Water-stressed plants (soil water potential = −90 to −100 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 365 b,,
1767,,Hutcheson (MG V),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,476,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Hutcheson (MG V) | Water-stressed plants (soil water potential = −90 to −100 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 476 a,,
1768,,Freedom (MG V),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,326,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Freedom (MG V) | Water-stressed plants (soil water potential = −90 to −100 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 326 b,,
1769,,Freedom (MG V),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4312634,476,μmol C2H2 g nodule−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Freedom (MG V) | Water-stressed plants (soil water potential = −90 to −100 kPa) | ... | ARA(μmol C2H2 g nodule−1 h−1) | 476 a,,
1770,,R. daejeonense,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4335274,2.45,%,assay reported without a usable scale,"R. daejeonense showed the highest uptake of carbamazepine with 2.45% and additionally, the highest production of IAA (23.04 μg/mL) and phosphate solubilization.",,
1771,156974.0,Dysgonomonas gadei JCM 16698T,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4356463,1.33,nmol cell−1,assay measured; denominator or scale lost,Dysgonomonas gadei JCM 16698T | Activity (nmol cell−1) | 1.33±0.17×10−6,,
1772,477666.0,Bacteroides graminisolvens JCM 15093T,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4356463,0.08,nmol cell−1,assay measured; denominator or scale lost,Bacteroides graminisolvens JCM 15093T | Activity (nmol cell−1) | 0.08±0.05×10−6,,
1773,185300.0,Paludibacter propionicigenes JCM 13257T,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4356463,1.5,nmol cell−1,assay measured; denominator or scale lost,Paludibacter propionicigenes JCM 13257T | Activity (nmol cell−1) | 1.50±0.20×10−6,,
1774,472113.0,Geofilum rubicundum JCM 15548T,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4356463,0.48,nmol cell−1,assay measured; denominator or scale lost,Geofilum rubicundum JCM 15548T | Activity (nmol cell−1) | 0.48±0.04×10−6,,
1775,982.0,Saccharicrinis fermentans JCM 21142T,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4356463,0.59,nmol cell−1,assay measured; denominator or scale lost,Saccharicrinis fermentans JCM 21142T | Activity (nmol cell−1) | 0.59±0.04×10−6,,
1776,1501.0,Clostridium pasteurianum JCM 1408T,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4356463,12.7,nmol cell−1,assay measured; denominator or scale lost,Clostridium pasteurianum JCM 1408T | Activity (nmol cell−1) | 12.7±0.04×10−6,,
1777,,N2 fixation,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4356465,0,ND,explicit negative statement: 'not',N2 fixation genes (nifHDK) were not detected; bacterial N2 -fixing activity was not observed in the 15N2 -feeding experiment.,,
1778,1263637.0,Microbacterium jejuense,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Microbacterium jejuense | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192902,,
1779,37916.0,Mycobacterium chlorophenolicum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Mycobacterium chlorophenolicum | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192902,,
1780,285091.0,Alcanivorax dieselolei,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Alcanivorax dieselolei | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192902,,
1781,,Nesiotobacter exalbescens,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Nesiotobacter exalbescens | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192903,,
1782,40215.0,Acinetobacter junii,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Acinetobacter junii | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192903,,
1783,1665.0,Arthrobacter globiformis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Arthrobacter globiformis | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192903,,
1784,212667.0,Vibrio fortis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,91,% Identity,assay reported without a usable scale,Vibrio fortis | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 91 | KP192904,,
1785,,Pseudomonas stutzeri,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Pseudomonas stutzeri | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192905,,
1786,37915.0,Dietzia maris strain,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Dietzia maris strain | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192902,,
1787,204799.0,Nitratireductor aquibiodomus,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Nitratireductor aquibiodomus | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192902,,
1788,43659.0,Pseudoalteromonas tetraodonis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Pseudoalteromonas tetraodonis | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 100 | KP192905,,
1789,358.0,Agrobacterium tumefaciens,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,91,% Identity,assay reported without a usable scale,Agrobacterium tumefaciens | (%) Identity | Accession Number | Band I | (%) Identity | Accession Number | 91 | KP192904,,
1790,,Pigmentiphaga daeguensis*,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Pigmentiphaga daeguensis* | (%) Identity | Accession Number | Band II | (%) Identity | Accession Number | 100 | KP192908,,
1791,382.0,Sinorhizobium meliloti,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4356466,100,% Identity,nitrogenase purified from this organism,"Sinorhizobium meliloti partial (nifH) gene for nitrogenase reductase, strain Gr79 | (%) Identity | Accession Number | Band II | (%) Identity | Accession Number | 100 | KP192906",,
1792,244366.0,Klebsiella variicola strain 6A2,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Klebsiella variicola strain 6A2 (nifH) gene | (%) Identity | Accession Number | Band II | (%) Identity | Accession Number | 100 | KP192907,,
1793,301.0,Pseudomonas pseudoalcaligenes strain CAN_BC2,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4356466,100,% Identity,nitrogenase purified from this organism,Pseudomonas pseudoalcaligenes strain CAN_BC2 dinitrogenase reductase Fe protein-like (nifH) gene | (%) Identity | Accession Number | Band II | (%) Identity | Accession Number | 100 | KP192908,,
1794,35701.0,Heliobacterium modesticaldum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Heliobacterium modesticaldum (nifH) gene | (%) Identity | Accession Number | Band II | (%) Identity | Accession Number | 100 | KP192909,,
1795,1406.0,Paenibacillus polymyxa strain ISSDS-793,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,100,% Identity,assay reported without a usable scale,Paenibacillus polymyxa strain ISSDS-793 (nifH) gene | (%) Identity | Accession Number | Band II | (%) Identity | Accession Number | 100 | KP192903,,
1796,599708.0,Pseudomonas sp. IPPW-3,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4356466,91,% Identity,assay reported without a usable scale,Pseudomonas sp. IPPW-3 nitrogenase iron protein (nifH) gene | (%) Identity | Accession Number | Band II | (%) Identity | Accession Number | 91 | KP192904,,
1797,,AJK-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4362341,1.64,μmole C2H4 mg protein/h,accepted quantitative rate,AJK-2 | ARA (μmole C2H4mg protein/h) | 1.64,,
1798,,AJK-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4362341,1.78,μmole C2H4 mg protein/h,accepted quantitative rate,AJK-3 | ARA (μmole C2H4mg protein/h) | 1.78,,
1799,,AJK-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4362341,2.25,μmole C2H4 mg protein/h,accepted quantitative rate,AJK-4 | ARA (μmole C2H4mg protein/h) | 2.25,,
1800,,AJK-6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4362341,7.89,μmole C2H4 mg protein/h,accepted quantitative rate,AJK-6 | ARA (μmole C2H4mg protein/h) | 7.89,,
1801,,AJK-7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4362341,1.53,μmole C2H4 mg protein/h,accepted quantitative rate,AJK-7 | ARA (μmole C2H4mg protein/h) | 1.53,,
1802,,AJK-9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4362341,2.78,μmole C2H4 mg protein/h,accepted quantitative rate,AJK-9 | ARA (μmole C2H4mg protein/h) | 2.78,,
1803,,HJR1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4362393,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,Isolate code | Identification based on 16S rRNA sequencing | Phosphate solubilization (mg mL-1) | Decrease in pH of medium | IAA production (μg mL-1) | Acetylene reduction assay | HJR1 | Bacillus subtilis | 25.7 | 4.2 | 0.9 | +,,
1804,,O1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4367947,87.2,nmol C2H4 h−1 vial−1,assay measured; denominator or scale lost,O1 | Nitrogenase activity (nmol C2H4 h−1 vial−1) | Identified strain | 87.2 ± 4.6 | A.chroococcum,,
1805,,O2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4367947,265.5,nmol C2H4 h−1 vial−1,assay measured; denominator or scale lost,O2 | Nitrogenase activity (nmol C2H4 h−1 vial−1) | Identified strain | 265.5 ± 7.2 | A. vinelandii,,
1806,,O3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4367947,135.7,nmol C2H4 h−1 vial−1,assay measured; denominator or scale lost,O3 | Nitrogenase activity (nmol C2H4 h−1 vial−1) | Identified strain | 135.7 ± 3.6 | A.chroococcum,,
1807,,O4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4367947,158.6,nmol C2H4 h−1 vial−1,assay measured; denominator or scale lost,O4 | Nitrogenase activity (nmol C2H4 h−1 vial−1) | Identified strain | 158.6 ± 4.7 | A. vinelandii,,
1808,,O6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4367947,326.4,nmol C2H4 h−1 vial−1,assay measured; denominator or scale lost,O6 | Nitrogenase activity (nmol C2H4 h−1 vial−1) | Identified strain | 326.4 ± 8.7 | A. vinelandii,,
1809,76396.0,Sesbania sesban,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,100,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,Sesbania sesban1 | NaCl (mM) | Nitrogen content (%) | Relative N-fixation performance* | Relative weight** | Duration of treatment (days) | Method | 0 | 0.48 | 100 | 100 | 80 | 3 L soil in pots,unusable,not_a_single_microbial_species
1810,76396.0,Sesbania sesban,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,91.2,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,34 | 0.38 | 79 | 91.2 | 80 | 3 L soil in pots,unusable,not_a_single_microbial_species
1811,76396.0,Sesbania sesban,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,82.1,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,69 | 0.35 | 73 | 82.1 | 80 | 3 L soil in pots,unusable,not_a_single_microbial_species
1812,76396.0,Sesbania sesban,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,69.9,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,172 | 0.04 | 31 | 69.9 | 80 | 3 L soil in pots,unusable,not_a_single_microbial_species
1813,205042.0,Acacia dealbata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,100,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,Acacia dealbata2 | 0 | 1.79 | 100 | 100 | 25 | 200 g sandy loam in pots,unusable,not_a_single_microbial_species
1814,205042.0,Acacia dealbata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,93.3,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,25 | 1.89 | 99 | 93.3 | 25 | 201 g sandy loam in pots,unusable,not_a_single_microbial_species
1815,205042.0,Acacia dealbata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,88.4,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,75 | 1.62 | 71 | 88.4 | 25 | 202 g sandy loam in pots,unusable,not_a_single_microbial_species
1816,205042.0,Acacia dealbata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,86.3,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,150 | 1.55 | 46 | 86.3 | 25 | 203 g sandy loam in pots,unusable,not_a_single_microbial_species
1817,205042.0,Acacia dealbata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,58.9,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,250 | 1.67 | 17 | 58.9 | 25 | 204 g sandy loam in pots,unusable,not_a_single_microbial_species
1818,3895.0,Sesbania rostrata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,100,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,Sesbania rostrata3 | 0 | 3.92 | 100 | 100 | 50 | Hydroponics,unusable,not_a_single_microbial_species
1819,3895.0,Sesbania rostrata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,90,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,25 | 3.9 | 86 | 90 | 50 | Hydroponics,unusable,not_a_single_microbial_species
1820,3895.0,Sesbania rostrata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,83.3,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,50 | 3.73 | 113 | 83.3 | 50 | Hydroponics,unusable,not_a_single_microbial_species
1821,3895.0,Sesbania rostrata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,71.1,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,100 | 3.6 | 84 | 71.1 | 50 | Hydroponics,unusable,not_a_single_microbial_species
1822,3895.0,Sesbania rostrata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,41.1,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,150 | 3.32 | 5 | 41.1 | 50 | Hydroponics,unusable,not_a_single_microbial_species
1823,3895.0,Sesbania rostrata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,27.8,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,200 | 3.62 | 0 | 27.8 | 50 | Hydroponics,unusable,not_a_single_microbial_species
1824,3523.0,Casuarina equisetifolia,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,100,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,"Casuarina equisetifolia4,*** | 0 | 1.9 | 100 | 100 | 168 | Sand in pots",unusable,not_a_single_microbial_species
1825,3523.0,Casuarina equisetifolia,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,81.9,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,20 | 1.9 | 108 | 81.9 | 168 | Sand in pots,unusable,not_a_single_microbial_species
1826,3523.0,Casuarina equisetifolia,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,136.6,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,50 | 1.5 | 83 | 136.6 | 168 | Sand in pots,unusable,not_a_single_microbial_species
1827,3523.0,Casuarina equisetifolia,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,132.1,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,100 | 1.6 | 85 | 132.1 | 168 | Sand in pots,unusable,not_a_single_microbial_species
1828,3523.0,Casuarina equisetifolia,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,104.2,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,200 | 1.8 | 98 | 104.2 | 168 | Sand in pots,unusable,not_a_single_microbial_species
1829,3523.0,Casuarina equisetifolia,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4371099,41.9,Relative N-fixation performance (%),symbiotic assay; the microbial symbiont is the fixing partner,500 | 1.7 | 42.5 | 41.9 | 168 | Sand in pots,unusable,not_a_single_microbial_species
1830,,WT,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4390870,19.4,µmol C2H4/mg chla/h,accepted quantitative rate,Strain | Nitrogenase activity a | (µmol C2H4/mg chla/h) | 24 h | 48 h | WT | 19.4 ± 7.0 | 17.4 ± 2.5,,
1831,,WT,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4390870,17.4,µmol C2H4/mg chla/h,accepted quantitative rate,Strain | Nitrogenase activity a | (µmol C2H4/mg chla/h) | 24 h | 48 h | WT | 19.4 ± 7.0 | 17.4 ± 2.5,,
1832,,DRsigCS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4390870,6.0,µmol C2H4/mg chla/h,accepted quantitative rate,Strain | Nitrogenase activity a | (µmol C2H4/mg chla/h) | 24 h | 48 h | DRsigCS | 6.0 ± 3.0 | 19.0 ± 5.5,,
1833,,DRsigCS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4390870,19.0,µmol C2H4/mg chla/h,accepted quantitative rate,Strain | Nitrogenase activity a | (µmol C2H4/mg chla/h) | 24 h | 48 h | DRsigCS | 6.0 ± 3.0 | 19.0 ± 5.5,,
1834,,DRsigEK,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4390870,19.3,µmol C2H4/mg chla/h,accepted quantitative rate,Strain | Nitrogenase activity a | (µmol C2H4/mg chla/h) | 24 h | 48 h | DRsigEK | 19.3 ± 6.3 | 11.0 ± 2.4,,
1835,,DRsigEK,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4390870,11.0,µmol C2H4/mg chla/h,accepted quantitative rate,Strain | Nitrogenase activity a | (µmol C2H4/mg chla/h) | 24 h | 48 h | DRsigEK | 19.3 ± 6.3 | 11.0 ± 2.4,,
1836,,"Nostoc/Anabaena sp. PCC 7120ΔHup, site-directed N2ase variants, Q193S and R284H",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4390889,21,d,co-culture assay; which member fixed is not resolved,"Nostoc/Anabaena sp. PCC 7120ΔHup, site-directed N2ase variants, Q193S and R284H | 90–100 μmol photons·m−2·s−1 | not given | PAR | 21 d | N2/CO2 (95/5), (no gassing with periodic gas replacement of every 3 or 4 days) | Sustained, high-level ",,
1837,1180.0,Nostoc sp. PCC 7422 ΔHup deficient of Hup,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4390889,6,d,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Nostoc sp. PCC 7422 ΔHup deficient of Hup | 70 μmol photons m−2·s−1 | 3.7% av. | PAR | 6 d | Ar/CO2 (9.5/5), (no gassing) | 6 mL batch culture",,
1838,76396.0,Sesbania sesban (L.) Merr,binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC4423721,0.583,nmol C2H4 h-1 mg-1,assay summarised across organisms,Control | Nitrogenase | 0.583,unusable,not_a_single_microbial_species
1839,76396.0,Sesbania sesban (L.) Merr,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC4423721,0.776,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,AMF | Nitrogenase | 0.776,unusable,not_a_single_microbial_species
1840,76396.0,Sesbania sesban (L.) Merr,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC4423721,0.263,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,75 mM NaCl | Nitrogenase | 0.263,unusable,not_a_single_microbial_species
1841,76396.0,Sesbania sesban (L.) Merr,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC4423721,0.483,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,75 + AMF | Nitrogenase | 0.483,unusable,not_a_single_microbial_species
1842,76396.0,Sesbania sesban (L.) Merr,binomial_prefix_strain_dropped,assay_direct,T1,negative,False,corpus_fulltext,PMC4423721,0.0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,150 mM NaCl | Nitrogenase | 0.00,unusable,not_a_single_microbial_species
1843,76396.0,Sesbania sesban (L.) Merr,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC4423721,0.353,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,150 + AMF | Nitrogenase | 0.353,unusable,not_a_single_microbial_species
1844,,Rhodobacter species,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4425080,0,nmol H2 h-1 mg-1,explicit negative statement: 'absence of',"purple nonsulfur (PNS) photosynthetic bacteria, including Rhodobacter species, are used to convert organic acids such as acetate, lactate, and butyrate to H2 and CO2 in anaerobic and anoxic conditions. Moreover, these bacteria capture solar",,
1845,,mixed culture,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4425080,3.25,mmol H2 g glucose-1,co-culture assay; which member fixed is not resolved,"the maximum H2 production potential of 291.4 mL (corresponding to 3.25 mmol), the maximum H2 yield of 298.8 mL/g of glucose (3.33 mmol H2/g of glucose), and the maximum average H2 production rate of 8.5 mL/h were obtained at the ammonia con",,
1846,1476959.0,Marinobacterium mangrovicola Gal22,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4426756,0.5,nmol C2H4 h-1 mg-1,accepted quantitative rate,"However, during late exponential and stationary phases (OD: 0.5 and OD: 0.7) Gal22 did not show any significant mangrove root-mediated differences in nifH expression (Figure 6).",,
1847,354.0,"Azotobacter vinelandii strains expressing His-tagged NifEN, MoFe protein, and VF",binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4453561,23494,nmol NH3/µmol cluster/h,nitrogenase purified from this organism,"The specific activities of ammonia formation from CN− were 23,494, 18,312, and 17,219 nmol NH3/µmol cluster/h for L-cluster, M-cluster, and V-cluster, respectively.",,
1848,,alfalfa plants inoculated with S. meliloti T17 + N. PTV,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4465650,114.6,micromoles of ethylene formed by nodules per plant per 1 h,co-culture assay; which member fixed is not resolved,chlorophyll a and chlorophyll b increased by 114.6 and 82.9%,,
1849,,E151,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4473994,2.0,μmol H2 h–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",N2 fixation was 2.0 μmol H2 h–1 at 21 and 28 DAI but declined by 35 DAI,,
1850,,E151,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4473994,1.5,μmol H2 h–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",only three of 14 plants fixed an amount larger than 1.5 μmol H2 h–1,,
1851,,R. capsulatus,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4490523,38,°C,assay reported without a usable scale,the temperature should not exceed 38 °C in outdoor photobioreactors.,,
1852,,P. stutzeri BAL361,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4495170,0.0034,fmol C2H4 cell-1 h-1,accepted quantitative rate,"ARA showed that ethylene (C2H4) was produced at 4 to 165 µmol O2 liter−1, with the highest cell-specific C2H4 production rates, 0.0034 fmol C2H4 cell−1 h−1, observed at 165 µmol O2 liter−1",,
1853,,R. palustris BAL398,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4495170,0.0067,fmol C2H4 cell-1 h-1,accepted quantitative rate,C2H4 production was low (≈0.001 fmol C2H4 cell−1 h− 1) in the 0 to 5 µmol O2 liter−1 range but increased at 38 µmol O2 liter−1 to 0.0067 fmol C2H4 cell−1 h−1 in R. palustris BAL398,,
1854,,R. ornithinolytica BAL286,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4495170,0.0058,fmol C2H4 cell-1 h-1,accepted quantitative rate,"The facultative anaerobic R. ornithinolytica BAL286 displayed the same overall pattern, reaching a peak C2H4 production rate of 0.0058 fmol C2H4 cell−1 h−1 in the presence of 14 µmol O2 liter−1",,
1855,,cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4500134,16,ATP molecules per molecule of nitrogen,assay reported without a usable scale,Nitrogenase consumes at least 16 ATP molecules and eight electrons per molecule of nitrogen.,,
1856,3885.0,common bean,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC4519678,50,nmol ethylene h-1 g-1 nodule DW,assay reported without a usable scale,"Nitrogenase activity (acetylene reduction assay) from nodules under 70 μM AlCl3 was the lowest (50%, Figure 1C).",unusable,not_a_single_microbial_species
1857,3885.0,common bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4519678,43,nmol ethylene h-1 g-1 nodule DW,symbiotic assay; the microbial symbiont is the fixing partner,"both Alt treatments affected nodule function since a 43 and 62% reduction at 24 h and 7 days, respectively, was observed.",unusable,not_a_single_microbial_species
1858,3885.0,common bean,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC4519678,62,nmol ethylene h-1 g-1 nodule DW,assay reported without a usable scale,"both Alt treatments affected nodule function since a 43 and 62% reduction at 24 h and 7 days, respectively, was observed.",unusable,not_a_single_microbial_species
1859,,wild type USDA110,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4519974,0,nmol C2H4 h-1 mg-1 dry weight,explicit negative statement: 'no',"no significant difference in the nitrogenase activity, as determined by the acetylene reduction assay, was found between wild type USDA110 and the aceA mutant (data not shown)",,
1860,70799.0,Nodularia spumigena,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4523818,4.3,15N-atom% excess,symbiotic assay; the microbial symbiont is the fixing partner,"The dissolution approach attained a 15N-atom% excess of 4.3 ± 0.3% (mean ± s.d., n = 35).",,
1861,70799.0,Nodularia spumigena,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4523818,6.6,15N-atom% excess,symbiotic assay; the microbial symbiont is the fixing partner,"The addition of 2 mL 15−15N2 gas per liter seawater and subsequent removal of the bubble in the incubation volume yielded a 15N-atom excess of 6.6 ± 1.7% (mean ± s.d., n = 12) ranging from 3.9 to 10.1% for water with salinities from 25 to 0",,
1862,,Achromatium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4530308,0.05,nmol Ca/cell,assay measured; denominator or scale lost,"The amount of calcium in an average Achromatium cell is approximately 0.05 nmol Ca/cell (Head et al., 2000b).",,
1863,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4530936,9.5,μmol N2 (mg chl a)-1 h-1,accepted quantitative rate,"LD regime | Light level | Maximum N2 fixation rate | Total N2 fixed in the light | Total N2 fixed in 24 hours | Percentage of N2 fixed in the dark | Maximum C fixation rate | Total C fixed in the light | C:N2 fixation ratio in the light
(h:",,
1864,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4530936,14.3,μmol N2 (mg chl a)-1 h-1,accepted quantitative rate,"LD regime | Light level | Maximum N2 fixation rate | Total N2 fixed in the light | Total N2 fixed in 24 hours | Percentage of N2 fixed in the dark | Maximum C fixation rate | Total C fixed in the light | C:N2 fixation ratio in the light
(h:",,
1865,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4530936,14.3,μmol N2 (mg chl a)-1 h-1,duplicate of an accepted measurement,"LD regime | Light level | Maximum N2 fixation rate | Total N2 fixed in the light | Total N2 fixed in 24 hours | Percentage of N2 fixed in the dark | Maximum C fixation rate | Total C fixed in the light | C:N2 fixation ratio in the light
(h:",,
1866,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4530936,18.6,μmol N2 (mg chl a)-1 h-1,accepted quantitative rate,"LD regime | Light level | Maximum N2 fixation rate | Total N2 fixed in the light | Total N2 fixed in 24 hours | Percentage of N2 fixed in the dark | Maximum C fixation rate | Total C fixed in the light | C:N2 fixation ratio in the light
(h:",,
1867,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4530936,14.8,μmol N2 (mg chl a)-1 h-1,accepted quantitative rate,"LD regime | Light level | Maximum N2 fixation rate | Total N2 fixed in the light | Total N2 fixed in 24 hours | Percentage of N2 fixed in the dark | Maximum C fixation rate | Total C fixed in the light | C:N2 fixation ratio in the light
(h:",,
1868,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4530936,3.9,μmol N2 (mg chl a)-1 h-1,accepted quantitative rate,"LD regime | Light level | Maximum N2 fixation rate | Total N2 fixed in the light | Total N2 fixed in 24 hours | Percentage of N2 fixed in the dark | Maximum C fixation rate | Total C fixed in the light | C:N2 fixation ratio in the light
(h:",,
1873,,CGA753 (Mo),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4554455,4,percent activity remaining (SEM)1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CGA753 (Mo) | Genotype | Percent activity remaining (SEM)1 | P-value | 4 (3) | 0.05,,
1874,,CGA755 (Fe),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4554455,35,percent activity remaining (SEM)1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CGA755 (Fe) | Genotype | Percent activity remaining (SEM)1 | P-value | 35 (12) | 0.002,,
1875,,CGA766 (V),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4554455,1,percent activity remaining (SEM)1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CGA766 (V) | Genotype | Percent activity remaining (SEM)1 | P-value | 1 (1) | 0.02,,
1876,,B. sphaericus UPMB-10,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4567558,63,%,assay reported without a usable scale,the proportion of N uptake derived from the atmosphere was 63% on the whole plant basis,,
1877,,ITTG R7T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4568871,4911,μmol C2H4 per fresh weight nodule h−1,symbiotic assay; the microbial symbiont is the fixing partner,"The nitrogenase activity was the highest for ITTG R7T kept on PEAT (4911 μmol C2H4 per fresh weight nodule h−1); however, no activity was found when the strains were kept on YEMM.",,
1878,,Trichodesmium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4569722,43,percent,assay reported without a usable scale,N2 fixation rates of the 750-selected cell lines were still 43% higher than those of the 380-selected cultures,,
1879,,Trichodesmium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4569722,44,percent,assay reported without a usable scale,both grew up to ∼44% faster than the 380-selected cultures maintained at 380 p.p.m.,,
1880,,Trichodesmium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4569722,43,percent,assay reported without a usable scale,"N2 fixation rates of the 750-selected cultures switched back to 380 p.p.m. for 2 years (>350 generations) remained virtually identical to those of the 750-selected cell lines maintained continuously at 750 p.p.m., with both still ∼43% highe",,
1881,,Trichodesmium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4569722,44,percent,assay reported without a usable scale,both grew up to ∼44% faster than the 380-selected cultures maintained at 380 p.p.m.,,
1882,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4603794,5.75,μmol/g nodule h,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (μmol/g nodule h) | 5.75±0.35,,
1883,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4603794,1.25,μmol/g nodule h,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (μmol/g nodule h) | 1.25±0.04*,,
1885,,transgenic nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4613224,1.7,fold,assay reported without a usable scale,"The nitrogenase initial rate was higher in the transgenic nodules, almost 1.7-fold that of control at 1 h.",,
1886,,nodules on the 35S::GMNMHC5-transformed hairy roots,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4613224,1,mL C2H2 mg·nodules−1·min−1,co-culture assay; which member fixed is not resolved,Gas samples (0.2 mL) were extracted using a syringe and then injected into a gas chromatograph GC2010 to determine the amount of ethylene formed (mL C2H2 mg·nodules−1·min−1) every 1 h.,,
1887,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,227.68,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG1 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 227.68±45.26a,,
1888,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,209.82,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG2 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 209.82±29.60a,,
1889,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,156.87,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG3 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 156.87±50.11a,,
1890,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,227.68,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG4 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 227.68±52.22a,,
1891,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,154.43,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG5 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 154.43±49.86a,,
1892,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,398.43,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG6 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 398.43±89.32b,,
1893,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,420.6,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG7 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 420.60±91.50b,,
1894,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,473.21,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG8 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 473.21±97.87b,,
1895,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,320.68,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG9 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 320.68±65.55b,,
1896,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,321.54,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG10 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 321.54±72.12b,,
1897,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,322.43,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG11 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 322.43±85.66b,,
1898,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,256.78,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG12 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 256.78±65.18a,,
1899,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,223.21,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG13 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 223.21±38.16a,,
1900,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,350.71,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG14 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 350.71±77.63b,,
1901,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,409.98,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG15 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 409.98±75.35b,,
1902,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,167.36,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG16 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 167.36±19.11a,,
1903,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,151.79,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG17 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 151.79±22.62a,,
1904,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,212.94,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG18 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 212.94±26.98a,,
1905,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,210.21,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG19 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 210.21±19.35a,,
1906,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,187.54,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG20 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 187.54±20.00a,,
1907,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,245.67,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG21 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 245.67±84.24a,,
1908,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,287.65,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG22 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 287.65±22.12b,,
1909,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,299.11,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG24 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 299.11±74.21b,,
1910,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,304.65,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG25 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 304.65±86.66b,,
1911,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,345.76,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG26 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 345.76±20.25b,,
1912,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,290.18,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG27 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 290.18±35.50b,,
1913,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,245.78,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG28 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 245.78±60.34a,,
1914,,A. glycyphyllos,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,212.94,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,AG29 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 212.94±30.32a,,
1915,,M. caraganaeCCBAU11299,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,181,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,M. caraganaeCCBAU11299 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 181.00±11.50a,,
1916,,M. ciceriUSDA3383,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,198,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,M. ciceriUSDA3383 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 198.00±18.61a,,
1917,,M. lotiUSDA3471,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,166,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,M. lotiUSDA3471 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 166.00±16.00a,,
1918,,M. septentrionaleSDW018,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4619719,156,nM ethylene × h-1 × plant-1,symbiotic assay; the microbial symbiont is the fixing partner,M. septentrionaleSDW018 | Nitrogenase activity (nM ethylene × h-1 × plant-1) Mean ± SD # | 156.00±15.56a,,
1919,,Nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4642986,81.5,fmol Fe μg-1 total protein,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase | 81.5 ± 15.8 (1.0:1) | 39.4 ± 6.8 (0.4:1) | 96 ± 15.6 (0.7:1) | 25.2 ± 7.4 (0.2:1),,
1920,,Nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4642986,39.4,fmol Fe μg-1 total protein,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase | 81.5 ± 15.8 (1.0:1) | 39.4 ± 6.8 (0.4:1) | 96 ± 15.6 (0.7:1) | 25.2 ± 7.4 (0.2:1),,
1921,,Nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4642986,96,fmol Fe μg-1 total protein,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase | 81.5 ± 15.8 (1.0:1) | 39.4 ± 6.8 (0.4:1) | 96 ± 15.6 (0.7:1) | 25.2 ± 7.4 (0.2:1),,
1922,,Nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4642986,25.2,fmol Fe μg-1 total protein,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase | 81.5 ± 15.8 (1.0:1) | 39.4 ± 6.8 (0.4:1) | 96 ± 15.6 (0.7:1) | 25.2 ± 7.4 (0.2:1),,
1923,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4650689,22.0,nmol C2H4 h-1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity (nmol C2H4 h−1) | 22.0±2.93c | 300 | 500 | 1000,,
1924,,wild-type SUTN9-2,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4676552,0,nmol C2H4 h-1 plant-1,explicit negative statement: 'not',the plant dry weights and nitrogenase activities of nodules derived from wild-type and rhcJ mutant strains were not significantly different (Fig. 8B and 8C).,,
1925,,rhcJ mutant strains,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4676552,0,nmol C2H4 h-1 plant-1,explicit negative statement: 'No',No significant differences were observed in the nitrogen fixation activity of rhcJ mutant strains and the wild-type strain (Fig. 8F).,,
1926,42445.0,Sinorhizobium sp. BL3+,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4676554,16.34,μmole α-ketobutyrate mg−1 protein h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strains | ACC deaminase activity (μmole α-ketobutyrate mg−1 protein h−1) | BL3+ | 16.34±1.08 a,,
1927,42445.0,Sinorhizobium sp. BL3−,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC4676554,0.07,μmole α-ketobutyrate mg−1 protein h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strains | ACC deaminase activity (μmole α-ketobutyrate mg−1 protein h−1) | BL3− | 0.07±0.03 c,,
1929,,R. capsulatus,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4684066,13.7,mol H2/mol sucrose,assay measured; denominator or scale lost,An even higher yield (13.7 mol H2/mol sucrose) was obtained in a sequential dark and photofermentation process with a mutant strain of R. capsulatus,,
1930,,Methylobacterium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1931,,Methylobacterium L2-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1932,,Methylobacterium L2-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1933,,Methylobacterium L2-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1934,,Methylobacterium L2-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1935,,Methylobacterium L2-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1936,,Methylobacterium L2-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1937,,Methylobacterium L2-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1938,,Methylobacterium L2-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1939,,Methylobacterium L2-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4687150,204.6,nmol C2H4 g−1 dry tissues day−1,symbiotic assay; the microbial symbiont is the fixing partner,Seedlings treated with strain L2-4 showed strong AR activity (204.6 nmol C2H4 g−1 dry tissues day−1).,,
1940,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4696802,3.5,percent,symbiotic assay; the microbial symbiont is the fixing partner,nitrogen concentrations in the plant tissues to fall within the required sufficiency ranges (3.5–5.5%),,
1941,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4696802,5.5,percent,symbiotic assay; the microbial symbiont is the fixing partner,nitrogen concentrations in the plant tissues to fall within the required sufficiency ranges (3.5–5.5%),,
1942,,wild type,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4702478,1.0,μmol H2 per hour and plant,nitrogenase purified from this organism,Specific nitrogen fixation of nodules of A 17 and R108 wild type plants and a Tnt1-Mt-mutant carrying an insert in the cds of Medtr1g084050 (nicotianamine synthase-like protein). The data were obtained from a continuous measurement of nodul,,
1943,,wild type,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC4702478,1.0,μmol H2 per hour and plant,nitrogenase purified from this organism,Specific nitrogen fixation of nodules of A 17 and R108 wild type plants and a Tnt1-Mt-mutant carrying an insert in the cds of Medtr1g084050 (nicotianamine synthase-like protein). The data were obtained from a continuous measurement of nodul,,
1944,,B. japonicum str. GRC131-4001,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4724949,92,nmol·h−1·mg·protein−1,co-culture assay; which member fixed is not resolved,B. japonicum str. | Genotype | NO consumption activity (nmol·h−1·mg·protein−1) | N2O (mM) | GRC131-4001 | bjgb;norC | 92±18 | n.d.,,
1945,1235509.0,microbial community,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC4726784,1.2,× 10−5−5 × 10−4 nmol H2 cell−1 d−1,assay measured; denominator or scale lost,The lowest per-cell potential hydrogen oxidation rates (1.2 × 10−5−5 × 10−4 nmol H2 cell−1 d−1) occur in the NO3- zone of site EQP-05 and site EQP-07,unusable,not_a_single_microbial_species
1946,1235509.0,microbial community,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC4726784,5,× 10−4 to 4 × 10−3 nmol H2 cell−1 d−1,assay measured; denominator or scale lost,"Per-cell potential hydrogen oxidation rates in the SO42- zone samples from Lake Van, Barents Sea, and the Equatorial Pacific mostly range between 5 × 10−4 and 4 × 10−3 nmol H2 cell−1 d−1",unusable,not_a_single_microbial_species
1947,1235509.0,microbial community,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC4726784,5,× 10−3 to 8 × 10−2 nmol H2 cell−1 d−1,assay measured; denominator or scale lost,"In the low CH4 zone (<0.6 μmol L−1), they fall in the range of 5 × 10−3 to 8 × 10−2 nmol H2 cell−1 d−1",unusable,not_a_single_microbial_species
1948,1235509.0,microbial community,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC4726784,1,× 10−2 to 2 × 10−1 nmol H2 cell−1 d−1,assay measured; denominator or scale lost,"In the high CH4 zone (>0.6 μmol L−1), rates are highest with values between 1 × 10−2 and 2 × 10−1 nmol H2 cell−1 d−1",unusable,not_a_single_microbial_species
1949,,PPB2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4735380,4.9,μmole C2H4 mg protein/h,accepted quantitative rate,Strain PPB2 | ARA (μmole C2H4 mg protein/h) | 4.90 ± 0.23,,
1950,,PPB3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4735380,4.55,μmole C2H4 mg protein/h,accepted quantitative rate,Strain PPB3 | ARA (μmole C2H4 mg protein/h) | 4.55 ± 0.38,,
1951,,PPB4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4735380,2.41,μmole C2H4 mg protein/h,accepted quantitative rate,Strain PPB4 | ARA (μmole C2H4 mg protein/h) | 2.41 ± 0.12,,
1952,,PPB5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4735380,2.9,μmole C2H4 mg protein/h,accepted quantitative rate,Strain PPB5 | ARA (μmole C2H4 mg protein/h) | 2.90 ± 0.17,,
1953,,PPB8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4735380,4.79,μmole C2H4 mg protein/h,accepted quantitative rate,Strain PPB8 | ARA (μmole C2H4 mg protein/h) | 4.79 ± 0.01,,
1954,,PPB9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4735380,3.95,μmole C2H4 mg protein/h,accepted quantitative rate,Strain PPB9 | ARA (μmole C2H4 mg protein/h) | 3.95 ± 0.02,,
1955,,PPB10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4735380,1.83,μmole C2H4 mg protein/h,accepted quantitative rate,Strain PPB10 | ARA (μmole C2H4 mg protein/h) | 1.83 ± 0.01,,
1956,,PPB11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4735380,1.79,μmole C2H4 mg protein/h,accepted quantitative rate,Strain PPB11 | ARA (μmole C2H4 mg protein/h) | 1.79 ± 0.01,,
1957,,PPB12,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4735380,0,μmole C2H4 mg protein/h,a zero is present in the quote beside assay context,Strain PPB12 | ARA (μmole C2H4 mg protein/h) | 0.00 ± 0.00,,
1958,,ORS285,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4743980,0,nmol C2H4 h-1 plant-1,explicit negative statement: 'no',"acetylene reduction activity (ARA) and number of nodules per plant inoculated with ORS285 (black bars), rfal (grey bars) or gdh (white bars) mutants in A. afraspera (C) and A. indica (D). Error bars represent standard deviations (n = 10); T",,
1959,,ORS285,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4743980,0,nmol C2H4 h-1 plant-1,explicit negative statement: 'no',"acetylene reduction activity (ARA) and number of nodules per plant inoculated with ORS285 (black bars), rfal (grey bars) or gdh (white bars) mutants in A. afraspera (C) and A. indica (D). Error bars represent standard deviations (n = 10); T",,
1960,,ORS278,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4743980,0,nmol C2H4 h-1 plant-1,explicit negative statement: 'no',acetylene reduction activity (ARA) and number of nodules per plant inoculated with ORS278 (black bars) or rfaL mutant (grey bars) in A. indica (C) and A. evenia (D). Error bars represent standard deviations (n = 10); Tukey’s honestly signif,,
1961,,ORS278,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4743980,0,nmol C2H4 h-1 plant-1,explicit negative statement: 'no',acetylene reduction activity (ARA) and number of nodules per plant inoculated with ORS278 (black bars) or rfaL mutant (grey bars) in A. indica (C) and A. evenia (D). Error bars represent standard deviations (n = 10); Tukey’s honestly signif,,
1962,,Av1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4755756,2350,nmol min-1 mg-1,nitrogenase purified from this organism,The specific activity of Av1 was 2350 ± 100 nmol min-1 mg-1 and of Av2 was 2060 ± 55 nmol min-1 mg-1 when measured by acetylene reduction at saturation of each component.,,
1963,,Av2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4755756,2060,nmol min-1 mg-1,nitrogenase purified from this organism,The specific activity of Av1 was 2350 ± 100 nmol min-1 mg-1 and of Av2 was 2060 ± 55 nmol min-1 mg-1 when measured by acetylene reduction at saturation of each component.,,
1964,562.0,E. coli 78-7,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4761190,10,percent of wild-type Paenibacillus activity,assay reported without a usable scale,the nitrogenase activity in the recombinant E. coli 78-7 is only 10 % of that observed in wild-type Paenibacillus,,
1965,562.0,E. coli 78-7,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4761190,20,percent of wild-type Paenibacillus activity,assay reported without a usable scale,the suf (sufCBSUD) operon can increase nitrogenase activity of E. coli 78-7 from 10 to 20 %,,
1966,562.0,E. coli 78-7,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4761190,19.5,percent of wild-type Paenibacillus activity,assay reported without a usable scale,K. oxytoca nifSU can increase activity of E. coli 78-7 from 10 to 19.5 %,,
1967,562.0,E. coli 78-7,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4761190,20.1,percent of wild-type Paenibacillus activity,assay reported without a usable scale,each of fer and fldA can increase nitrogenase of E. coli 78-7 from 10 to 20.1 %,,
1968,562.0,E. coli 78-7,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4761190,15,percent of wild-type Paenibacillus activity,assay reported without a usable scale,pfoAB increase nitrogenase activity from 10 to 15 %,,
1969,562.0,E. coli 78-7,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4761190,32,percent of wild-type Paenibacillus activity,assay reported without a usable scale,"when nifF and nifJ were carried in two different vectors and co-transferred into E. coli 78-7, the activity was increased from 10 to 32 %",,
1970,562.0,E. coli 78-7,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC4761190,50.1,percent of wild-type Paenibacillus activity,assay reported without a usable scale,"the combined Kp-nifJnifFnifUS, WLY78-ferpfoAB-Kp-nifUS and WLY78-fldApfoAB -Kp-nifUS increase activity from 10 to 39.1, 45.1 and 50.1 %, respectively",,
1972,137722.0,Azospirillum sp. B510,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC4763327,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"Azospirillum sp. B510 | N2-fixing, IAA | Growth in terms of tiller numbers and shoot length was significantly increased by inoculation. The application of Azospirillum sp. B510 not only enhanced rice growth, but also affected minor rice-ass",,
1973,137722.0,Azospirillum sp. B510,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC4763327,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"Azospirillum sp. B510 | N2-fixing, IAA | Growth in terms of tiller numbers and shoot length was significantly increased by inoculation. The application of Azospirillum sp. B510 not only enhanced rice growth, but also affected minor rice-ass",,
1974,1406.0,Paenibacillus sp. WLY78,exact_name,claim,T4,positive,True,corpus_fulltext,PMC4774088,15,RPKM,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Non-N2-fixation (100 mM NH4 + and Air) | N2-fixation (without NH4 + and O2) | 0 | 100 | 15,,
1975,1406.0,Paenibacillus sp. WLY78,exact_name,claim,T4,positive,True,corpus_fulltext,PMC4774088,25,RPKM,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Non-N2-fixation (100 mM NH4 + and Air) | N2-fixation (without NH4 + and O2) | 0--0.25(>0) | 54 | 25,,
1976,1406.0,Paenibacillus sp. WLY78,exact_name,claim,T4,positive,True,corpus_fulltext,PMC4774088,37,RPKM,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Non-N2-fixation (100 mM NH4 + and Air) | N2-fixation (without NH4 + and O2) | 0.25--0.5 | 271 | 37,,
1977,1406.0,Paenibacillus sp. WLY78,exact_name,claim,T4,positive,True,corpus_fulltext,PMC4774088,132,RPKM,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Non-N2-fixation (100 mM NH4 + and Air) | N2-fixation (without NH4 + and O2) | 0.5--1 | 649 | 132,,
1978,1406.0,Paenibacillus sp. WLY78,exact_name,claim,T4,positive,True,corpus_fulltext,PMC4774088,868,RPKM,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Non-N2-fixation (100 mM NH4 + and Air) | N2-fixation (without NH4 + and O2) | 1.0--5.0 | 2294 | 868,,
1979,1406.0,Paenibacillus sp. WLY78,exact_name,claim,T4,positive,True,corpus_fulltext,PMC4774088,592,RPKM,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Non-N2-fixation (100 mM NH4 + and Air) | N2-fixation (without NH4 + and O2) | 5.0--10 | 705a | 592,,
1980,1406.0,Paenibacillus sp. WLY78,exact_name,claim,T4,positive,True,corpus_fulltext,PMC4774088,809,RPKM,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Non-N2-fixation (100 mM NH4 + and Air) | N2-fixation (without NH4 + and O2) | 50--100 | 215 | 809,,
1981,,rice plants (WT),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4791114,11.6,percent,assay reported without a usable scale,This estimate suggests that N2 fixation in WT rice was 11.6% higher than that in the OsCCaMK mutant NE1115 in a paddy rice field experiment (Fig. 3).,,
1982,,ΔhupS1L1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4791120,6.4,μmol h−1 g fresh nodule weight−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",H2 was produced by the ΔhupS1L1 nodules (6.4 μmol h−1 g fresh nodule weight−1),,
1983,,DSB cells,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4817681,33,percent of single DSB cells showing 15N enrichment,assay reported without a usable scale,"Interestingly, 33% of the single DSB cells analyzed did show 15N enrichment (n=21; CR8) (Figures 2a and 3d–f).",,
1984,,yNifHmit,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC4855529,404,nmol C2H4 h-1 mg-1 MoFe protein-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",yNifHmit | NifM | 404±62 | ND | 20,,
1985,,yNifHmit,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC4855529,1600,nmol C2H4 h-1 mg-1 MoFe protein-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","yNifHmit | NifM | 1,600‡,§ | 826±60 | 200",,
1986,,yNifHmit,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC4855529,430,nmol C2H4 h-1 mg-1 MoFe protein-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","yNifHmit|| | NifM, NifU, NifS | 430±45§ | 511±10 | 30",,
1987,,yNifHmit,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC4855529,1652,nmol C2H4 h-1 mg-1 MoFe protein-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","NifH¶ |  | 1,652±23 | 849±25 | 40",,
1988,,yNifHmit,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC4855529,849,nmol NH3 h-1 mg-1 MoFe protein-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","NifH¶ |  | 1,652±23 | 849±25 | 40",,
1989,57577.0,red clover,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC4862186,8,%,assay reported without a usable scale,biological nitrogen fixation was increased by 8 % (p = 0.016),unusable,not_a_single_microbial_species
1990,57577.0,red clover,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC4862186,100,%,assay reported without a usable scale,100 % of the nitrogen content in the shoots originated from nitrogen fixation,unusable,not_a_single_microbial_species
1991,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,2.7,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 1–1 | Rate of N2-Fixation (mg/kg/day) | 2.70,unusable,not_a_single_microbial_species
1992,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,3.01,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 1–2 | Rate of N2-Fixation (mg/kg/day) | 3.01,unusable,not_a_single_microbial_species
1993,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,0.75,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 1–3 | Rate of N2-Fixation (mg/kg/day) | 0.75,unusable,not_a_single_microbial_species
1994,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,2.21,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 1–4 | Rate of N2-Fixation (mg/kg/day) | 2.21,unusable,not_a_single_microbial_species
1995,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,13.2,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 2–1 | Rate of N2-Fixation (mg/kg/day) | 13.2,unusable,not_a_single_microbial_species
1996,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,4.55,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 2–2 | Rate of N2-Fixation (mg/kg/day) | 4.55,unusable,not_a_single_microbial_species
1997,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,3.04,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 2–3 | Rate of N2-Fixation (mg/kg/day) | 3.04,unusable,not_a_single_microbial_species
1998,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,1.48,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 2–4 | Rate of N2-Fixation (mg/kg/day) | 1.48,unusable,not_a_single_microbial_species
1999,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,5.74,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 4–1 | Rate of N2-Fixation (mg/kg/day) | 5.74,unusable,not_a_single_microbial_species
2000,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,2.91,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 4–2 | Rate of N2-Fixation (mg/kg/day) | 2.91,unusable,not_a_single_microbial_species
2001,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,20.6,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 4–3 | Rate of N2-Fixation (mg/kg/day) | 20.6,unusable,not_a_single_microbial_species
2002,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,14.3,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 4–4 | Rate of N2-Fixation (mg/kg/day) | 14.3,unusable,not_a_single_microbial_species
2003,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,5.54,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 5–1 | Rate of N2-Fixation (mg/kg/day) | 5.54,unusable,not_a_single_microbial_species
2004,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,14.6,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 5–2 | Rate of N2-Fixation (mg/kg/day) | 14.6,unusable,not_a_single_microbial_species
2005,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,11.4,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 5–3 | Rate of N2-Fixation (mg/kg/day) | 11.4,unusable,not_a_single_microbial_species
2006,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,11.1,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 5–4 | Rate of N2-Fixation (mg/kg/day) | 11.1,unusable,not_a_single_microbial_species
2007,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,2.08,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 6–1 | Rate of N2-Fixation (mg/kg/day) | 2.08,unusable,not_a_single_microbial_species
2008,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,1.21,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 6–2 | Rate of N2-Fixation (mg/kg/day) | 1.21,unusable,not_a_single_microbial_species
2009,3694.0,Populus trichocarpa,exact_name,claim,T4,positive,False,corpus_fulltext,PMC4873266,10,mg/kg/day,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Sample 6–3 | Rate of N2-Fixation (mg/kg/day) | 10,unusable,not_a_single_microbial_species
2010,3694.0,Populus trichocarpa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC4873266,16.9,mg/kg/day,symbiotic assay; the microbial symbiont is the fixing partner,Sample 6–4 | Rate of N2-Fixation (mg/kg/day) | 16.9,unusable,not_a_single_microbial_species
2011,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,4.84,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Undosed 1 | mmol ethylene per gram | 4.84,,
2012,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,3.38,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Undosed 2 | mmol ethylene per gram | 3.38,,
2013,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,4.5,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Undosed 3 | mmol ethylene per gram | 4.5,,
2014,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,4.52,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Undosed 7 | mmol ethylene per gram | 4.52,,
2015,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,5.01,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Undosed 8 | mmol ethylene per gram | 5.01,,
2016,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,3.52,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Undosed 9 | mmol ethylene per gram | 3.52,,
2017,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,4.42,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Undosed 13 | mmol ethylene per gram | 4.42,,
2018,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,7.34,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Undosed 14 | mmol ethylene per gram | 7.34,,
2019,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,8.46,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Undosed 15 | mmol ethylene per gram | 8.46,,
2020,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,20.63,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Dosed 21 | mmol ethylene per gram | 20.63,,
2021,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,61.42,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Dosed 22 | mmol ethylene per gram | 61.42,,
2022,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,6.19,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Dosed 23 | mmol ethylene per gram | 6.19,,
2023,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,8.52,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Dosed 27 | mmol ethylene per gram | 8.52,,
2024,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,5.76,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Dosed 28 | mmol ethylene per gram | 5.76,,
2025,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,9.05,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Dosed 29 | mmol ethylene per gram | 9.05,,
2026,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,5.69,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Dosed 33 | mmol ethylene per gram | 5.69,,
2027,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,4.24,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Dosed 34 | mmol ethylene per gram | 4.24,,
2028,,Wild Poplar 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4873266,106.9,mmol ethylene per gram,symbiotic assay; the microbial symbiont is the fixing partner,Dosed 35 | mmol ethylene per gram | 106.9,,
2029,,M. truncatula,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4881506,25,percent,assay reported without a usable scale,"Down-regulation (>60%) of MtRbohA transcript levels does not affect nodule formation in M. truncatula plants, but does result in a 25% reduction in nitrogen fixation.",,
2030,,P. vulgaris,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4881506,2,fold,assay reported without a usable scale,Over-expression of PvRbohB causes a substantial increase in nitrogen fixation at 21 (>2-fold) and 30 (>3-fold) dpi.,,
2031,,P. vulgaris,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4881506,3,fold,assay reported without a usable scale,Over-expression of PvRbohB causes a substantial increase in nitrogen fixation at 21 (>2-fold) and 30 (>3-fold) dpi.,,
2032,,Nostoc,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4907175,40,percent,assay reported without a usable scale,"In symbiosis with both Azolla and Gunnera, the bacterial GS is downregulated, unlike in legume-Rhizobium symbiosis, resulting in up to 40% of fixed nitrogen being released as ammonium.",,
2033,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,2.04,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Light conditions | Light | 0.43 ± 0.01 | 2.04 ± 0.03,,
2034,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,2.4,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Light conditions | Dark | 0.38 ± 0.01 | 2.4 ± 0.03,,
2035,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,1.08,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Temperature (°C) | 20 | 0.62a ± 0.02 | 1.08b ± 0.10,,
2036,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,1.7,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Temperature (°C) | 25 | 0.32b ± 0.03 | 1.7a ± 0.12,,
2037,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,1.64,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Temperature (°C) | 30 | 0.30b ± 0.01 | 1.64a ± 0.08,,
2038,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,1.16,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Temperature (°C) | 37 | 0.21c ± 0.01 | 1.16bc ± 0.09,,
2039,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,0.77,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Temperature (°C) | 45 | 0.17c ± 0.02 | 0.77c ± 0.03,,
2040,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,0.54,nmol of C2H4/mL/h,assay measured; denominator or scale lost,pH | 5 | 0.48b ± 0.01 | 0.54d ± 0.17,,
2041,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,3.25,nmol of C2H4/mL/h,assay measured; denominator or scale lost,pH | 6 | 0.41b ± 0.02 | 3.25c ± 0.17,,
2042,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,17.81,nmol of C2H4/mL/h,assay measured; denominator or scale lost,pH | 7 | 0.37c ± 0.09 | 17.81a ± 0.54,,
2043,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,6.77,nmol of C2H4/mL/h,assay measured; denominator or scale lost,pH | 8 | 0.45b ± 0.03 | 6.77b ± 0.24,,
2044,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,4.02,nmol of C2H4/mL/h,assay measured; denominator or scale lost,pH | 9 | 0.56a ± 0.02 | 4.02c ± 0.38,,
2045,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,10.1,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Inoculum size (%) | 1 | 0.41b ± 0.02 | 10.1b ± 0.31,,
2046,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,12.42,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Inoculum size (%) | 5 | 0.54b ± 0.03 | 12.42a ± 0.36,,
2047,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,13.19,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Inoculum size (%) | 10 | 1.08a ± 0.10 | 13.19a ± 0.46,,
2048,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,12.04,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Aeration state | Aerated | 0.63 ± 0.01 | 12.04 ± 0.32,,
2049,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,14.4,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Aeration state | Non-aerated | 0.73 ± 0.01 | 14.4 ± 0.36,,
2050,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,14.6,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Soil bioreactor | Bioreactor 1 (BmN+ve) | 134b ± 2 | 825a ± 31 | 163c ± 3 | 988.5b ± 43 | 84a ± 2 | 14.6 ± 0.9 | 7.5b ± 0.03 | ,,
2051,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,21.8,nmol of C2H4/mL/h,assay measured; denominator or scale lost,Soil bioreactor | Bioreactor 2 (BmN−ve) | 99.12c ± 4 | 682.75b ± 23 | 290b ± 5 | 972.75c ± 51 | 86a ± 3 | 21.8 ± 0.8 | 8.1a ± 0.01 | ,,
2052,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,17.81,nmol of C2H4/mL/h,duplicate of an accepted measurement,pH | 7 | 0.37c ± 0.09 | 17.81a ± 0.54,,
2053,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,13.19,nmol of C2H4/mL/h,duplicate of an accepted measurement,Inoculum size (%) | 10 | 1.08a ± 0.10 | 13.19a ± 0.46,,
2054,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,14.4,nmol of C2H4/mL/h,duplicate of an accepted measurement,Aeration state | Non-aerated | 0.73 ± 0.01 | 14.4 ± 0.36,,
2055,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,14.6,nmol of C2H4/mL/h,duplicate of an accepted measurement,Soil bioreactor | Bioreactor 1 (BmN+ve) | 134b ± 2 | 825a ± 31 | 163c ± 3 | 988.5b ± 43 | 84a ± 2 | 14.6 ± 0.9 | 7.5b ± 0.03 | ,,
2056,,Bacillus megaterium-ASNF3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4909028,21.8,nmol of C2H4/mL/h,duplicate of an accepted measurement,Soil bioreactor | Bioreactor 2 (BmN−ve) | 99.12c ± 4 | 682.75b ± 23 | 290b ± 5 | 972.75c ± 51 | 86a ± 3 | 21.8 ± 0.8 | 8.1a ± 0.01 | ,,
2057,,M. loti,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4910070,0.0,nmol C2H4 h-1 nodule-1,a zero is present in the quote beside assay context,"Nitrogen fixation activity determined by acetylene reduction assay. An individual plant was packed into a 5-mL headspace vial (GL Science, Tokyo, Japan) in which 20% of the air was replaced by acetylene gas generated by CaC2 (Sigma-Aldrich)",,
2058,,Pseudomonas mosseliiACO-140,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4927679,167.1,nmol C2H4 per culture h−1,assay measured; denominator or scale lost,Pseudomonas mosseliiACO-140 | ARAbnmol C2H4 per culture h−1 | 167.1 B,,
2059,,Acinetobacter calcoaceticusACO-40,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4927679,106.1,nmol C2H4 per culture h−1,assay measured; denominator or scale lost,Acinetobacter calcoaceticusACO-40 | ARAbnmol C2H4 per culture h−1 | 106.1 B,,
2060,,Rhizobium daejeonenseACO-34A,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4927679,627.4,nmol C2H4 per culture h−1,assay measured; denominator or scale lost,Rhizobium daejeonenseACO-34A | ARAbnmol C2H4 per culture h−1 | 627.4 A,,
2061,,Azospirillum brasilenseCd,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4927679,821.3,nmol C2H4 per culture h−1,assay measured; denominator or scale lost,Azospirillum brasilenseCd | ARAbnmol C2H4 per culture h−1 | 821.3 A,,
2062,,Rhizobium daejeonenseACO-34A,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4927679,627.4,nmol C2H4 per culture h−1,duplicate of an accepted measurement,"A. brasilense Cd and R. daejeonense ACO-34A strains showed maximum nitrogenase activity (821.3 and 627.4 nmol C2H4 per culture h−1, respectively)",,
2063,,Azospirillum brasilenseCd,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4927679,821.3,nmol C2H4 per culture h−1,duplicate of an accepted measurement,"A. brasilense Cd and R. daejeonense ACO-34A strains showed maximum nitrogenase activity (821.3 and 627.4 nmol C2H4 per culture h−1, respectively)",,
2064,,B. brevis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4929095,10.25,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,B. brevis | ARA (nmol C2H4 mg−1 protein h−1) | +++ (10.25 ± 1.02),,
2065,,B. brevis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4929095,3.21,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,ARA (nmol mmg−1 protein h−1) | 3.21 ± 2.21,,
2066,,B. brevis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4929095,1.92,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,ARA (nmol mmg−1 protein h−1) | 1.92 ± 1.98,,
2067,,transplastomic lines NT_S21023687 and NT_S21023688,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC4986947,0.0,nmol C2H4 h-1,explicit negative statement: 'lacking',Protein fractions from the transplastomic lines NT_S21023687 and NT_S21023688 demonstrated production of ethylene that was above the background level present in samples from plants lacking nif genes (line NT_S21023684).,,
2068,,Trichodesmium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC4989028,75,% of gross O2 production,assay reported without a usable scale,"The Mehler reaction can consume as much as 75% of gross O2 production when grown on N2 as opposed to 10% when the cells are grown on NO3 (Milligan et al., 2007).",,
2069,,P. schreberi,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4989308,2.8,μg N g−1 fresh weight moss d−1,symbiotic assay; the microbial symbiont is the fixing partner,N2-fixation rate for P. schreberi in June was 2.8 times higher than that of H. splendens,,
2070,,H. splendens,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4989308,1.7,μg N g−1 fresh weight moss d−1,symbiotic assay; the microbial symbiont is the fixing partner,the fixation rate of H. splendens was 1.7 times higher than that of P. schreberi,,
2071,,C. glauca,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5006599,0,nmoles ethylene/nodule (g),explicit negative statement: 'not',"Nitrogen fixation was not measured in this study, although it has been reported a significant correlation between nodule number per plant in C. glauca and the acetylene reduction activity (ARA) under salt stress (Girgis et al., 1992).",,
2072,3229850.0,rhizosphere microbial community,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC5011652,36,percent,assay reported without a usable scale,P. liquidambari inoculation at high doses of N-fertilizer increased nitrogenase activity of rhizosphere microbial community by 36% but remain very low compared to control (Fig. 8),unusable,not_a_single_microbial_species
2073,3229850.0,rhizosphere microbial community,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC5011652,20.09,percent,assay reported without a usable scale,"Nitrogenase activity reduced by around 20.09% and 64.43%, respectively in soil treated with low (1.25 g N per pot) and high (3.75 g N per pot) doses of N-fertilizer (Fig. 8)",unusable,not_a_single_microbial_species
2074,3229850.0,rhizosphere microbial community,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC5011652,64.43,percent,assay reported without a usable scale,"Nitrogenase activity reduced by around 20.09% and 64.43%, respectively in soil treated with low (1.25 g N per pot) and high (3.75 g N per pot) doses of N-fertilizer (Fig. 8)",unusable,not_a_single_microbial_species
2075,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5014873,1.27,μmol NO2- g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,Leaf nitrate reductase activity (μmol NO2- g-1 h-1) | BCS50 ns | 1.27 | ±0.38,,
2076,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5014873,1.69,μmol NO2- g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,Leaf nitrate reductase activity (μmol NO2- g-1 h-1) | BCS70 ns | 1.69 | ±0.61,,
2077,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5014873,1.23,μmol NO2- g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,Leaf nitrate reductase activity (μmol NO2- g-1 h-1) | BCS50 ns | 1.23 | ±0.37,,
2078,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5014873,1.11,μmol NO2- g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,Leaf nitrate reductase activity (μmol NO2- g-1 h-1) | BCS70 ns | 1.11 | ±0.35,,
2079,,B. diazoefficiens USDA110,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5017801,0,nmol C2H4 h-1,explicit negative statement: 'not',"The nitrogen fixation activity of nodules determined as ARA activity, shoot dry weight, root fresh weight, and total nitrogen content in shoots inoculated with the Δblr7984 mutant were not significantly different from those with wild-type U",,
2080,111611.0,Geitlerinema sp. PCC 9228,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC5061849,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'absence of',"Geitlerinema produces hydrogen during sulfide-dependent AP in the presence of bioavailable nitrogen, as well as in the absence of CO2, suggesting the nitrogenase-independent hox gene set may be responsible for hydrogen evolution",,
2081,,MBE01,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5062030,1.68,μmol C2H4 mg protein/h,accepted quantitative rate,MBE01 | ARA μmol C2H4 mg protein/h | 1.68 | Agrobacierium tumefaciens,,
2082,,MBE02,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5062030,1.8,μmol C2H4 mg protein/h,accepted quantitative rate,MBE02 | ARA μmol C2H4 mg protein/h | 1.8 | Klebsiella sp.,,
2083,,MBE03,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5062030,1.41,μmol C2H4 mg protein/h,accepted quantitative rate,MBE03 | ARA μmol C2H4 mg protein/h | 1.41 | Ochrobactrum anthropi,,
2084,,MBE04,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5062030,0.95,μmol C2H4 mg protein/h,accepted quantitative rate,MBE04 | ARA μmol C2H4 mg protein/h | 0.95 | Pseudomonas stutzeri,,
2085,,MBE05,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5062030,1.3,μmol C2H4 mg protein/h,accepted quantitative rate,MBE05 | ARA μmol C2H4 mg protein/h | 1.3 | Pseudomonas sp.,,
2086,,Sp7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5062030,1.29,μmol C2H4 mg protein/h,accepted quantitative rate,Sp7 | ARA μmol C2H4 mg protein/h | 1.29 | ,,
2087,,ΔpucBAa/ΔLH2A,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5069747,10,h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpucBAa/ΔLH2A | 10 (0.5) | 20 (2) | 195 (3),,
2088,,ΔpucBAd/ΔLH4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5069747,10,h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpucBAd/ΔLH4 | 10 (0.3) | 22 (2) | 275 (26),,
2089,,ΔpucBAa ΔpucBAd/ΔLH2A LH4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5069747,10,h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpucBAa ΔpucBAd/ΔLH2A LH4 | 10 (0.3) | 29 (5) | 365 (43),,
2090,,ΔpucBAa/ΔLH2A,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5069747,20,h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpucBAa/ΔLH2A | 10 (0.5) | 20 (2) | 195 (3),,
2091,,ΔpucBAd/ΔLH4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5069747,22,h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpucBAd/ΔLH4 | 10 (0.3) | 22 (2) | 275 (26),,
2092,,ΔpucBAa ΔpucBAd/ΔLH2A LH4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5069747,29,h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpucBAa ΔpucBAd/ΔLH2A LH4 | 10 (0.3) | 29 (5) | 365 (43),,
2093,,ΔpucBAa/ΔLH2A,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5069747,195,h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpucBAa/ΔLH2A | 10 (0.5) | 20 (2) | 195 (3),,
2094,,ΔpucBAd/ΔLH4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5069747,275,h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpucBAd/ΔLH4 | 10 (0.3) | 22 (2) | 275 (26),,
2095,,ΔpucBAa ΔpucBAd/ΔLH2A LH4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5069747,365,h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpucBAa ΔpucBAd/ΔLH2A LH4 | 10 (0.3) | 29 (5) | 365 (43),,
2096,,PvTPS9-RNAi nodules,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5088437,0,nmol C2H4 min-1 nodule-1,explicit negative statement: 'neither',"Interestingly, neither the silencing of PvTPS9 or the changes in expression of other Class II TPS genes in root nodules modified their capacity to fix nitrogen, as deduced from the unaltered expression of the transcripts corresponding to tw",,
2097,3821.0,Cajanus cajan,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC5104742,65,% of nitrogen from biological nitrogen fixation,assay reported without a usable scale,"C. cajan was measured to derive 65% of its nitrogen from biological nitrogen fixation (BNF) (Herridge et al., 2008)",unusable,not_a_single_microbial_species
2098,,"L. fonkii (entire plants)*, site OBS",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5157042,1.02,μmol N g−1 d.w. d−1,symbiotic assay; the microbial symbiont is the fixing partner,"L. fonkii (entire plants)*, site OBS | N2 fixation (μmol N g−1 d.w. d−1) | 1.02 ± 0.27",,
2099,,"L. fonkii (entire plants)*, site SKY",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5157042,1.25,μmol N g−1 d.w. d−1,symbiotic assay; the microbial symbiont is the fixing partner,"L. fonkii (entire plants)*, site SKY | N2 fixation (μmol N g−1 d.w. d−1) | 1.25 ± 0.21",,
2100,,"L. fonkii, intact roots†",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5157042,3.09,μmol N g−1 d.w. d−1,symbiotic assay; the microbial symbiont is the fixing partner,"L. fonkii, intact roots† | N2 fixation (μmol N g−1 d.w. d−1) | 3.09 ± 1.24",,
2101,,"L. fonkii, cut roots‡",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5157042,2.47,μmol N g−1 d.w. d−1,symbiotic assay; the microbial symbiont is the fixing partner,"L. fonkii, cut roots‡ | N2 fixation (μmol N g−1 d.w. d−1) | 2.47 ± 0.28",,
2102,,"T. repens, cut roots‡",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5157042,3.94,μmol N g−1 d.w. d−1,symbiotic assay; the microbial symbiont is the fixing partner,"T. repens, cut roots‡ | N2 fixation (μmol N g−1 d.w. d−1) | 3.94 ± 0.63",,
2103,,"L. fonkii (entire plants)*, site OBS",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5157042,2.43,μmol C2H4 g−1 d.w. d−1,symbiotic assay; the microbial symbiont is the fixing partner,"L. fonkii (entire plants)*, site OBS | C2H4 production (μmol C2H4 g−1 d.w. d−1) | 2.43 ± 0.45",,
2104,,"L. fonkii (entire plants)*, site SKY",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5157042,1.68,μmol C2H4 g−1 d.w. d−1,symbiotic assay; the microbial symbiont is the fixing partner,"L. fonkii (entire plants)*, site SKY | C2H4 production (μmol C2H4 g−1 d.w. d−1) | 1.68 ± 0.25",,
2105,,"L. fonkii, cut roots‡",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5157042,2.35,μmol C2H4 g−1 d.w. d−1,symbiotic assay; the microbial symbiont is the fixing partner,"L. fonkii, cut roots‡ | C2H4 production (μmol C2H4 g−1 d.w. d−1) | 2.35 ± 0.63",,
2106,,"T. repens, cut roots‡",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5157042,18.01,μmol C2H4 g−1 d.w. d−1,symbiotic assay; the microbial symbiont is the fixing partner,"T. repens, cut roots‡ | C2H4 production (μmol C2H4 g−1 d.w. d−1) | 18.01 ± 5.27",,
2107,,T. yellowstonii (DSM 11347),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5165239,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"T. yellowstonii, T. aggregans, and T. islandicus contain all genes necessary for nitrogen fixation, including the molybdenum-iron nitrogenase and accessory proteins, and they can fix N2 for growth. However, diazotrophic growth has not been ",,
2108,,T. aggregans TGE-P1 (DSM 17283),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5165239,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"T. yellowstonii, T. aggregans, and T. islandicus contain all genes necessary for nitrogen fixation, including the molybdenum-iron nitrogenase and accessory proteins, and they can fix N2 for growth. However, diazotrophic growth has not been ",,
2109,,T. islandicus R1Ha3 (DSM 12570),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5165239,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"T. yellowstonii, T. aggregans, and T. islandicus contain all genes necessary for nitrogen fixation, including the molybdenum-iron nitrogenase and accessory proteins, and they can fix N2 for growth. However, diazotrophic growth has not been ",,
2110,,A. vinelandii strain expressing the V-nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5172229,15680,nmol C2H4,assay measured; denominator or scale lost,"The amounts of C2H4, C2H6 and C3H8 accumulated after 20 repetitions were 15,680, 625 and 71 nmol per 250 ml culture, respectively",,
2111,,A. vinelandii strain expressing the V-nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5172229,0.1,μmol hydrocarbons per gram V-nitrogenase per second,nitrogenase purified from this organism,the specific activity of this reaction (0.1 μmol hydrocarbons per gram V-nitrogenase per second) is comparable with the specific activities of the less efficient Fischer–Tropsch catalysts,,
2112,,T. erythraeum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5244712,0.132,mmol N (g DW h)-1,symbiotic assay; the microbial symbiont is the fixing partner,Literature | Nitrogenase flux (mmol N (g DW h)-1-) | 0.132 [29],,
2113,,T. erythraeum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5244712,0.49,mmol (g DW)-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,dFBA Model | Nitrogenase flux (mmol (g DW)-1 h-1) | 0.490,,
2114,,Sippewissett Marsh,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5328986,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,"Acetylene reduction rates were checked by withdrawing samples of gas headspace at 0, 15, 18, 21, and 24 h (sediments) or 0, 15, 21, 24, 39, and 45 h (leaves).",,
2115,,CfbA/CbiXS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5337119,3.4,nmol min-1 mg-1,nitrogenase purified from this organism,The specific activity of CfbA/CbiXS for Ni2+ insertion in vitro was determined as 3.4±0.5 nmol min-1 mg-1,,
2116,,Miscanthus,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5340280,100,kg N ha−1,assay measured; denominator or scale lost,an optimum application of 100 kg N ha−1 was seen to give significant yield benefits on a low‐fertility sandy loam soil by Shield et al. (2014),,
2117,,Miscanthus,host_plant_or_common_name,claim,T4,positive,True,corpus_fulltext,PMC5340280,60,kg N ha−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Christian et al. (2006) used 15N isotope‐enriched nitrogen fertilizer applied at 60 kg N ha−1 to study uptake during the establishment phase following planting,,
2118,,WP40,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5347143,300,ppm ethylene,assay reported without a usable scale,"More than 300 ppm concentration of ethylene was produced by strains WP9, WP 4-3-2, WP 4-10-4, WP 4-4-6, and positive control Azotobacter sp.",,
2119,,WP41,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5347143,300,ppm ethylene,assay reported without a usable scale,"More than 300 ppm concentration of ethylene was produced by strains WP9, WP 4-3-2, WP 4-10-4, WP 4-4-6, and positive control Azotobacter sp.",,
2120,,WP42,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5347143,300,ppm ethylene,assay reported without a usable scale,"More than 300 ppm concentration of ethylene was produced by strains WP9, WP 4-3-2, WP 4-10-4, WP 4-4-6, and positive control Azotobacter sp.",,
2121,,WP 4-4-2,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5347143,300,ppm ethylene,assay reported without a usable scale,"More than 300 ppm concentration of ethylene was produced by strains WP9, WP 4-3-2, WP 4-10-4, WP 4-4-6, and positive control Azotobacter sp.",,
2122,,WP 4-5-3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5347143,300,ppm ethylene,assay reported without a usable scale,"More than 300 ppm concentration of ethylene was produced by strains WP9, WP 4-3-2, WP 4-10-4, WP 4-4-6, and positive control Azotobacter sp.",,
2123,651661.0,Dyadobacter psychrophilus B2,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC5348510,1,percent,assay reported without a usable scale,"nitrogen fixation related proteins (1 and 3%, respectively) were also found to upregulate viz. N(2)-fixation sustaining protein CowN, Iron-sulfur cluster repair protein YtfE, and Ferredoxin-like protein in nif region",,
2124,77298.0,Pseudomonas jessenii MP1,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC5348510,3,percent,assay reported without a usable scale,"nitrogen fixation related proteins (1 and 3%, respectively) were also found to upregulate viz. N(2)-fixation sustaining protein CowN, Iron-sulfur cluster repair protein YtfE, and Ferredoxin-like protein in nif region",,
2125,,lupine,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5352734,68,percent,"value cited to another paper; fixation asserted, attribution belongs elsewhere","lupine showed the greatest %Ndfa compared to clover and vetch, regardless of the crop type (mixture or monocrop). These %Ndfa values were in the same range as those reported by Howieson et al. (1998) for white lupine at maturity: 68–85% in ",,
2126,,lupine,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5352734,85,percent,"value cited to another paper; fixation asserted, attribution belongs elsewhere","lupine showed the greatest %Ndfa compared to clover and vetch, regardless of the crop type (mixture or monocrop). These %Ndfa values were in the same range as those reported by Howieson et al. (1998) for white lupine at maturity: 68–85% in ",,
2127,,lupine,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5352734,44,percent,"value cited to another paper; fixation asserted, attribution belongs elsewhere","lupine showed the greatest %Ndfa compared to clover and vetch, regardless of the crop type (mixture or monocrop). These %Ndfa values were in the same range as those reported by Howieson et al. (1998) for white lupine at maturity: 68–85% in ",,
2128,,lupine,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5352734,92,percent,"value cited to another paper; fixation asserted, attribution belongs elsewhere","lupine showed the greatest %Ndfa compared to clover and vetch, regardless of the crop type (mixture or monocrop). These %Ndfa values were in the same range as those reported by Howieson et al. (1998) for white lupine at maturity: 68–85% in ",,
2129,,lupine,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5352734,80,percent,assay reported without a usable scale,"lupine showed the greatest %Ndfa compared to clover and vetch, regardless of the crop type (mixture or monocrop). These %Ndfa values were in the same range as those reported by Howieson et al. (1998) for white lupine at maturity: 68–85% in ",,
2130,,ELM3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5374200,89,%,assay reported without a usable scale,"Inoculation with ELM3 isolate resulted to the highest seed yield of 4,397.75 kg ha−1, indicating 89% increase over non-inoculated control (2,334.81 kg ha−1) and 30% increase over Biofix (3,698.79 kg ha−1)",,
2131,,ELM3,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5374200,30,%,assay reported without a usable scale,"Inoculation with ELM3 isolate resulted to the highest seed yield of 4,397.75 kg ha−1, indicating 89% increase over non-inoculated control (2,334.81 kg ha−1) and 30% increase over Biofix (3,698.79 kg ha−1)",,
2132,3880.0,Medicago truncatula,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC5385875,35,μg N fixed per day and mg nodule DM,assay reported without a usable scale,"the nodule-specific activity, expressed as μg N fixed per day and mg nodule DM (active nodules), was about 35% lower when compared to the control plants (Table 1)",unusable,not_a_single_microbial_species
2133,,A. evenia,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,370,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. evenia | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 370 ± 28 (A),,
2134,,A. evenia,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,27,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. evenia | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 27 ± 7 (B),,
2135,,A. indica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,590,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. indica | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 590 ± 26 (A),,
2136,,A. indica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,340,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. indica | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 340 ± 120 (B),,
2137,,A. scabra,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,534,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. scabra | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 534 ± 89 (A),,
2138,,A. scabra,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,190,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. scabra | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 190 ± 17 (B),,
2139,,A. sensitiva,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,332,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. sensitiva | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 332 ± 34 (A),,
2140,,A. sensitiva,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,69,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. sensitiva | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 69 ± 24 (B),,
2141,,A. deamii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,665,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. deamii | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 665 ± 59 (A),,
2142,,A. deamii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,31,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. deamii | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 31 ± 10 (B),,
2143,,A. denticulata,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,402,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. denticulata | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 402 ± 29 (A),,
2144,,A. denticulata,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,227,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. denticulata | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 227 ± 30 (B),,
2145,,A. virginica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,867,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. virginica | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 867 ± 89 (A),,
2146,,A. virginica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,819,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. virginica | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 819 ± 35 (A),,
2147,,A. tambacoudensis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,247,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. tambacoudensis | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 247 ± 13 (A),,
2148,,A. tambacoudensis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,80,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. tambacoudensis | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 80 ± 13 (B),,
2149,,A. pratensis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,202,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. pratensis | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 202 ± 62 (A),,
2150,,A. pratensis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,151,"nmol eth,ylene/hr/plant",symbiotic assay; the microbial symbiont is the fixing partner,A. pratensis | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 151 ± 12 (A),,
2151,,A. selloi,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,574,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. selloi | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 574 ± 55 (A),,
2152,,A. selloi,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5428708,482,nmol ethylene/hr/plant,symbiotic assay; the microbial symbiont is the fixing partner,A. selloi | Nitrogenase enzyme activity (nmol ethylene/hr/plant) | 482 ± 34 (A),,
2153,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5437350,0.015,h-1,symbiotic assay; the microbial symbiont is the fixing partner,"15N enrichment for cells incubated during the day ranged up to 0.75 AT% excess, equivalent to N-specific N fixation rates of up to 0.015 h-1.",,
2154,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5437350,0.0025,h-1,symbiotic assay; the microbial symbiont is the fixing partner,several trichomes showed very low 15N enrichment during daytime (equivalent to N-specific N fixation <0.0025 h-1) although they were highly enriched in 13C relative to controls,,
2155,2067987.0,Thermodesulfovibrio sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5459899,46,μmol H2 L−1,assay measured; denominator or scale lost,"Another pulse of H2 production, reaching a peak concentration of 46 μmol H2 L−1, was found in the early morning under dim light conditions that were too low to cause the accumulation of O2 in the mat, indicating that the nitrogenase activit",,
2156,,wild type MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5460594,30,nmol min-1 (mg protein)-1,nitrogenase purified from this organism,The rate of electrocatalytic H2 production is 30 ± 3 nmol min–1 (mg protein)–1 for wild type MoFe protein at –900 mV,,
2157,,wild type MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5460594,6.5,nmol min-1 (mg protein)-1,nitrogenase purified from this organism,the rate observed in an assay with Eu–EGTA as electron donor without electrochemical regeneration (6.5 nmol of H2 min–1 (mg protein)–1),,
2158,,β-98Tyr→His and β-99Phe→His variants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5460594,4,percent of rates observed in proton reduction assays with Fe,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",The electrocatalytic rates observed for the β-98Tyr→His and β-99Phe→His variants represent 4–5% of the rates observed in proton reduction assays with Fe protein as electron donor,,
2159,1391.0,Aneurinibacillus aneurinilyticus CKMV1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC5470448,202.91,nmol ethylene mL−1 h−1,assay measured; denominator or scale lost,Nitrogenase activity (nmol ethylene mL−1 h−1) | 202.91,,
2160,1391.0,Aneurinibacillus aneurinilyticus CKMV1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC5470448,202.91,nmol ethylene mL−1 h−1,duplicate of an accepted measurement,A. aneurinibacillus CKMV1 was confirmed as authentic nitrogen fixing bacteria by the effectively reduction of acetylene approx to 202.91 nmol ethylene mL−1 h−1,,
2161,203993.0,Pocillopora verrucosa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC5487474,0.03,nmol C2H4 day-1 cm-2,symbiotic assay; the microbial symbiont is the fixing partner,"Both species of the mostly autotrophic Pocilloporidae (P. verrucosa, S. pistillata) exhibited detectable gross (i.e., holobiont) nitrogen fixation (0.03 ± 0.04 and 0.01 ± 0.00 nmol C2H4 day-1 cm-2, respectively)",unusable,not_a_single_microbial_species
2162,50429.0,Stylophora pistillata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC5487474,0.01,nmol C2H4 day-1 cm-2,symbiotic assay; the microbial symbiont is the fixing partner,"Both species of the mostly autotrophic Pocilloporidae (P. verrucosa, S. pistillata) exhibited detectable gross (i.e., holobiont) nitrogen fixation (0.03 ± 0.04 and 0.01 ± 0.00 nmol C2H4 day-1 cm-2, respectively)",unusable,not_a_single_microbial_species
2163,1206.0,Trichodesmium erythraeum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5491490,0.15,nmol N L-1 d-1,symbiotic assay; the microbial symbiont is the fixing partner,"N2 fixation rates were also low (0.15 ± 0.02 nmol N L-1 d-1, Fig. 2D) and similar to previously reported values from this study area14, 23.",,
2164,1206.0,Trichodesmium erythraeum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5491490,3.5,nmol N trichome-1 d-1,symbiotic assay; the microbial symbiont is the fixing partner,This relationship yielded specific N2 fixation rates per trichome of ~3.5 nmol N trichome-1 d-1,,
2165,1191.0,Fischerella sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5511277,88,µmol ethylene (mg chlorophyll a)−1 h−1,accepted quantitative rate,In the range of 0–30% O2 nitrogenase activity was more or less constant at 88 ± 4 µmol ethylene (mg chlorophyll a)−1 h−1 (Fig. 1).,,
2166,,CaPAP7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5591292,0.62,nmol ug-1 min-1,nitrogenase purified from this organism,"The specific activity of recombinant CaPAP7 with pNPP and phytate was 0.3825 and 0.620 nmolug−1 min−1, respectively.",,
2167,,PCC 7120 (wild type)*,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5591844,8.9,μmol ethylene (mg Chl)−1 h−1,accepted quantitative rate,"Anabaena strain | Nitrogenase Activity μmol ethylene (mg Chl)−1 h−1
--- | ---
PCC 7120 (wild type)* | 8.90 ± 0.72",,
2168,,SR477 (amiC1::pIM477)*,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5591844,3.42,μmol ethylene (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Anabaena strain | Nitrogenase Activity μmol ethylene (mg Chl)−1 h−1
--- | ---
SR477 (amiC1::pIM477)* | 3.42 ± 0.52",,
2169,,FQ1633 (amiC1::Tn5-1063)*,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5591844,3.64,μmol ethylene (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Anabaena strain | Nitrogenase Activity μmol ethylene (mg Chl)−1 h−1
--- | ---
FQ1633 (amiC1::Tn5-1063)* | 3.64 ± 0.36",,
2170,,SR478 (amiC2::pIM478)*,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5591844,4.18,μmol ethylene (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Anabaena strain | Nitrogenase Activity μmol ethylene (mg Chl)−1 h−1
--- | ---
SR478 (amiC2::pIM478)* | 4.18 ± 1.11",,
2171,,DR1992 (amiC2::Tn5-1058)*,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5591844,3.65,μmol ethylene (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Anabaena strain | Nitrogenase Activity μmol ethylene (mg Chl)−1 h−1
--- | ---
DR1992 (amiC2::Tn5-1058)* | 3.65 ± 1.28",,
2172,,PCC 7120 (wild type)**,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5591844,6.87,μmol ethylene (mg Chl)−1 h−1,accepted quantitative rate,"Anabaena strain | Nitrogenase Activity μmol ethylene (mg Chl)−1 h−1
--- | ---
PCC 7120 (wild type)** | 6.87 ± 1.15",,
2173,,CSAC1 (ΔamiC1)**,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5591844,0.61,μmol ethylene (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Anabaena strain | Nitrogenase Activity μmol ethylene (mg Chl)−1 h−1
--- | ---
CSAC1 (ΔamiC1)** | 0.61 ± 0.07",,
2174,,CSAC2 (ΔamiC2)**,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5591844,2.57,μmol ethylene (mg Chl)−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Anabaena strain | Nitrogenase Activity μmol ethylene (mg Chl)−1 h−1
--- | ---
CSAC2 (ΔamiC2)** | 2.57 ± 1.20",,
2175,,soybean (G. max) cultivar Zhonghuang 35,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5603704,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',eCO2 (550 ppm) significantly increased the amount of symbiotic N2 fixation in the soybean (G. max) cultivar Zhonghuang 13 but had no effect in Zhonghuang 35,,
2176,,Dactylopiibacterium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5604089,38,nmol ethylene h-1 tissue g-1,symbiotic assay; the microbial symbiont is the fixing partner,"acetylene reduction activity, the standard assay for nitrogen fixation, was detected in D. coccus hemolymph and ovaries (38 ± 5.98 and 11.58 ± 1.38 nmol ethylene h−1 tissue g−1, respectively).",,
2177,,Dactylopiibacterium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5604089,11.58,nmol ethylene h-1 tissue g-1,symbiotic assay; the microbial symbiont is the fixing partner,"acetylene reduction activity, the standard assay for nitrogen fixation, was detected in D. coccus hemolymph and ovaries (38 ± 5.98 and 11.58 ± 1.38 nmol ethylene h−1 tissue g−1, respectively).",,
2178,,purple non-sulfur bacteria,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC5609275,60,percent,assay reported without a usable scale,R. sphaeroides and R. palustris under similar conditions (Light intensity = 2500 Lux) had substrate conversion efficiencies of 60–70% and 47% respectively,,
2179,,R. sphaeroides,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5609275,60,percent,assay reported without a usable scale,R. sphaeroides and R. palustris under similar conditions (Light intensity = 2500 Lux) had substrate conversion efficiencies of 60–70% and 47% respectively,,
2180,,R. palustris,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5609275,47,percent,assay reported without a usable scale,R. sphaeroides and R. palustris under similar conditions (Light intensity = 2500 Lux) had substrate conversion efficiencies of 60–70% and 47% respectively,,
2181,99433.0,Azolla pinnata,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC5612470,44,% decrease in nitrogenase activity,assay reported without a usable scale,"A pot experiment was conducted to evaluate the effect of urea on nitrogen metabolism and membrane lipid peroxidation in Azolla pinnata. Compared to controls, the application of urea to A. pinnata resulted in a 44% decrease in nitrogenase ac",unusable,not_a_single_microbial_species
2182,,STM30,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5619806,45,percent,assay reported without a usable scale,"The mutant is significantly reduced in its ability to fix nitrogen, as measured by acetylene reduction (ca. 45%, [62])",,
2183,287.0,Pseudomonas aeruginosa AL2-14B,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC5623812,1.8617,nmol ethylene/μg/protein/h,accepted quantitative rate,"Nitrogenase activity was recorded to be 1.8617 nmol ethylene/μg/protein/h, as estimated using GC-FID technique.",,
2185,7.0,A. caulinodans,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC5708735,16,percent,assay reported without a usable scale,providing their host wheat 16–23% nitrogen,,
2186,7.0,A. caulinodans,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC5708735,23,percent,assay reported without a usable scale,providing their host wheat 16–23% nitrogen,,
2187,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5708828,0.03,pmol N2 cell-1 hr-1,accepted quantitative rate,blue light cultures had higher rates (0.030 ± 0.001 pmol N2 cell-1 hr-1) compared to red (0.021 ± 0.003 pmol N2 cell-1 hr-1) and white light cultures (0.022 ± 0.003 pmol N2 cell-1 hr-1) among low light treatments.,,
2188,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5708828,0.021,pmol N2 cell-1 hr-1,accepted quantitative rate,blue light cultures had higher rates (0.030 ± 0.001 pmol N2 cell-1 hr-1) compared to red (0.021 ± 0.003 pmol N2 cell-1 hr-1) and white light cultures (0.022 ± 0.003 pmol N2 cell-1 hr-1) among low light treatments.,,
2189,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5708828,0.022,pmol N2 cell-1 hr-1,accepted quantitative rate,blue light cultures had higher rates (0.030 ± 0.001 pmol N2 cell-1 hr-1) compared to red (0.021 ± 0.003 pmol N2 cell-1 hr-1) and white light cultures (0.022 ± 0.003 pmol N2 cell-1 hr-1) among low light treatments.,,
2190,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5708828,0.0066,pmol N2 cell-1 hr-1,accepted quantitative rate,"In high light treatments, blue light cultures had lower rates (0.0066 ± 0.0016 pmol N2 cell-1 hr-1) compared to red (0.033 ± 0.001 pmol N2 cell-1 hr-1) and white light cultures (0.018 ± 0.002 pmol N2 cell-1 hr-1).",,
2191,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5708828,0.033,pmol N2 cell-1 hr-1,duplicate of an accepted measurement,"In high light treatments, blue light cultures had lower rates (0.0066 ± 0.0016 pmol N2 cell-1 hr-1) compared to red (0.033 ± 0.001 pmol N2 cell-1 hr-1) and white light cultures (0.018 ± 0.002 pmol N2 cell-1 hr-1).",,
2192,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5708828,0.018,pmol N2 cell-1 hr-1,accepted quantitative rate,"In high light treatments, blue light cultures had lower rates (0.0066 ± 0.0016 pmol N2 cell-1 hr-1) compared to red (0.033 ± 0.001 pmol N2 cell-1 hr-1) and white light cultures (0.018 ± 0.002 pmol N2 cell-1 hr-1).",,
2193,,A. vinelandii UW422,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5715403,5.2,nmol ethylene formed⋅min-1⋅assay-1,assay measured; denominator or scale lost,5.2 ± 2.2 nmol ethylene formed⋅min-1⋅assay-1 (n = 2),,
2194,,A. vinelandii UW422,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5715403,8.2,nmol ethylene formed⋅min-1⋅assay-1,nitrogenase purified from this organism,8.2 ± 1.5 nmol ethylene formed⋅min-1⋅assay-1 (n = 2) when using pure NifB-co,,
2195,,P. phymatum LMG21445T,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5732942,0.46,% (C2H4 C2H2-1) g-1 min-1,assay reported without a usable scale,Nitrogenase [% (C2H4 C2H2-1) g-1 min-1] | P. phymatum LMG21445T | 0.46 ± 0.08,,
2196,,Pphy::tssI-b,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5732942,0.42,% (C2H4 C2H2-1) g-1 min-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase [% (C2H4 C2H2-1) g-1 min-1] | Pphy::tssI-b | 0.42 ± 0.12,,
2197,,Pphy::tssB-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5732942,0.55,% (C2H4 C2H2-1) g-1 min-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase [% (C2H4 C2H2-1) g-1 min-1] | Pphy::tssB-3 | 0.55 ± 0.21,,
2198,,Ms-1021 Control,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,1.8,nmol C2H4 plant-1 min-1,symbiotic assay; the microbial symbiont is the fixing partner,Ms-1021 Control | Nitrogenase activity (nmol C2H4 plant-1 min-1) | 1.8 ± 0.2,,
2199,,Ms-1021 Drought,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,0.8,nmol C2H4 plant-1 min-1,symbiotic assay; the microbial symbiont is the fixing partner,Ms-1021 Drought | Nitrogenase activity (nmol C2H4 plant-1 min-1) | 0.8 ± 0.2,,
2200,,Ms-RD64 Control,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,3.6,nmol C2H4 plant-1 min-1,symbiotic assay; the microbial symbiont is the fixing partner,Ms-RD64 Control | Nitrogenase activity (nmol C2H4 plant-1 min-1) | 3.6 ± 1.0,,
2201,,Ms-RD64 Drought,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,2.0,nmol C2H4 plant-1 min-1,symbiotic assay; the microbial symbiont is the fixing partner,Ms-RD64 Drought | Nitrogenase activity (nmol C2H4 plant-1 min-1) | 2.0 ± 0.3,,
2202,,Ms-1021 Control,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,6.0,nmol C2H4 plant-1 min-1,symbiotic assay; the microbial symbiont is the fixing partner,Ms-1021 Control | Nitrogenase activity (nmol C2H4 plant-1 min-1) | 6.0 ± 1.0,,
2203,,Ms-1021 Drought,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,3.4,nmol C2H4 plant-1 min-1,symbiotic assay; the microbial symbiont is the fixing partner,Ms-1021 Drought | Nitrogenase activity (nmol C2H4 plant-1 min-1) | 3.4 ± 1.1,,
2204,,Ms-RD64 Control,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,8.7,nmol C2H4 plant-1 min-1,symbiotic assay; the microbial symbiont is the fixing partner,Ms-RD64 Control | Nitrogenase activity (nmol C2H4 plant-1 min-1) | 8.7 ± 0.8,,
2205,,Ms-RD64 Drought,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,7.5,nmol C2H4 plant-1 min-1,symbiotic assay; the microbial symbiont is the fixing partner,Ms-RD64 Drought | Nitrogenase activity (nmol C2H4 plant-1 min-1) | 7.5 ± 0.9,,
2206,,Ms-1021-stressed,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,94,nmol C2H4/g FW/h,symbiotic assay; the microbial symbiont is the fixing partner,Up to 40% reduction in ethylene evolution was registered for Ms-RD64-stressed plants (57 ± 14 nmol C2H4/g FW/h) when compared to Ms-1021-stressed ones (94 ± 20 nmol C2H4/g FW/h).,,
2207,,Ms-RD64-stressed,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5735143,57,nmol C2H4/g FW/h,symbiotic assay; the microbial symbiont is the fixing partner,Up to 40% reduction in ethylene evolution was registered for Ms-RD64-stressed plants (57 ± 14 nmol C2H4/g FW/h) when compared to Ms-1021-stressed ones (94 ± 20 nmol C2H4/g FW/h).,,
2208,,cowpea varieties,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5742256,341.8,mg N plant−1,symbiotic assay; the microbial symbiont is the fixing partner,BNF potential [mg N plant−1] | 341.8 (***) | 41.3 (***) | 3.8 (*) | 0.7 (ns) | 2.0 (*) | 19.9 (***) | 0.7 (ns),,
2209,,cowpea varieties,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5742256,341.8,mg N plant−1,symbiotic assay; the microbial symbiont is the fixing partner,BNF potential [mg N plant−1] | 341.8 (***) | 41.3 (***) | 3.8 (*) | 0.7 (ns) | 2.0 (*) | 19.9 (***) | 0.7 (ns),,
2210,,N3H4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5745019,104,nmol ethylene h-1 mg protein-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",N3H4 | Average deptha | No. of mutations |  |  | N2 fixationd |  | Total | ≥90%b | 100%c | N2 fixationd |  | N3H4 | 1500 | 117 | 104 | 4 | 1,,
2211,,N4H4,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5745019,90,nmol ethylene h-1 mg protein-1,assay reported without a usable scale,N4H4 | Average deptha | No. of mutations |  |  | N2 fixationd |  | Total | ≥90%b | 100%c | N2 fixationd |  | N4H4 | 1463 | 102 | 90 | 4 | 1,,
2212,,N6F4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5745019,3,nmol ethylene h-1 mg protein-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",N6F4 | Average deptha | No. of mutations |  |  | N2 fixationd |  | Total | ≥90%b | 100%c | N2 fixationd |  | N6F4 | 342 | 116 | 3 | 2 | 1,,
2213,,N7C9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5745019,220,nmol ethylene h-1 mg protein-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",N7C9 | Average deptha | No. of mutations |  |  | N2 fixationd |  | Total | ≥90%b | 100%c | N2 fixationd |  | N7C9 | 1477 | 223 | 220 | 6 | 5,,
2214,,N9D9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5745019,248,nmol ethylene h-1 mg protein-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",N9D9 | Average deptha | No. of mutations |  |  | N2 fixationd |  | Total | ≥90%b | 100%c | N2 fixationd |  | N9D9 | 1736 | 273 | 248 | 9 | 1,,
2215,,N10E6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5745019,372,nmol ethylene h-1 mg protein-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",N10E6 | Average deptha | No. of mutations |  |  | N2 fixationd |  | Total | ≥90%b | 100%c | N2 fixationd |  | N10E6 | 1792 | 378 | 372 | 10 | 2,,
2216,,G21E10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5745019,22,nmol ethylene h-1 mg protein-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",G21E10 | Average deptha | No. of mutations |  |  | N2 fixationd |  | Total | ≥90%b | 100%c | N2 fixationd |  | G21E10 | 157 | 24 | 22 | 21 | 0,,
2217,,G23C4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5745019,32,nmol ethylene h-1 mg protein-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",G23C4 | Average deptha | No. of mutations |  |  | N2 fixationd |  | Total | ≥90%b | 100%c | N2 fixationd |  | G23C4 | 123 | 32 | 32 | 23 | 1,,
2218,,N-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5748590,20,nmol C2H4 h-1 mg-1,assay reported without a usable scale,Rates of N-fixation were 20-fold higher in the summer compared to winter. 10 °C drop in temperature halved N-fixation rates.,,
2219,,N-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5748590,4,nmol C2H4 h-1 mg-1,assay reported without a usable scale,Acetylene reduction rates up to 4-fold greater in the light compared with those measured in the dark.,,
2220,354.0,Azotobacter vinelandii,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC5776761,60,fold induction,assay reported without a usable scale,"the transcription level of nifH, which is part of the nifHDK operon that encodes structural components of the nitrogenase system, was induced up to 60-fold with respect to its expression level at the lowest OTR condition",,
2221,,nitrogenase,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5778177,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'not',"The reductive conversion of cyanide into methane and ammonia catalyzed by the nitrogenase has been described in resting cells of Klebsiella oxytoca, but not in cell-free extracts, probably due to the inactivation of the enzyme by oxygen exp",,
2222,,whole-water,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5799295,0,nmol N L−1 d−1,a zero is present in the quote beside assay context,Eastern North Atlantic | Surface N2 fixation rate (nmol N L−1d−1) | 0–151.2,,
2223,,Trichodesmium,exact_name,claim,T4,positive,True,corpus_fulltext,PMC5799295,126,μmol N m−3 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Southeastern ECS | N2 fixation rate (μmolNm−3d−1) | 126,,
2224,,Trichodesmium,exact_name,claim,T4,positive,True,corpus_fulltext,PMC5799295,55,μmol N m−3 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Kuroshio | N2 fixation rate (μmolNm−3d−1) | 55,,
2225,,Trichodesmium,exact_name,claim,T4,positive,True,corpus_fulltext,PMC5799295,279,μmol N m−3 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",ECS (Trichodesmium erythraeum) | N2 fixation rate (μmolNm−3d−1) | 279,,
2226,,Trichodesmium,exact_name,claim,T4,positive,True,corpus_fulltext,PMC5799295,685,μmol N m−3 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",ECS (Trichodesmium thiebautii) | N2 fixation rate (μmolNm−3d−1) | 685,,
2227,,nodules,host_plant_or_common_name,assay_direct,T1,negative,True,corpus_fulltext,PMC5799372,0,μmol h−1 per g nodules,explicit negative statement: 'without',"Acetylene reduction activity (ARA; μmol h−1 per g nodule) of nodules formed on WT and the nrsym1-1 mutants (n = 4 plants). Twenty-one dai plants without KNO3 were supplied with 0 or 10 mM KNO3, and after 3 days the ARA of nodules from each ",,
2228,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,63,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nifH | 63,,
2229,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,135,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nifD | 135,,
2230,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,108,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nifK | 108,,
2231,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,146,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nifA | 146,,
2232,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,150,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nifB | 150,,
2233,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,121,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nifE | 121,,
2234,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,97,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nifN | 97,,
2235,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,39,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nifQ | 39,,
2236,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,91,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nifV | 91,,
2237,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,32,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nodB | 32,,
2238,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,112,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | nodC | 112,,
2239,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,43,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | fixA | 43,,
2240,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,85,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | fixB | 85,,
2241,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,89,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | fixC | 89,,
2242,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,40,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | fixJ | 40,,
2243,,MGZ31DRh,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5817875,85,Hits1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MGZ31DRh | Gene Abundance | Nitrogen fixation | fixL | 85,,
2244,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5823954,700,μmol/kg dry weight,symbiotic assay; the microbial symbiont is the fixing partner,"Target weeds, GR-soybeans2 | 700–1400",,
2245,,maize,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5823954,15,μmol/kg dry weight,symbiotic assay; the microbial symbiont is the fixing partner,Drift contamination (maize)1 | 15–30,,
2246,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5823954,1400,μmol/kg dry weight,symbiotic assay; the microbial symbiont is the fixing partner,"Target weeds, GR-soybeans2 | 700–1400",,
2247,,Bradyrhizobium,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC5826347,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'not',"Bradyrhizobium was the top genus in the three sugarcane species, and bacteria in this genus showed nitrogenase activity in an acetylene reduction assay, suggesting that they do not require a nodule environment for nitrogen fixation (Rouws e",,
2248,,CENA303,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5834425,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'absence of',the absence of nitrogen fixation (nif) and heterocyte glycolipid (hgl) gene clusters in some strains,,
2249,,NifDKM,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5850330,0.02,nmol reduced carbon/nmol of protein/min,nitrogenase purified from this organism,the former showing a marginal activity of ~0.02 nmol of reduced carbon/nmol of protein/min,,
2250,,VnfDGKM,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5850330,100,nmol reduced carbon/nmol of protein/min,assay reported without a usable scale,the fact that VnfDGKM is considerably more active than NifDKM (by ~100-fold) in CO reduction illustrates the higher efficiency of the VnfDGK scaffold in catalyzing this reaction,,
2251,,VnfDGKV,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5850330,100,nmol reduced carbon/nmol of protein/min,assay reported without a usable scale,the total activity of VnfDGKV set at 100%,,
2252,,UCYN-A,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5895702,0.0074,fmol N cell-1 day-1,symbiotic assay; the microbial symbiont is the fixing partner,"A wide range of cell-specific N2-fixation rates have been measured (0.0074 fmol N cell-1 day-1 – 220 fmol N cell-1 day-1; Thompson et al., 2012; Krupke et al., 2013, 2015; and Martínez-Pérez et al., 2016)",,
2253,,UCYN-A,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5895702,220,fmol N cell-1 day-1,symbiotic assay; the microbial symbiont is the fixing partner,"A wide range of cell-specific N2-fixation rates have been measured (0.0074 fmol N cell-1 day-1 – 220 fmol N cell-1 day-1; Thompson et al., 2012; Krupke et al., 2013, 2015; and Martínez-Pérez et al., 2016)",,
2254,,A. filiculoides‐Sterilized,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5901025,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',15N2‐fixation was not significant in A. filiculoides‐Sterilized,,
2255,,S. californicus,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5912779,21,nmol C2H4 gDW-1 d-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Atitlán Case | rhizomes | Isla | 21,,
2256,,S. californicus,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5912779,47,nmol C2H4 gDW-1 d-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Atitlán Case | rhizomes | San Pedro | 47,,
2257,,S. californicus,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5912779,16,nmol C2H4 gDW-1 d-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Atitlán Case | rhizomes | San Pedro | 16,,
2258,,S. californicus,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5912779,46,nmol C2H4 gDW-1 d-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Cultivation Experiment | Guillermo | rhizomes | High N | 46,,
2259,,S. californicus,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5912779,110,nmol C2H4 gDW-1 d-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Cultivation Experiment | Puente | rhizomes | High N | 110,,
2260,,S. californicus,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5912779,320,nmol C2H4 gDW-1 d-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Cultivation Experiment | Rockefeller | rhizomes | zero N | 320,,
2261,,S. californicus,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5912779,55,nmol C2H4 gDW-1 d-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Cultivation Experiment | Rockefeller | rhizomes | High N | 55,,
2262,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5932364,0.8,μmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"The highest light-acclimated, baseline-corrected operating efficiency of PSII (Fq′/Fm′m) was not correlated to Fe′ (r2 = 0.036, p > 0.05) (Figure 3B). Although there was a significant CO2 response on the operating efficiency of PSII (Fq′/Fm",,
2263,,Synechocystis 6803 CN3,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5943405,0,nmol ml−1 h−1 mgcdw−1,a zero is present in the quote beside assay context,CN3 showed comparable or even slightly lower nitrogenase activity to CN1 (p = 0.38).,,
2264,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.1,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,7379 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.1 B,,
2265,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,13.5,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,7200 | Urease activity (μmol g FW−1 h−1) | −Ni | 13.5 A,,
2266,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,13.4,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,6510 | Urease activity (μmol g FW−1 h−1) | −Ni | 13.4 B,,
2267,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.1,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,2728 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.1 A,,
2268,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,10.6,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,7849 | Urease activity (μmol g FW−1 h−1) | −Ni | 10.6 B,,
2269,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.0,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,3730 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.0 B,,
2270,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,10.5,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,2158 | Urease activity (μmol g FW−1 h−1) | −Ni | 10.5 B,,
2271,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.0,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,797 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.0 B,,
2272,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,12.7,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,6215 | Urease activity (μmol g FW−1 h−1) | −Ni | 12.7 B,,
2273,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.8,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,690 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.8 A,,
2274,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,12.6,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,2737 | Urease activity (μmol g FW−1 h−1) | −Ni | 12.6 B,,
2275,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.9,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,8015 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.9 B,,
2276,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.5,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,791 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.5 A,,
2277,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,10.8,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,1378 | Urease activity (μmol g FW−1 h−1) | −Ni | 10.8 A,,
2278,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,10.6,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,620 | Urease activity (μmol g FW−1 h−1) | −Ni | 10.6 B,,
2279,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,9.3,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Eu3 | Urease activity (μmol g FW−1 h−1) | −Ni | 9.3 B,,
2280,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,6.8,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,eu3-a | Urease activity (μmol g FW−1 h−1) | −Ni | 6.8 A,,
2281,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.1,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,7379 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.1 B,,
2282,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,13.5,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,7200 | Urease activity (μmol g FW−1 h−1) | −Ni | 13.5 A,,
2283,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,13.4,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,6510 | Urease activity (μmol g FW−1 h−1) | −Ni | 13.4 B,,
2284,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.1,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,2728 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.1 A,,
2285,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,10.6,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,7849 | Urease activity (μmol g FW−1 h−1) | −Ni | 10.6 B,,
2286,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.0,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,"3730 | Urease, activity (μmol g FW−1 h−1) | −Ni | 11.0 B",,
2287,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,10.5,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,2158 | Urease activity (μmol g FW−1 h−1) | −Ni | 10.5 B,,
2288,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.0,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,797 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.0 B,,
2289,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,12.7,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,6215 | Urease activity (μmol g FW−1 h−1) | −Ni | 12.7 B,,
2290,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.8,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,690 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.8 A,,
2291,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,12.6,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,2737 | Urease activity (μmol g FW−1 h−1) | −Ni | 12.6 B,,
2292,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.9,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,8015 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.9 B,,
2293,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,11.5,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,791 | Urease activity (μmol g FW−1 h−1) | −Ni | 11.5 A,,
2294,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,10.8,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,1378 | Urease activity (μmol g FW−1 h−1) | −Ni | 10.8 A,,
2295,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,10.6,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,620 | Urease activity (μmol g FW−1 h−1) | −Ni | 10.6 B,,
2296,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,9.3,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Eu3 | Urease activity (μmol g FW−1 h−1) | −Ni | 9.3 B,,
2297,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5952315,6.8,μmol g FW−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,eu3-a | Urease activity (μmol g FW−1 h−1) | −Ni | 6.8 A,,
2298,,L. aestuarii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5953948,1.1,µmol mg−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,The amount of chlorophyll a-normalized ethylene production varied between 1.1 and 5.9 µmol mg−1 h−1.,,
2299,,L. aestuarii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5953948,5.9,µmol mg−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,The amount of chlorophyll a-normalized ethylene production varied between 1.1 and 5.9 µmol mg−1 h−1.,,
2300,,L. aestuarii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5953948,1.1,µmol mg−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,The amount of chlorophyll a-normalized ethylene production varied between 1.1 and 5.9 µmol mg−1 h−1.,,
2301,,L. aestuarii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5953948,5.9,µmol mg−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,The amount of chlorophyll a-normalized ethylene production varied between 1.1 and 5.9 µmol mg−1 h−1.,,
2302,,F1 hybrid plants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5960304,0,nmol C2H4 h-1,explicit negative statement: 'no',in F1 hybrid nodules of plant H9 infected with M. plurifarium BOR2 there is no nitrogenase activity,,
2303,,cas31 mutants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5960688,0.0,nmol C2H4 h-1 mg-1 nodule-1,explicit negative statement: 'no',Acetylene reduction assay was used to analyze the nitrogenase activity in WT and cas31 mutants under no stress and drought stress conditions. Acetylene reduction represents nitrogenase activity. Seven-day-old seedlings were inoculated with ,,
2304,,Cyanothece 51142,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC5989072,1262,nmol C2H4/mgprotein/h,accepted quantitative rate,"Cyanothece 51142 | Nitrogenase activity (nmol C2H4/mgprotein/h) | 1,262 | This study",,
2305,354.0,Azotobacter vinelandii,exact_name,claim,T4,positive,True,corpus_fulltext,PMC5989072,3300,nmol C2H4/mgprotein/h,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Azotobacter vinelandii | Nitrogenase activity (nmol C2H4/mgprotein/h) | 3,300 | 52",,
2306,58172.0,Paenibacillus sp. strain WLY78,binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC5989072,3050,nmol C2H4/mgprotein/h,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Paenibacillus sp. strain WLY78 | Nitrogenase activity (nmol C2H4/mgprotein/h) | 3,050 | 14",,
2307,316.0,Pseudomonas stutzeri A1501,exact_name,claim,T4,positive,True,corpus_fulltext,PMC5989072,1050,nmol C2H4/mgprotein/h,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Pseudomonas stutzeri A1501 | Nitrogenase activity (nmol C2H4/mgprotein/h) | 1,050 | 53",,
2308,571.0,Klebsiella oxytoca M5a1,binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC5989072,3708,nmol C2H4/mgprotein/h,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Klebsiella oxytoca M5a1 | Nitrogenase activity (nmol C2H4/mgprotein/h) | 3,708 | 54",,
2309,,Engineered E. colia,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5989072,180,nmol C2H4/mgprotein/h,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Engineered E. colia | Nitrogenase activity (nmol C2H4/mgprotein/h) | 180 | 15,,
2310,,Engineered E. colib,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5989072,300,nmol C2H4/mgprotein/h,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Engineered E. colib | Nitrogenase activity (nmol C2H4/mgprotein/h) | 300 | 14,,
2311,,Engineered E. colic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5989072,105,nmol C2H4/mgprotein/h,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Engineered E. colic | Nitrogenase activity (nmol C2H4/mgprotein/h) | 105 | 53,,
2312,,Engineered E. colid,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC5989072,740,nmol C2H4/mgprotein/h,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Engineered E. colid | Nitrogenase activity (nmol C2H4/mgprotein/h) | 740 | 16,,
2313,573.0,Klebsiella pneumoniae SnebYK,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC5992472,2.6,μmol C2H4/h/109 cells,accepted quantitative rate,Nitrogen fixation | + | 2.60 ± 0.13,,
2314,3885.0,common bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC6015599,20,kg N ha−1,symbiotic assay; the microbial symbiont is the fixing partner,Hawassa Dume vs. 20–29 kg N ha−1 for Ibbado,unusable,not_a_single_microbial_species
2315,3885.0,common bean,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC6015599,29,kg N ha−1,symbiotic assay; the microbial symbiont is the fixing partner,Hawassa Dume vs. 20–29 kg N ha−1 for Ibbado,unusable,not_a_single_microbial_species
2316,,MoFeStr WT,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6016461,1621.5,C2H4 formed/min−1/mg of MoFe protein,nitrogenase purified from this organism,MoFeStr WT | C2H4 formed/min−1/mg of MoFe protein | 1621.5 ± 74.6,,
2317,,MoFeStr WT,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6016461,1001.6,C2H4 formed/min−1/mg of MoFe protein,nitrogenase purified from this organism,MoFeStr WT | C2H4 formed/min−1/mg of MoFe protein | 1001.6 ± 67.0,,
2318,,MoFeStr ΔnifH,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6016461,11.8,C2H4 formed/min−1/mg of MoFe protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",MoFeStr ΔnifH | C2H4 formed/min−1/mg of MoFe protein | 11.8 ± 1.2,,
2319,,MoFeStr ΔnifH,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6016461,7.3,C2H4 formed/min−1/mg of MoFe protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",MoFeStr ΔnifH | C2H4 formed/min−1/mg of MoFe protein | 7.3 ± 0.5,,
2320,,na ein2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6018947,25,nmol C2H4 h-1 g-1 FW,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","The acetylene reductase rates in na nark and na ein2 were ~14–25% of that observed in the nark or ein2 parent, respectively.",,
2321,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2322,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2323,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2324,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2325,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2326,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2327,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2328,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2329,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2330,,transgenic nodules with expression of MtDMI2 or OsSYMRK,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6024595,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"While no nitrogenase activity was detected in roots transformed with either vector control or AtSYMRK (Figure 2C). In consistence with the low levels of nitrogenase activity from MtDMI2-transgenic nodules, about 30% ineffective bumps with n",,
2331,,soybean nodules,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6027490,0,nmol C2H4 h-1 mg-1 FW,a zero is present in the quote beside assay context,nitrogen fixation activity (acetylene reduction activity) had completely recovered by a 1-week treatment with 0 mM nitrate,,
2332,,dmeF mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6044271,54.31,nmol h−1 [mg nodule mass]−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Wild-type strain dmeF mutant | 5.32 ± 0.5a4.84 ± 0.8a | 4.30 ± 0.4a2.72 ± 0.5a | 3.99 ± 0.5a2.28 ± 0.3b | 54.31 ± 4.1a48.78 ± 4.7a | 42.24 ± 3.9a30.50 ± 3.2b | 41.88 ± 4.5a23.64 ± 3b | 9.96 ± 1.7a9.91 ± 1.1a | 9.53 ± 1.5a11.03 ± 1.4a | 10.2,,
2333,,dmeF mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6044271,42.24,nmol h−1 [mg nodule mass]−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Wild-type strain dmeF mutant | 5.32 ± 0.5a4.84 ± 0.8a | 4.30 ± 0.4a2.72 ± 0.5a | 3.99 ± 0.5a2.28 ± 0.3b | 54.31 ± 4.1a48.78 ± 4.7a | 42.24 ± 3.9a30.50 ± 3.2b | 41.88 ± 4.5a23.64 ± 3b | 9.96 ± 1.7a9.91 ± 1.1a | 9.53 ± 1.5a11.03 ± 1.4a | 10.2,,
2334,,dmeF mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6044271,41.88,nmol h−1 [mg nodule mass]−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Wild-type strain dmeF mutant | 5.32 ± 0.5a4.84 ± 0.8a | 4.30 ± 0.4a2.72 ± 0.5a | 3.99 ± 0.5a2.28 ± 0.3b | 54.31 ± 4.1a48.78 ± 4.7a | 42.24 ± 3.9a30.50 ± 3.2b | 41.88 ± 4.5a23.64 ± 3b | 9.96 ± 1.7a9.91 ± 1.1a | 9.53 ± 1.5a11.03 ± 1.4a | 10.2,,
2335,,dmeF mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6044271,52.22,nmol h−1 [mg nodule mass]−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Wild-type strain dmeF mutant | 5.14 ± 0.5a4.91 ± 0.8a | 3.82 ± 0.4a2.50 ± 0.5a | 2.60 ± 0.5a1.88 ± 0.3b | 52.22 ± 5a50.08 ± 4.9a | 38.06 ± 3.6a28.99 ± 3.2b | 30.41 ± 3.5a18.32 ± 3.1b | 10.11 ± 1.6a10.18 ± 1.4a | 9.95 ± 1.3a11.2 ± 1.4a | 11.,,
2336,,dmeF mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6044271,38.06,nmol h−1 [mg nodule mass]−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Wild-type strain dmeF mutant | 5.14 ± 0.5a4.91 ± 0.8a | 3.82 ± 0.4a2.50 ± 0.5a | 2.60 ± 0.5a1.88 ± 0.3b | 52.22 ± 5a50.08 ± 4.9a | 38.06 ± 3.6a28.99 ± 3.2b | 30.41 ± 3.5a18.32 ± 3.1b | 10.11 ± 1.6a10.18 ± 1.4a | 9.95 ± 1.3a11.2 ± 1.4a | 11.,,
2337,,dmeF mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6044271,30.41,nmol h−1 [mg nodule mass]−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Wild-type strain dmeF mutant | 5.14 ± 0.5a4.91 ± 0.8a | 3.82 ± 0.4a2.50 ± 0.5a | 2.60 ± 0.5a1.88 ± 0.3b | 52.22 ± 5a50.08 ± 4.9a | 38.06 ± 3.6a28.99 ± 3.2b | 30.41 ± 3.5a18.32 ± 3.1b | 10.11 ± 1.6a10.18 ± 1.4a | 9.95 ± 1.3a11.2 ± 1.4a | 11.,,
2338,,MtMTP2 knock-down mutant (mtp2-1),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6048390,60,nmol C2H4 h-1 nodule-1,assay reported without a usable scale,"mtpt2-1 exhibited a reduction of 60% in nitrogenase activity while the knock-out mutant, mtpt2-2 barely showed detectable enzyme activity (Figure 6D).",,
2339,,Bradyrhizobium and P. graminis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6066742,3.8,μmol g−1 DW,co-culture assay; which member fixed is not resolved,the highest value of oxidized ascorbate (3.8 μmol g−1 DW) was observed in the nodules of cowpea plants co-inoculated with Bradyrhizobium and Streptomyces,,
2340,,Bradyrhizobium and Streptomyces,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6066742,23.2,%,assay reported without a usable scale,the greatest levels were observed in cowpea plants co-inoculated with Bradyrhizobium and Bacillus (23.9%) or Bradyrhizobium and Streptomyces (23.2%),,
2341,,Bradyrhizobium and Bacillus,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6066742,23.9,%,assay reported without a usable scale,the greatest levels were observed in cowpea plants co-inoculated with Bradyrhizobium and Bacillus (23.9%) or Bradyrhizobium and Streptomyces (23.2%),,
2342,,Bradyrhizobium and P. graminis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6066742,14.1,%,assay reported without a usable scale,the lowest levels of redox glutathione were observed in plants co-inoculated with Bradyrhizobium and P. graminis (14.1%),,
2343,,ωnifAc,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6066989,0,nmol/h/culture,explicit negative statement: 'ND',ωnifAc | Acetylene reduction | ND,,
2344,,ΔnifAc,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6066989,0,nmol/h/culture,explicit negative statement: 'ND',ΔnifAc | Acetylene reduction | ND,,
2345,,ωnifAp,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6066989,3588.72,nmol/h/culture,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","ωnifAp | Acetylene reduction | 3,588.72",,
2346,,ΔnifAp,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6066989,3547.54,nmol/h/culture,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","ΔnifAp | Acetylene reduction | 3,547.54",,
2347,,ΔnifAc::pMG103:nifAc,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6066989,3535.37,nmol/h/culture,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","ΔnifAc::pMG103:nifAc | Acetylene reduction | 3,535.37",,
2348,,ΔnifAc::pMG103:nifAp,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6066989,0,nmol/h/culture,explicit negative statement: 'ND',ΔnifAc::pMG103:nifAp | Acetylene reduction | ND,,
2349,,ΔnifAc::pMG103:nifAp hybrid1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6066989,0,nmol/h/culture,explicit negative statement: 'ND',ΔnifAc::pMG103:nifAp hybrid1 | Acetylene reduction | ND,,
2350,,ΔnifAc::pMG103:nifAp hybrid2,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6066989,0,nmol/h/culture,explicit negative statement: 'ND',"ΔnifAc::pMG103:nifAp hybrid2 | Acetylene, reduction | ND",,
2351,,UCYN-A1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6068237,1.6,d-1,symbiotic assay; the microbial symbiont is the fixing partner,"Net growth rates for UCYN-A1, UCYN-C, Crocosphaera sp. (UCYN-B) and the diatom symbiont Richelia (associated with Rhizosolenia) were uniformly high at 45 m (up to 1.6 ± 0.5 d-1), implying that all were growing optimally at the onset of the ",,
2352,,UCYN-A1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6068237,1.6,d-1,symbiotic assay; the microbial symbiont is the fixing partner,"Net growth rates for UCYN-A1, UCYN-C, Crocosphaera sp. (UCYN-B) and the diatom symbiont Richelia (associated with Rhizosolenia) were uniformly high at 45 m (up to 1.6 ± 0.5 d-1), implying that all were growing optimally at the onset of the ",,
2353,,soybeans,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6079243,200,kg N ha-1,assay measured; denominator or scale lost,the most efficient NF crops like soybeans can accumulate up to 200 kg N ha-1 annually,,
2354,,Sierra Mixe maize mucilage,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6080747,29,percent of nitrogen derived from atmospheric nitrogen,assay reported without a usable scale,atmospheric nitrogen fixation contributed 29%–82% of the nitrogen nutrition of Sierra Mixe maize,,
2355,,Sierra Mixe maize,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6080747,31,percent of nitrogen derived from atmospheric nitrogen,assay reported without a usable scale,the calculated %Ndfa ranged between 31% and 55%,,
2356,,Sierra Mixe maize,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6080747,29,percent of nitrogen derived from atmospheric nitrogen,assay reported without a usable scale,Ndiff ranged from 29%–82%,,
2357,33996.0,Gluconacetobacter diazotrophicus,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6093775,40,nmol C2H4 per 1 mL of cell culture,accepted quantitative rate,Peak nitrogenase activity is approximately 40-80 nmol C2H4 per 1 mL of cell culture,,
2358,,unknown bacterium (3-6),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6109700,1,nmol C2H4 h-1 (mg protein)-1,accepted quantitative rate,nitrogenase (EC 1.18.6.1 that processes nitrogen fixation) was identified only in bins of the unknown bacterium (3-6) and Rhodobacteraceae (3-10).,,
2359,,Rhodobacteraceae (3-10),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6109700,1,nmol C2H4 h-1 (mg protein)-1,accepted quantitative rate,nitrogenase (EC 1.18.6.1 that processes nitrogen fixation) was identified only in bins of the unknown bacterium (3-6) and Rhodobacteraceae (3-10).,,
2360,1890675.0,Herbaspirillum sp. ZXN4311,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6111150,38.0,nmol C2H4/mg⋅protein⋅h,accepted quantitative rate,"The nitrogenase activities of five positive nitrogen-fixing isolates determined by acetylene reduction assay were 34.3, 38.0, 28.5, 42.3, and 29.1 nmol C2H4/mg⋅protein⋅h (Figure 4A)",,
2361,1890675.0,Herbaspirillum sp. ZXN111,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6111150,34.3,nmol C2H4/mg⋅protein⋅h,accepted quantitative rate,"The nitrogenase activities of five positive nitrogen-fixing isolates determined by acetylene reduction assay were 34.3, 38.0, 28.5, 42.3, and 29.1 nmol C2H4/mg⋅protein⋅h (Figure 4A)",,
2362,1890675.0,Herbaspirillum sp. ZXT112,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6111150,42.3,nmol C2H4/mg⋅protein⋅h,accepted quantitative rate,"The nitrogenase activities of five positive nitrogen-fixing isolates determined by acetylene reduction assay were 34.3, 38.0, 28.5, 42.3, and 29.1 nmol C2H4/mg⋅protein⋅h (Figure 4A)",,
2363,1890675.0,Herbaspirillum sp. ZXN122,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6111150,28.5,nmol C2H4/mg⋅protein⋅h,accepted quantitative rate,"The nitrogenase activities of five positive nitrogen-fixing isolates determined by acetylene reduction assay were 34.3, 38.0, 28.5, 42.3, and 29.1 nmol C2H4/mg⋅protein⋅h (Figure 4A)",,
2364,1890675.0,Herbaspirillum sp. ZXT113,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6111150,29.1,nmol C2H4/mg⋅protein⋅h,accepted quantitative rate,"The nitrogenase activities of five positive nitrogen-fixing isolates determined by acetylene reduction assay were 34.3, 38.0, 28.5, 42.3, and 29.1 nmol C2H4/mg⋅protein⋅h (Figure 4A)",,
2365,283686.0,Kosakonia radicincitans DSM 16656T,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC6125372,0.5,percent,assay reported without a usable scale,We discovered a rate of 0.5% when we tested a thousand isolates from the surface-sterilized phyllosphere of winter wheat,,
2366,562.0,Escherichia coli,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6130400,29.2,nmol C2H4/min/mg total protein,nitrogenase purified from this organism,"Acetylene reduction activities by the reconstituted operon-based system in E. coli were assigned as 100% (specific activities in the absence and presence of TEV were 30.4 ± 2.6 and 29.2 ± 1.7 nmol C2H4/min/mg total protein, respectively)",,
2367,562.0,Escherichia coli,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6130400,29.1,nmol C2H4/min/mg total protein,nitrogenase purified from this organism,The activities exhibited by the reconstituted operon-based system in E. coli [the pKU7017 plasmid is assembled with seven operon-based biobricks (5)] were assigned as 100% (29.1 ± 0.8 nmol C2H4/min/mg total protein for acetylene reduction a,,
2368,1327578.0,Pseudomonas sp. MS16,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6150522,8,nmol ethylene h-1 mg protein-1,accepted quantitative rate,Enterobacter sp. MS32 showed higher nitrogenase activity (19 nmol ethylene h-1 mg protein-1) followed by Pseudomonas sp. MS16 (8 nmol ethylene h-1 mg protein-1),,
2369,42895.0,Enterobacter sp. MS32,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6150522,19,nmol ethylene h-1 mg protein-1,accepted quantitative rate,Enterobacter sp. MS32 showed higher nitrogenase activity (19 nmol ethylene h-1 mg protein-1) followed by Pseudomonas sp. MS16 (8 nmol ethylene h-1 mg protein-1),,
2370,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,95,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Deutsch et al., 20071 | 95 | 22 | 20 | 137",,
2371,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,22,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Deutsch et al., 20071 | 95 | 22 | 20 | 137",,
2372,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,20,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Deutsch et al., 20071 | 95 | 22 | 20 | 137",,
2373,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,137,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Deutsch et al., 20071 | 95 | 22 | 20 | 137",,
2374,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,132,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-MPI-ESM-LRa | 132 | 32 | 38 | 213,,
2375,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,32,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-MPI-ESM-LRa | 132 | 32 | 38 | 213,,
2376,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,38,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-MPI-ESM-LRa | 132 | 32 | 38 | 213,,
2377,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,213,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-MPI-ESM-LRa | 132 | 32 | 38 | 213,,
2378,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,106,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-GFDL-ESM2Gb | 106 | 28 | 36 | 181,,
2379,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,28,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-GFDL-ESM2Gb | 106 | 28 | 36 | 181,,
2380,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,36,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-GFDL-ESM2Gb | 106 | 28 | 36 | 181,,
2381,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,181,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-GFDL-ESM2Gb | 106 | 28 | 36 | 181,,
2382,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,75,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-GFDL-ESM2Mb | 75 | 30 | 40 | 154,,
2383,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,30,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-GFDL-ESM2Mb | 75 | 30 | 40 | 154,,
2384,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,40,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-GFDL-ESM2Mb | 75 | 30 | 40 | 154,,
2385,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,154,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-GFDL-ESM2Mb | 75 | 30 | 40 | 154,,
2386,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,72,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-CanESM2c | 72 | 28 | 28 | 130,,
2387,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,28,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-CanESM2c | 72 | 28 | 28 | 130,,
2388,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,28,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-CanESM2c | 72 | 28 | 28 | 130,,
2389,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,130,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-CanESM2c | 72 | 28 | 28 | 130,,
2390,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,54,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","CMIP5-IPSL-CM52-LR2,d | 54 | 14 | 16 | 89",,
2391,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,14,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","CMIP5-IPSL-CM52-LR2,d | 54 | 14 | 16 | 89",,
2392,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,16,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","CMIP5-IPSL-CM52-LR2,d | 54 | 14 | 16 | 89",,
2393,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,89,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","CMIP5-IPSL-CM52-LR2,d | 54 | 14 | 16 | 89",,
2394,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,72,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-CESMe | 72 | 48 | 46 | 173,,
2395,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,48,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-CESMe | 72 | 48 | 46 | 173,,
2396,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,46,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-CESMe | 72 | 48 | 46 | 173,,
2397,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,173,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CMIP5-CESMe | 72 | 48 | 46 | 173,,
2398,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,73,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",ESM-UVIC2.9f | 73 | 31 | 24 | 128,,
2399,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,31,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",ESM-UVIC2.9f | 73 | 31 | 24 | 128,,
2400,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,24,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",ESM-UVIC2.9f | 73 | 31 | 24 | 128,,
2401,,bulk_sample,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6157310,128,Tg N y−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",ESM-UVIC2.9f | 73 | 31 | 24 | 128,,
2402,1167.0,Anabaena sp. PCC 7120 mutant SR652,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC6161253,0.0,nmol C2H4 h-1,explicit negative statement: 'no',"Only under anoxic conditions the nitrogenase activity of the mutant was detectable, although it was lower than in the wild type. There was no activity under normal aerobic conditions (Figure 5B).",,
2403,29418.0,Mastigocladus sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6176055,534,nmoles C cm-2 d-1,symbiotic assay; the microbial symbiont is the fixing partner,"To corroborate that the transcription of genes in C-pathways found actually resulted in CO2 fixation, in situ daily rates of bicarbonate (H13CO3) assimilation were measured at 58 and 48°C, under light and dark conditions (Supplementary Figu",,
2404,29418.0,Mastigocladus sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6176055,7.95,nmoles C cm-2 d-1,symbiotic assay; the microbial symbiont is the fixing partner,"To corroborate that the transcription of genes in C-pathways found actually resulted in CO2 fixation, in situ daily rates of bicarbonate (H13CO3) assimilation were measured at 58 and 48°C, under light and dark conditions (Supplementary Figu",,
2405,,BJ335-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6181149,8.49,nmol C2H4 h-1 mg-1 rns dw,accepted quantitative rate,"ARA for root nodule systems (RNS) infected with four bradyrhizobial isolates ranged from 8.49–11.77 nmol C2H4 h−1 mg−1 rns dw and 7.84–12.21 nmol C2H4 h-1 mg-1 rns dw for JS 335 and PK 472 genotypes, respectively.",,
2406,,BJ335-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6181149,11.77,nmol C2H4 h-1 mg-1 rns dw,accepted quantitative rate,"ARA for root nodule systems (RNS) infected with four bradyrhizobial isolates ranged from 8.49–11.77 nmol C2H4 h−1 mg−1 rns dw and 7.84–12.21 nmol C2H4 h-1 mg-1 rns dw for JS 335 and PK 472 genotypes, respectively.",,
2407,,BPK-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6181149,7.84,nmol C2H4 h-1 mg-1 rns dw,accepted quantitative rate,"ARA for root nodule systems (RNS) infected with four bradyrhizobial isolates ranged from 8.49–11.77 nmol C2H4 h−1 mg−1 rns dw and 7.84–12.21 nmol C2H4 h-1 mg-1 rns dw for JS 335 and PK 472 genotypes, respectively.",,
2408,,BPK-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6181149,12.21,nmol C2H4 h-1 mg-1 rns dw,accepted quantitative rate,"ARA for root nodule systems (RNS) infected with four bradyrhizobial isolates ranged from 8.49–11.77 nmol C2H4 h−1 mg−1 rns dw and 7.84–12.21 nmol C2H4 h-1 mg-1 rns dw for JS 335 and PK 472 genotypes, respectively.",,
2410,,nodules,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6192434,30,percent,assay reported without a usable scale,"the nodules of the mutant plants exhibited a ∼30% decrease in the contents of leghemoglobin and Fe protein (NifH), as well as a reduction of ∼90% in the rates of N2 fixation.",,
2411,,nodules,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6192434,90,percent,assay reported without a usable scale,"the nodules of the mutant plants exhibited a ∼30% decrease in the contents of leghemoglobin and Fe protein (NifH), as well as a reduction of ∼90% in the rates of N2 fixation.",,
2412,,rhizobia,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6206271,20,Tg N year-1,assay measured; denominator or scale lost,"Rhizobial N-fixation contributes significant amounts of N to global agricultural systems, with estimates ranging from 20 to 22 Tg N per year (Herridge et al., 2008) up to 40 Tg N per year (Galloway et al., 2008).",,
2413,,rhizobia,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6206271,40,Tg N year-1,assay measured; denominator or scale lost,"Rhizobial N-fixation contributes significant amounts of N to global agricultural systems, with estimates ranging from 20 to 22 Tg N per year (Herridge et al., 2008) up to 40 Tg N per year (Galloway et al., 2008).",,
2414,,F1R1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6243127,633,nm C2H4 h-1 pot-1,co-culture assay; which member fixed is not resolved,R1 had 2–5 times higher nitrogen-fixing capability (R1: 685 nm C2H4 h-1 pot-1; F1R1: 633 nm C2H4 h-1 pot-1; F2R1: 623 nm C2H4 h-1 pot-1) than R2,,
2415,,F2R1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6243127,623,nm C2H4 h-1 pot-1,co-culture assay; which member fixed is not resolved,R1 had 2–5 times higher nitrogen-fixing capability (R1: 685 nm C2H4 h-1 pot-1; F1R1: 633 nm C2H4 h-1 pot-1; F2R1: 623 nm C2H4 h-1 pot-1) than R2,,
2416,,nitrogenase (EC 1.18.6.1),no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6262407,2226,no of sequence reads,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Nitrogen | Nitrogenase (EC 1.18.6.1) | Nitrogen to ammonia | 2,226 | 172",,
2417,,Anabaena 7120,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6266585,0.0,nmol (Eth)/μg(Chl) h,a zero is present in the quote beside assay context,"BG11N | 2 Nitrogenase Activity, 2 nmol (Eth)/μg(Chl) h | 0.0",,
2418,,Anabaena 7120,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6266585,0.0,nmol (Eth)/μg(Chl) h,a zero is present in the quote beside assay context,"BG11N, 20 μM BMAA | 2 Nitrogenase Activity, 2 nmol (Eth)/μg(Chl) h | 0.0",,
2419,,Anabaena 7120,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6266585,22.4,nmol (Eth)/μg(Chl) h,symbiotic assay; the microbial symbiont is the fixing partner,"BG110 | 2 Nitrogenase Activity, 2 nmol (Eth)/μg(Chl) h | 22.4 ± 3.84",,
2420,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6266585,6.57,log2,symbiotic assay; the microbial symbiont is the fixing partner,nifH | 48 h | 6.57 ± 1.43,,
2421,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6266585,4.82,log2,symbiotic assay; the microbial symbiont is the fixing partner,nifH | 96 h | 4.82 ± 0.58,,
2422,,CSVM34 (ΔsepJ),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6282017,0.0,μmol (mg Chl)-1 h-1,explicit negative statement: 'without',Nitrogenase activity was determined as acetylene reduction in assays performed under oxic conditions with filaments that had been grown in BG11 medium (with antibiotics for the CSFR mutants) and incubated in BG110 medium (without antibiotic,,
2423,,CSVM90 (SepJΔ463-748),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6282017,0.0,μmol (mg Chl)-1 h-1,explicit negative statement: 'without',Nitrogenase activity was determined as acetylene reduction in assays performed under oxic conditions with filaments that had been grown in BG11 medium (with antibiotics for the CSFR mutants) and incubated in BG110 medium (without antibiotic,,
2424,,CSFR21 (SepJA542R),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6282017,0.0,μmol (mg Chl)-1 h-1,explicit negative statement: 'without',Nitrogenase activity was determined as acetylene reduction in assays performed under oxic conditions with filaments that had been grown in BG11 medium (with antibiotics for the CSFR mutants) and incubated in BG110 medium (without antibiotic,,
2425,,CSFR22 (SepJΔ739-751),no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6282017,0.0,μmol (mg Chl)-1 h-1,explicit negative statement: 'without',Nitrogenase activity was determined as acetylene reduction in assays performed under oxic conditions with filaments that had been grown in BG11 medium (with antibiotics for the CSFR mutants) and incubated in BG110 medium (without antibiotic,,
2426,,CSFR25 (SepJY612A),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6282017,2.46,μmol (mg Chl)-1 h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase activity was determined as acetylene reduction in assays performed under oxic conditions with filaments that had been grown in BG11 medium (with antibiotics for the CSFR mutants) and incubated in BG110 medium (without antibiotic,,
2427,,CSFR14 (SepJE663A),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6282017,2.02,μmol (mg Chl)-1 h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase activity was determined as acetylene reduction in assays performed under oxic conditions with filaments that had been grown in BG11 medium (with antibiotics for the CSFR mutants) and incubated in BG110 medium (without antibiotic,,
2428,,CSFR19 (SepJG579A),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6282017,3.9,μmol (mg Chl)-1 h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase activity was determined as acetylene reduction in assays performed under oxic conditions with filaments that had been grown in BG11 medium (with antibiotics for the CSFR mutants) and incubated in BG110 medium (without antibiotic,,
2429,,CSFR20 (SepJG724A),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6282017,3.17,μmol (mg Chl)-1 h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase activity was determined as acetylene reduction in assays performed under oxic conditions with filaments that had been grown in BG11 medium (with antibiotics for the CSFR mutants) and incubated in BG110 medium (without antibiotic,,
2430,,A. americana,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6282307,0,relative acetylene-reducing activity (ARA),explicit negative statement: 'not',"relative acetylene-reducing activity (ARA) and d aspect of the inoculated roots developing nodules or not (some nodules were cut to observe the leghemoglobin color inside) after inoculation with Bradyrhizobium DOA9, ORS285 and ORS278 on A. ",,
2431,,A. patula,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6282307,0,relative acetylene-reducing activity (ARA),explicit negative statement: 'not',"relative acetylene-reducing activity (ARA) and d aspect of the inoculated roots developing nodules or not (some nodules were cut to observe the leghemoglobin color inside) after inoculation with Bradyrhizobium DOA9, ORS285 and ORS278 on A. ",,
2432,552031.0,A. afraspera,epithet_and_strain_genus_renamed,assay_direct,T1,negative,False,corpus_fulltext,PMC6282307,0,relative acetylene-reducing activity (ARA),explicit negative statement: 'not',"relative acetylene-reducing activity (ARA) and d aspect of the inoculated roots developing nodules or not (some nodules were cut to observe the leghemoglobin color inside) after inoculation with Bradyrhizobium DOA9, ORS285 and ORS278 on A. ",unusable,not_a_single_microbial_species
2433,,A. evenia,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6282307,0,relative acetylene-reducing activity (ARA),explicit negative statement: 'not',"relative acetylene-reducing activity (ARA) and d aspect of the inoculated roots developing nodules or not (some nodules were cut to observe the leghemoglobin color inside) after inoculation with Bradyrhizobium DOA9, ORS285 and ORS278 on A. ",,
2434,,S. horneri,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6305716,98,%,assay reported without a usable scale,"Inhibition of nitrogenase activity, up to 98%, by sodium molybdate additions also suggest that sulfate reducers may be an important constituent of the detrital diazotrophic community.",,
2435,,S. horneri,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6305716,4.5,%,assay reported without a usable scale,The percent contribution to N immobilization by BNF ranged from 0.94 to 10.6% with an average contribution of 4.5%.,,
2436,,strain 1–6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6307999,46.5,pmol C2H4×106 cells−1 h−1,assay measured; denominator or scale lost,"Nitrogenase activities of both strains were observed at 70°C, as shown in Fig. 5; 46.5±8.54 pmol C2H4×106 cells−1 h−1 in strain 1–6 and 16.6±7.51 pmol C2H4×106 cells−1 h−1 in strain 2–18 in nitrogen-free medium with 5% vol. of O2.",,
2437,,strain 2–18,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6307999,16.6,pmol C2H4×106 cells−1 h−1,assay measured; denominator or scale lost,"Nitrogenase activities of both strains were observed at 70°C, as shown in Fig. 5; 46.5±8.54 pmol C2H4×106 cells−1 h−1 in strain 1–6 and 16.6±7.51 pmol C2H4×106 cells−1 h−1 in strain 2–18 in nitrogen-free medium with 5% vol. of O2.",,
2438,,strain 1–6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6307999,7.01,pmol C2H4×106 cells−1 h−1,assay measured; denominator or scale lost,"Nitrogenase activity in the presence of 2 mmol L−1 NH4Cl in the acetylene reduction assay was observed in both isolates, but was lower than that in the absence of NH4Cl (P values <0.05), showing 7.01±2.23 pmol C2H4×106 cells−1 h−1 in strain",,
2439,,strain 2–18,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6307999,3.37,pmol C2H4×106 cells−1 h−1,assay measured; denominator or scale lost,"Nitrogenase activity in the presence of 2 mmol L−1 NH4Cl in the acetylene reduction assay was observed in both isolates, but was lower than that in the absence of NH4Cl (P values <0.05), showing 7.01±2.23 pmol C2H4×106 cells−1 h−1 in strain",,
2440,,S. meliloti 8530,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6309736,83.0,μmol C2H4 /h ⋅ g,symbiotic assay; the microbial symbiont is the fixing partner,WT | 21.75 ± 2.99ab | 16.86 ± 3.35a | 11.75 ± 2.56a | 83.0 ± 7.0b,,
2441,,S. meliloti 8530,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6309736,158.0,μmol C2H4 /h ⋅ g,symbiotic assay; the microbial symbiont is the fixing partner,WT+WSHM | 24.60 ± 2.30b | 21.90 ± 5.03a | 18.38 ± 5.64b | 158.0 ± 26.0c,,
2442,,S. melilotiΔqsrR,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6309736,87.0,μmol C2H4 /h ⋅ g,symbiotic assay; the microbial symbiont is the fixing partner,ΔqsrR | 24.75 ± 7.14ab | 20.24 ± 8.08a | 19.92 ± 4.55b | 87.0 ± 49.0b,,
2443,,S. melilotiΔqsrR,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6309736,98.0,μmol C2H4 /h ⋅ g,symbiotic assay; the microbial symbiont is the fixing partner,ΔqsrR+WSHM | 16.40 ± 3.51a | 21.37 ± 7.28a | 17.19 ± 3.84ab | 98.0 ± 11.0b,,
2444,,M. truncatula,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6315971,20,nmol C2H4 h-1 mg-1,assay reported without a usable scale,"the expression of these genes was correlated with the nitrogen fixation efficiency as treatment of plants with nitrate, which reduces the nodule nitrogen fixation, led to a reduction of less than 20% of the expression of these genes as comp",,
2445,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,3.65,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,WT d | 24 | 3.65 ± 0.62 | 2.83 ± 0.11 | 9.4 ± 0.4 | 0 | Good,,
2446,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,6.74,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,WT d | 48 | 6.74 ± 0.63 | 3.50 ± 0.57 | 10.6 ± 0.7 | Not tested |  | ,,
2447,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,1.04,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,hetR::C.CE2 + PrbcLPpetE-hetZ | 24 | 1.04 ± 0.14 | 0 | 2.9 ± 0.9 | 3.6 ± 0.4 | No,,
2448,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,1.2,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,hetR::C.CE2 + PrbcLPpetE-hetZ | 48 | 1.20 ± 0.46 | 0.81 ± 0.13 | 3.5 ± 0.9 | Not tested |  | ,,
2449,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,0.17,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,hetR::C.CE2 + PrbcLPpetE-hetP | 24 | 0.17 ± 0.10 | 0 | Not counted f | Not tested | No,,
2450,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,1.57,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,hetR::C.CE2 + PrbcLPpetE-hetP | 48 | 1.57 ± 0.26 | 0 | Not counted | Not tested |  | ,,
2451,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,4.0,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,hetR::C.CE2 + PrbcLPpetE-hetZ-PpetE-hetPe2 | 24 | 4.00 ± 1.86 | 0.90 ± 0.07 | 11.5 ± 2.0 | 12.9 ± 0.9 | No,,
2452,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,4.12,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,hetR::C.CE2 + PrbcLPpetE-hetZ-PpetE-hetPe2 | 48 | 4.12 ± 0.27 | 1.52 ± 0.78 | 17.5 ± 2.0 | Not tested |  | ,,
2453,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,14.3,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,hetZ::C.K2 ΔhetP + PrbcLPpetE-hetZ-PpetE-hetP e3 | 24 | Not measured | Not measured | 14.3 ± 1.2 | 15.7 ± 0.7 | Moderate,,
2454,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6316738,17.6,Mole C2H4 mg Chla−1 h−1,accepted quantitative rate,hetZ::C.K2 ΔhetP + PrbcLPpetE-hetZ-PpetE-hetP e3 | 48 | Not measured | Not measured | 17.6 ± 0.4 | Not tested |  | ,,
2455,,soybean genotype Clark,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6319201,65.9,mg ammonia/g nodule fresh weight/h,symbiotic assay; the microbial symbiont is the fixing partner,nitrogenase activity (mg ammonia/g nodule fresh weight/h) | 65.9,,
2456,,soybean genotype Kint,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6319201,48.2,mg ammonia/g nodule fresh weight/h,symbiotic assay; the microbial symbiont is the fixing partner,nitrogenase activity (mg ammonia/g nodule fresh weight/h) | 48.2,,
2457,,R. tropici,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6363093,100,µmol C2H2 g–1 nodule dry weight (DW) h–1,assay reported without a usable scale,The nitrogen-fixation capacity of untransformed A. rhizogenes K599 root nodules was considered as 100%,,
2458,,35S:PvBI-1a,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6363093,80,µmol C2H2 g–1 nodule dry weight (DW) h–1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","However, this drop in the nitrogen fixation rate was compensated by the high number of nodules in the root (80 ± 5.5% compared with 97.4 ± 4.3 µmol C2H2 g–1 nodule DW h–1 in control nodules)",,
2459,,bean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6374988,12.04,kg CO2/tonne soil/month,symbiotic assay; the microbial symbiont is the fixing partner,"12.04 kg of CO2/tonne soil/month, 9 times higher than the soil without wollastonite amendment",,
2460,,legume nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6383490,9000,ppmv,symbiotic assay; the microbial symbiont is the fixing partner,"H2 concentrations inside N2-fixing legume nodules range from 9,000 to 27,000 ppmv",,
2461,,legume nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6383490,27000,ppmv,symbiotic assay; the microbial symbiont is the fixing partner,"H2 concentrations inside N2-fixing legume nodules range from 9,000 to 27,000 ppmv",,
2462,,Nostoc,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6385219,0.74,fold change,assay reported without a usable scale,nifD increased 0.74–2.75 folds,,
2463,,Nostoc,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6385219,1.64,fold change,assay reported without a usable scale,nifH increased 1.64–5.07 folds,,
2464,,Anabaena,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6385219,0.74,fold change,assay reported without a usable scale,nifD increased 0.74–2.75 folds,,
2465,,Anabaena,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6385219,1.64,fold change,assay reported without a usable scale,nifH increased 1.64–5.07 folds,,
2466,,S. fredii SVQ269,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6386902,998.66,Nmoles Acetylene/Plant/Hour,symbiotic assay; the microbial symbiont is the fixing partner,ARA 2 (Nmoles Acetylene/Plant/Hour) | 998.66 ± 175.56,,
2467,,S. fredii SVQ780,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6386902,167.99,Nmoles Acetylene/Plant/Hour,symbiotic assay; the microbial symbiont is the fixing partner,ARA 2 (Nmoles Acetylene/Plant/Hour) | 167.99 ± 27.64 **,,
2468,,S. fredii SVQ780C,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6386902,1008.22,Nmoles Acetylene/Plant/Hour,symbiotic assay; the microbial symbiont is the fixing partner,ARA 2 (Nmoles Acetylene/Plant/Hour) | 1008.22 ± 118.18,,
2469,,S. fredii SVQ269,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6386902,998.66,Nmoles Acetylene/Plant/Hour,symbiotic assay; the microbial symbiont is the fixing partner,ARA 2 (Nmoles Acetylene/Plant/Hour) | 998.66 ± 175.56,,
2470,,S. fredii SVQ780,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6386902,167.99,Nmoles Acetylene/Plant/Hour,symbiotic assay; the microbial symbiont is the fixing partner,ARA 2 (Nmoles Acetylene/Plant/Hour) | 167.99 ± 27.64 **,,
2471,,S. fredii SVQ780C,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6386902,1008.22,Nmoles Acetylene/Plant/Hour,symbiotic assay; the microbial symbiont is the fixing partner,ARA 2 (Nmoles Acetylene/Plant/Hour) | 1008.22 ± 118.18,,
2472,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,0.9,μmol ethylene formed per h,symbiotic assay; the microbial symbiont is the fixing partner,The average ARA per plant was 0.90 μmol ethylene formed per h (control),,
2473,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,0.39,μmol ethylene formed per h,symbiotic assay; the microbial symbiont is the fixing partner,The average ARA per plant was 0.39 μmol (nitrate),,
2474,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,0.53,μmol ethylene formed per h,symbiotic assay; the microbial symbiont is the fixing partner,The average ARA per plant was 0.53 μmol (ammonium),,
2475,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,0.5,μmol ethylene formed per h,symbiotic assay; the microbial symbiont is the fixing partner,The average ARA per plant was 0.50 μmol (urea),,
2476,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,0.53,μmol ethylene formed per h,symbiotic assay; the microbial symbiont is the fixing partner,The average ARA per plant was 0.53 μmol (Gln),,
2477,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,5.4,μmol ethylene formed per h per g nodule dry weight,symbiotic assay; the microbial symbiont is the fixing partner,The average ARAs per single plant were 5.4 μmol (control),,
2478,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,3.4,μmol ethylene formed per h per g nodule dry weight,symbiotic assay; the microbial symbiont is the fixing partner,The average ARAs per single plant were 3.4 μmol (nitrate),,
2479,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,4.0,μmol ethylene formed per h per g nodule dry weight,symbiotic assay; the microbial symbiont is the fixing partner,The average ARAs per single plant were 4.0 μmol (ammonium),,
2480,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,5.6,μmol ethylene formed per h per g nodule dry weight,symbiotic assay; the microbial symbiont is the fixing partner,The average ARAs per single plant were 5.6 μmol (urea),,
2481,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,9.2,μmol ethylene formed per h per g nodule dry weight,symbiotic assay; the microbial symbiont is the fixing partner,The average ARAs per single plant were 9.2 μmol (Gln),,
2482,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,81.6,μmol ethylene formed per h per g dry weight of nodules,symbiotic assay; the microbial symbiont is the fixing partner,The specific ARA were 81.6 μmol (control),,
2483,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,75.4,μmol ethylene formed per h per g dry weight of nodules,symbiotic assay; the microbial symbiont is the fixing partner,The specific ARA were 75.4 μmol (nitrate),,
2484,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,65.5,μmol ethylene formed per h per g dry weight of nodules,symbiotic assay; the microbial symbiont is the fixing partner,The specific ARA were 65.5 μmol (ammonium),,
2485,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,82.8,μmol ethylene formed per h per g dry weight of nodules,symbiotic assay; the microbial symbiont is the fixing partner,The specific ARA were 82.8 μmol (urea),,
2486,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6389793,133.5,μmol ethylene formed per h per g dry weight of nodules,symbiotic assay; the microbial symbiont is the fixing partner,The specific ARA were 133.5 μmol (Gln),,
2487,,Ni96,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6396143,1.4,mol CO mol catalyst-1 h-1,assay reported without a usable scale,a QYCO of 1.4% at λ = 450 nm was determined.,,
2488,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6408710,32.9,μmol m−2 S−1,symbiotic assay; the microbial symbiont is the fixing partner,Biochar + AMF | Photosynthetic rate (μmol m−2 S−1) | 32.9a,,
2489,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6408710,18.8,μmol m−2 S−1,symbiotic assay; the microbial symbiont is the fixing partner,Drought + Biochar + AMF | Photosynthetic rate (μmol m−2 S−1) | 18.8e,,
2490,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6408710,29.13,μmol m−2 S−1,symbiotic assay; the microbial symbiont is the fixing partner,AMF | Photosynthetic rate (μmol m−2 S−1) | 29.13b,,
2491,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6408710,25.0,μmol m−2 S−1,symbiotic assay; the microbial symbiont is the fixing partner,Biochar | Photosynthetic rate (μmol m−2 S−1) | 25.0c,,
2492,,chickpea,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6408710,23.0,μmol m−2 S−1,assay summarised across organisms,Control | Photosynthetic rate (μmol m−2 S−1) | 23.0d,,
2493,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6408710,16.7,μmol m−2 S−1,symbiotic assay; the microbial symbiont is the fixing partner,Drought + AMF | Photosynthetic rate (μmol m−2 S−1) | 16.7f,,
2494,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6408710,15.9,μmol m−2 S−1,symbiotic assay; the microbial symbiont is the fixing partner,Drought + Biochar | Photosynthetic rate (μmol m−2 S−1) | 15.9f,,
2495,,chickpea,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6408710,11.4,μmol m−2 S−1,symbiotic assay; the microbial symbiont is the fixing partner,Drought | Photosynthetic rate (μmol m−2 S−1) | 11.4g,,
2496,,Rlv3841,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6421345,30,percent of wild-type rate,assay reported without a usable scale,"although strains Rlv3841 and Rlp4292 mutated in both Aap and Bra form nodules on peas and beans, respectively, they fix nitrogen at only about 30 % of the wild-type rate",,
2497,,M. kowhaii Ach-343 and M. japonicum Opo-235,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6428766,56,nmol C2H4 plant-1 h-1,assay reported without a usable scale,"The difference in the specific acetylene reduction activity, calculated on the dry nodule weight, in the variant of co-inoculation was not statistically significant compared to the Opo-235 mono-inoculation treatment due to very large standa",,
2498,,B. diazoefficiens Δ136,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6429105,0.47,nmol C2H4 hr-1 mg-1 nodule,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",B. diazoefficiens Δ136 (0.47 nmol C2H4 hr−1 mg−1 nodule ± 0.02),,
2499,,M. truncatula root nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6429210,18,percent of control activity,assay reported without a usable scale,an 18% decrease in nitrogenase activity was noted after two days of watering withdrawal,,
2500,,M. truncatula root nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6429210,66,percent of control activity,assay reported without a usable scale,66% after four days,,
2501,,M. truncatula root nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6429210,23,percent of control activity,assay reported without a usable scale,the nitrogenase reached only 23% of activity observed in well-watered control M. truncatula root nodules,,
2502,,L. japonicus root nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6429210,6,percent of control activity,assay reported without a usable scale,only a 6% decrease in nitrogen activity was observed compared to the control,,
2503,,L. japonicus root nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6429210,56,percent of control activity,assay reported without a usable scale,"the value reached 56% and 27% of initial, control activity, respectively",,
2504,,L. japonicus root nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6429210,27,percent of control activity,assay reported without a usable scale,"the value reached 56% and 27% of initial, control activity, respectively",,
2505,189425.0,Paenibacillus graminis RSA19,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6429469,60,nmol C2H4/mg protein/hr,assay reported without a usable scale,qRT-PCR results showed that these 10 genes within the nif gene operon under N2-fixing condition (without NH4+ and O2) exhibited a significant transcript ranging from 60- to 1300-fold compared to non-N2-fixing condition (100 mM NH4+ and 21% ,,
2506,189425.0,Paenibacillus graminis RSA19,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6429469,1300,nmol C2H4/mg protein/hr,assay reported without a usable scale,qRT-PCR results showed that these 10 genes within the nif gene operon under N2-fixing condition (without NH4+ and O2) exhibited a significant transcript ranging from 60- to 1300-fold compared to non-N2-fixing condition (100 mM NH4+ and 21% ,,
2507,189425.0,Paenibacillus graminis RSA19,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6429469,60,nmol C2H4/mg protein/hr,assay reported without a usable scale,qRT-PCR results showed that these 10 genes within the nif gene operon under N2-fixing condition (without NH4+ and O2) exhibited a significant transcript ranging from 60- to 1300-fold compared to non-N2-fixing condition (100 mM NH4+ and 21% ,,
2508,,bacteroids,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6446814,10,percent relative abundance,assay reported without a usable scale,the relative 34S‐isotope abundance of nitrogenase subunits was increased up to 10%,,
2509,354.0,A. vinelandii DJ,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC6448029,1.58,C2H4 (nmol C2H4 h-1 mg-1),accepted quantitative rate,"DJ | VMo, V | 1.58 ± 0.0713.65 ± 0.55 | 0.630",,
2510,,A. vinelandii UW394,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6448029,1.57,C2H4 (nmol C2H4 h-1 mg-1),accepted quantitative rate,"UW394 | VMo, V | 1.57 ± 0.0115.24 ± 1.04 | 0.710",,
2511,,A. vinelandii UW466,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6448029,1.83,C2H4 (nmol C2H4 h-1 mg-1),accepted quantitative rate,"UW466 | VMo, V | 1.83 ± 0.2813.94 ± 1.03 | 0.650",,
2512,,A. vinelandii UW463,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6448029,1.92,C2H4 (nmol C2H4 h-1 mg-1),accepted quantitative rate,"UW463 | VMo, V | 1.92 ± 0.1814.95 ± 1.04 | 0.600",,
2513,,A. vinelandii UW356,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6448029,0.47,C2H4 (nmol C2H4 h-1 mg-1),accepted quantitative rate,"UW356 | VMo, V | 0.47 ± 0.010 | 1.000",,
2514,,A. vinelandii DJ33,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6448029,1.64,C2H4 (nmol C2H4 h-1 mg-1),accepted quantitative rate,"DJ33 | VMo, V | 1.64 ± 0.590 | 1.220",,
2515,1235509.0,cyanosphere community,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC6448292,100,fold higher abundance of nifH gene,assay reported without a usable scale,"the nifH gene was some 100-fold more abundant in the cyanosphere of M. vaginatus bundles (Fig. 4) than in the bulk soil crusts, regardless of geographic origin",unusable,not_a_single_microbial_species
2516,,soybean (Glycine max),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6454624,72,percent,symbiotic assay; the microbial symbiont is the fixing partner,average of 72 ± 12% of total plant N being derived from symbiotic N2 fixation irrespective of W concentration applied,,
2517,1408.0,Bacillus pumilus,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6463109,424.25,ηmole C2H4 h-1 mg-1 protein,accepted quantitative rate,"Bacillus subtilis and 424.25 ηmole C2H4 h-1 mg-1 protein (106 mg of N2 fixed/ha/day) by Bacillus pumilus as compared to standard strain of Azotobacter chroococcum, i.e., 372.85 ηmole C2H4 h-1 mg-1 protein (93.0 mg of N2 fixed/ha/day)",,
2518,353.0,Azotobacter chroococcum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6463109,372.85,ηmole C2H4 h-1 mg-1 protein,accepted quantitative rate,"Bacillus subtilis and 424.25 ηmole C2H4 h-1 mg-1 protein (106 mg of N2 fixed/ha/day) by Bacillus pumilus as compared to standard strain of Azotobacter chroococcum, i.e., 372.85 ηmole C2H4 h-1 mg-1 protein (93.0 mg of N2 fixed/ha/day)",,
2519,1134687.0,Klebsiella oxytoca M5al,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6477116,1100,nmol C2H4⋅OD600−1⋅mL⋅h−1,assay measured; denominator or scale lost,"The maximal acetylene reduction activities during cultivation phases of the WT, 424R, 424Q, 424E, and UNF837 were, respectively, 1100, 1200, 774, 564, and 200 (nmol C2H4⋅OD600−1⋅mL⋅h−1) (Figure 2B).",,
2520,1134687.0,Klebsiella oxytoca M5al,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6477116,1493,nmol C2H4⋅mg−1⋅min−1,nitrogenase purified from this organism,"Acetylene reduction activity of pure nitrogenase, determined under 90% Ar/10% C2H2, was 1493 nmol C2H4⋅mg−1⋅min−1 for WT.",,
2521,,DJ1182/MoFe proteinHisΔZ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6484116,400,nmol ethylene produced·min−1·mg−1 MoFe protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ1182/MoFe proteinHisΔZ | IMAC | 4 | 400 ± 30,,
2522,,DJ1182/MoFe proteinHisΔZ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6484116,640,nmol ethylene produced·min−1·mg−1 MoFe protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ1182/MoFe proteinHisΔZ | IMAC | 12 | 640 ± 30,,
2523,,DJ2111/MoFe proteinStrΔZ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6484116,450,nmol ethylene produced·min−1·mg−1 MoFe protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2111/MoFe proteinStrΔZ | STAC | 4 | 450 ± 20,,
2524,,DJ2111/MoFe proteinStrΔZ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6484116,640,nmol ethylene produced·min−1·mg−1 MoFe protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2111/MoFe proteinStrΔZ | STAC | 12 | 640 ± 30,,
2525,3100432.0,Tolypothrix sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6495147,2.4,fold,assay reported without a usable scale,CO2 supplementation resulted in 2.4 and 3.3-fold higher biomass productivities,,
2526,3100432.0,Tolypothrix sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6495147,3.3,fold,assay reported without a usable scale,CO2 supplementation resulted in 2.4 and 3.3-fold higher biomass productivities,,
2527,3100432.0,Tolypothrix sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6495147,1.3,fold,assay reported without a usable scale,CO2 supplementation resulted in 2.4 and 3.3-fold higher biomass productivities and 1.3 and 1.2-fold higher phycocyanin and phycoerythrin contents,,
2528,3100432.0,Tolypothrix sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6495147,1.2,fold,assay reported without a usable scale,CO2 supplementation resulted in 2.4 and 3.3-fold higher biomass productivities and 1.3 and 1.2-fold higher phycocyanin and phycoerythrin contents,,
2529,,S. meliloti,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6510217,87.5,nmol C2H4 h-1 mg-1,assay reported without a usable scale,nodule number and nitrogenase activity of the dual inoculation plants were 35.8% and 87.5% greater than S. meliloti-inoculated plants under 400 mg kg−1 Cu2+ stress,,
2530,,S. meliloti and A. tumefaciens,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6510217,154.4,nmol C2H4 h-1 mg-1,assay reported without a usable scale,"nodule number and nitrogenase of dual inoculation plants were still 48.5% and 154.4% higher, respectively, than those of the plants inoculated with S. meliloti alone",,
2531,498362.0,Sesbania herbacea,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC6514687,5.25,C2H4 mmol·h−1·mg−1,symbiotic assay; the microbial symbiont is the fixing partner,"Nitrogenase activity (C2H4 mmol·h−1·mg−1; acetylene reduction, n = 6) | 5.25 ± 0.45",unusable,not_a_single_microbial_species
2532,498362.0,Sesbania herbacea,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC6514687,4.9,C2H4 mmol·h−1·mg−1,symbiotic assay; the microbial symbiont is the fixing partner,"Nitrogenase activity (C2H4 mmol·h−1·mg−1; acetylene reduction, n = 6) | 4.90 ± 0.90",unusable,not_a_single_microbial_species
2533,,plot 5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6527854,9.7,kg N ha−1 yr−1,symbiotic assay; the microbial symbiont is the fixing partner,Plot | N-fixers (% of stems) | Nodulation (% of fixers) | Nodule biomass (g m−2) | BNF (kg N ha−1 yr−1) | Inorganic N (μg N g dry soil−1) | 5 | 38.2 (9.5) | 55.3 (6.2) | 1.4 (0.7) | 9.7 (6.2) | 8.2 (1.6),,
2534,,plot 18,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6527854,4.9,kg N ha−1 yr−1,symbiotic assay; the microbial symbiont is the fixing partner,Plot | N-fixers (% of stems) | Nodulation (% of fixers) | Nodule biomass (g m−2) | BNF (kg N ha−1 yr−1) | Inorganic N (μg N g dry soil−1) | 18 | 32.6 (5.7) | 56.6 (19.4) | 1.3 (1.2) | 4.9 (2.5) | 8.3 (1.7),,
2535,,plot 26,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6527854,4.1,kg N ha−1 yr−1,symbiotic assay; the microbial symbiont is the fixing partner,Plot | N-fixers (% of stems) | Nodulation (% of fixers) | Nodule biomass (g m−2) | BNF (kg N ha−1 yr−1) | Inorganic N (μg N g dry soil−1) | 26 | 46.0 (7.8) | 66.6 (21.1) | 0.7 (0.5) | 4.1 (2.0) | 11.6 (5),,
2536,,plot 30,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6527854,24.2,kg N ha−1 yr−1,symbiotic assay; the microbial symbiont is the fixing partner,Plot | N-fixers (% of stems) | Nodulation (% of fixers) | Nodule biomass (g m−2) | BNF (kg N ha−1 yr−1) | Inorganic N (μg N g dry soil−1) | 30 | 52.7 (3.5) | 90.0 (10.0) | 5.1 (2.9) | 24.2 (11.6) | 12.1 (2.7),,
2537,3241426.0,plot 41,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC6527854,13.5,kg N ha−1 yr−1,symbiotic assay; the microbial symbiont is the fixing partner,Plot | N-fixers (% of stems) | Nodulation (% of fixers) | Nodule biomass (g m−2) | BNF (kg N ha−1 yr−1) | Inorganic N (μg N g dry soil−1) | 41 | 18.4 (6.2) | 73.3 (19.4) | 2.7 (1.1) | 13.5 (6.3) | 5.4 (1.1),unusable,not_a_single_microbial_species
2538,546664.0,Vachellia sieberiana,exact_name,claim,T4,positive,False,corpus_fulltext,PMC6546051,0.001,mmol C g−1 dw,"value cited to another paper; fixation asserted, attribution belongs elsewhere",The increase in below-ground biomass and reliance of the legume plants on atmospheric N and soil N during competition and the increased N use efficiency (SNUR) collectively may have resulted in 0.001 (mmol C g−1 dw) higher C construction co,unusable,not_a_single_microbial_species
2539,,P. beijingensis BJ-18,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6548809,1043,nmol C2H4 (mg protein h)-1,accepted quantitative rate,"Paenibacillus beijingensis BJ-18 (accession number: JN873136), isolated from wheat rhizosphere, is a novel species with N2-fixing ability [1043 ± 12.9 nmol C2H4 (mg protein h)-1] (Wang et al., 2013).",,
2540,384.0,Rhizobium leguminosarum bv. trifolii,exact_name,claim,T4,positive,True,corpus_fulltext,PMC6560468,25,μM Al3+,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Richardson et al. (1988) observed a reduction in nodA gene expression in Rhizobium leguminosarum bv. trifolii strains at 7.5 μM Al3+, leading to cell death and decreased N2 fixation as the concentration of Al increased from 25 to 50 or 80 μ",,
2541,382.0,Sinorhizobium meliloti strain RMP5,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC6560468,100,μM Al,assay reported without a usable scale,Sinorhizobium meliloti strain RMP5 was more tolerant of Al than Bradyrhizobium BMP1; the former could therefore grow at more than 100 μM Al concentration (Arora et al. 2010).,,
2542,,acid tolerant (pH < 5.0) rhizobia,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC6560468,500,μM Al3+,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Acid tolerant (pH < 5.0) rhizobia (CIAT899, UFLA04-195, UFLA04-122, UFLA04-202, UFLA04-173, UFLA04-155, UFLA04-226, UFLA04-228, UFLA04-229, UFLA04-231, UFLA04-233, UFLA04-232 and UFLA04-21) grew at 500 μM of Al3+ (Ferreira et al. 2012; Grah",,
2543,,common bean-nodulating rhizobia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6560468,2000,μM Al,assay reported without a usable scale,Common bean-nodulating rhizobia isolated from an Amazon soil containing > 2 mM (> 2000 μM) Al showed retarded cell multiplication (Ferreira et al. 2012).,,
2544,,LP-F10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6572685,158,μmol C2H4 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,LP-F10 | P50 | 14b ± 1 | 158b ± 9 | 119b ± 6 | 310a ± 12,,
2545,,LP-F10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6572685,227,μmol C2H4 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,LP-F10 | P150 | 18a ± 1 | 227a ± 8 | 146a ± 5 | 236b ± 15,,
2546,,Enrei,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6572685,151,μmol C2H4 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Enrei | P50 | 13b ± 2 | 151b ± 6 | 102c ± 3 | 336a ± 14,,
2547,,Enrei,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6572685,203,μmol C2H4 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,Enrei | P150 | 18a ± 2 | 203a ± 10 | 138a ± 4 | 246b ± 16,,
2548,1926495.0,Paraburkholderia sp. strain TPSK3,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6591459,12,nmol ethylene,assay measured; denominator or scale lost,"The strain reduced acetylene to ethylene, indicative of N-fixation, to a level of 12 nmol ethylene, about 2% the level of the positive control strain, Azotobacter vinelandii.",,
2549,36773.0,Burkholderia sp. strain TPSN7,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6591459,18,nmol ethylene,assay measured; denominator or scale lost,"It was also positive in the ARA (18 nmol ethylene, 3% the level of the positive control).",,
2550,,Mesorhizobium strain modified with extra copies of the groEL gene,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6604987,1.5,fold higher,assay reported without a usable scale,chickpea plants inoculated with a Mesorhizobium strain modified with extra copies of the groEL gene showed a symbiotic effectiveness approximately 1.5 fold higher than plants inoculated with the wild-type strain,,
2551,,A1501,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6606865,5354.79,nmol ethylene h-1 mg-1 protein,accepted quantitative rate,"Strain | Complementation plasmida | Sequence with point mutation(s)b | Match level (%)c | Nitrogenase activityd | % changee | A1501 |  |  | 82 | 5,354.79 ± 327 | 100",,
2552,,A1801,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6606865,2249.01,nmol ethylene h-1 mg-1 protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Strain | Complementation plasmida | Sequence with point mutation(s)b | Match level (%)c | Nitrogenase activityd | % changee | A1801 |  |  |  | 2,249.01 ± 160 | 42",,
2553,,A1802,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6606865,5679.97,nmol ethylene h-1 mg-1 protein,accepted quantitative rate,"Strain | Complementation plasmida | Sequence with point mutation(s)b | Match level (%)c | Nitrogenase activityd | % changee | A1802 | pNfiR-wt | 5′-CGUGGAGCGGC-3′ | 82 | 5,679.97 ± 166 | 106",,
2554,,A1803,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6606865,4855.23,nmol ethylene h-1 mg-1 protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Strain | Complementation plasmida | Sequence with point mutation(s)b | Match level (%)c | Nitrogenase activityd | % changee | A1803 | pNfiR-mut1 | 5′-CCUGGAGCGGC-3′ | 73 | 4,855.23 ± 167 | 91",,
2555,,A1804,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6606865,3596.57,nmol ethylene h-1 mg-1 protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Strain | Complementation plasmida | Sequence with point mutation(s)b | Match level (%)c | Nitrogenase activityd | % changee | A1804 | pNfiR-mut2 | 5′-CGUGGAGCCCC-3′ | 73 | 3,596.57 ± 169 | 67",,
2556,,A1805,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6606865,1078.94,nmol ethylene h-1 mg-1 protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Strain | Complementation plasmida | Sequence with point mutation(s)b | Match level (%)c | Nitrogenase activityd | % changee | A1805 | pNfiR-mut3 | 5′-CGUCCAGCGGC-3′ | 73 | 1,078.94 ± 76 | 20",,
2557,,A1806,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6606865,1018.99,nmol ethylene h-1 mg-1 protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Strain | Complementation plasmida | Sequence with point mutation(s)b | Match level (%)c | Nitrogenase activityd | % changee | A1806 | pNfiR-mut4 | 5′-CCUCCAGCCCC-3′ | 55 | 1,018.99 ± 60 | 19",,
2558,,S. meliloti,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6616083,2,nmol C2H4 h-1 plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"Nitrogen fixation measured 2, 4, or 5 weeks post-inoculation was more or less similar for all strains.",,
2559,,S. meliloti,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6616083,4,nmol C2H4 h-1 plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"Nitrogen fixation measured 2, 4, or 5 weeks post-inoculation was more or less similar for all strains.",,
2560,,S. meliloti,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6616083,5,nmol C2H4 h-1 plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"Nitrogen fixation measured 2, 4, or 5 weeks post-inoculation was more or less similar for all strains.",,
2561,,R. leucaenae CFN299T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6630823,0.74,mg/L,assay measured; denominator or scale lost,aspartate was released in high amounts (0.74–16.58 mg/L) from all the strains except by R. leucaenae CFN299T,,
2562,,Bradyrhizobium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6635524,5.78,mg/plant,symbiotic assay; the microbial symbiont is the fixing partner,CK | N2 fixation (mg/plant) | 5.78 ± 0.17 a,,
2563,,Bradyrhizobium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6635524,10.09,mg/plant,symbiotic assay; the microbial symbiont is the fixing partner,P | N2 fixation (mg/plant) | 10.09 ± 0.82 b,,
2564,,Bradyrhizobium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6635524,12.05,mg/plant,symbiotic assay; the microbial symbiont is the fixing partner,SRE | N2 fixation (mg/plant) | 12.05 ± 0.81 b,,
2565,964.0,Herbaspirillum seropedicae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6646362,104,fold change,assay reported without a usable scale,The transcript with the highest fold change [104-times – a result confirmed using RT-qPCR (Fig. 2)] in colonised roots codes for the non-symbiotic hemoglobin 2 (LOC_Os03g12510.1).,,
2566,964.0,Herbaspirillum seropedicae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6646362,6,fold change,assay reported without a usable scale,ACS is up regulated 6-fold and ACC oxidase is repressed 2-fold by inoculation with H. seropedicae.,,
2567,964.0,Herbaspirillum seropedicae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6646362,2.2,fold change,assay reported without a usable scale,An ethylene response factor (ERF) (LOC_Os01g04800.1) transcript was also induced 2.2-fold in inoculated roots.,,
2568,964.0,Herbaspirillum seropedicae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6646362,10,fold change,assay reported without a usable scale,NAAT (LOC_Os02g20360.1) and DMAS (LOC_Os03g13390.2) were also induced 10-fold and 19-times respectively in colonised rice roots.,,
2569,964.0,Herbaspirillum seropedicae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6646362,2.2,fold change,assay reported without a usable scale,A H. seropedicae bacterioferritin (Hsero_1195) gene induced (2.2-fold),,
2570,964.0,Herbaspirillum seropedicae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6646362,43,fold change,assay reported without a usable scale,glnK and amtB of the Ntr system were induced 43 and 20-times respectively in the plant-bacterial interaction.,,
2571,964.0,Herbaspirillum seropedicae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6646362,20,fold change,assay reported without a usable scale,glnK and amtB of the Ntr system were induced 43 and 20-times respectively in the plant-bacterial interaction.,,
2572,964.0,Herbaspirillum seropedicae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6646362,1.6,fold change,assay reported without a usable scale,fixN and fixP (both 1.6X coverage) were also detected in planta,,
2573,3879.0,Medicago sativa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC6647429,1.05,µL ethylene mm−3 nodule−1,symbiotic assay; the microbial symbiont is the fixing partner,"The ARA reached from 0 to 5.33 (mean: 1.05) µL ethylene mm−3 nodule−1 (Fig. 3) and was different between soils, whereas increased ethylene production was observed in the acidic soil L, compared with the alkaline soil D.",unusable,not_a_single_microbial_species
2574,3879.0,Medicago sativa,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC6647429,3.43,µL ethylene nodule−1,symbiotic assay; the microbial symbiont is the fixing partner,"Related to the nodule number, the ethylene production ranged from 0 to 12.8 (mean: 3.43) µL ethylene nodule−1 and was neither different between soils, nor between treatments and showed no systematic correlations.",unusable,not_a_single_microbial_species
2575,1167.0,Anabaena sp. PCC 7120 mutant SR695,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC6692557,0,nmol ethylene h-1 mg-1 protein,a zero is present in the quote beside assay context,"Nitrogenase activity in wild-type and mutant SR695 cells under oxic and anoxic conditions assayed by acetylene reduction. Shown are mean values ± standard deviation of two experimental replicates. *p < 0.05, Student's t test.",,
2576,,L. ferriphilum,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6695575,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'without',"there are strains with (Llinás et al., 2006) and without (Gunasekera et al., 2017) nitrogen fixation ability within the L. ferriphilum species.",,
2577,376.0,Bradyrhizobium sp. strain USDA 3456,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6696652,18,μmol C2H4 g-1 (nodule dry weight) h-1,symbiotic assay; the microbial symbiont is the fixing partner,Inoculation of USDA 3456 in peanut crops over two 75-day field seasons resulted in nitrogenase activity of 18 to 19 μmol C2H4/g−1 (nodule dry weight)/h (8).,,
2578,376.0,Bradyrhizobium sp. strain USDA 3456,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6696652,19,μmol C2H4 g-1 (nodule dry weight) h-1,symbiotic assay; the microbial symbiont is the fixing partner,Inoculation of USDA 3456 in peanut crops over two 75-day field seasons resulted in nitrogenase activity of 18 to 19 μmol C2H4/g−1 (nodule dry weight)/h (8).,,
2579,426.0,Methylosinus trichosporium OB3b,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6697861,6,percent,assay reported without a usable scale,Methylosinus trichosporium OB3b grew slowly and accumulated about 6% PHB under N2-fixing conditions,,
2580,,bacteria,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC6702520,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,"To test for nitrogenase activity, bacteria were inoculated in a nitrogen-free semi-solid malate-sucrose medium containing bromothymol blue (3 ml l–1) as a pH-indicator (Xie et al., 2006). The same medium containing 0.12 g l–1 NH4Cl was used",,
2581,1076.0,R. palustris TIE-1,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC6705187,16.25,μmol N atoms day-1 100 mL-1,symbiotic assay; the microbial symbiont is the fixing partner,16.25 μmol of N atoms and 67.7 μmol C atoms were fixed per day for the 100 mL bioreactor,,
2582,1076.0,R. palustris TIE-1,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC6705187,67.7,μmol C atoms day-1 100 mL-1,symbiotic assay; the microbial symbiont is the fixing partner,16.25 μmol of N atoms and 67.7 μmol C atoms were fixed per day for the 100 mL bioreactor,,
2583,511746.0,Methylacidiphilum sp. RTK17.1,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6706786,8.61,percent,assay reported without a usable scale,"In the presence of H2, observed rates of Methylacidiphilum sp. RTK17.1 biomass production decreased by 8.61% (p-value: 0.019) during N2-fixation compared to growth on NH4+ replete media.",,
2584,511746.0,Methylacidiphilum sp. RTK17.1,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6706786,18.67,percent,assay reported without a usable scale,Removal of H2 from the headspace resulted in an 18.67% reduction in the observed rate of biomass production compared to cells cultured in NH4+-replete media (from 5.57 to 4.33 mg l–1 h–1; Table 1; p-value: < 0.0001).,,
2585,511746.0,Methylacidiphilum sp. RTK17.1,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6706786,2.03,fold increase in volumetric production rate of glycogen,assay reported without a usable scale,This corresponds to a 2.03 fold increase in the volumetric production rate of glycogen (Table 1).,,
2586,,H. diazotrophicus E19T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6754898,0.18,μmol N2 (mg protein)−1 h−1,accepted quantitative rate,Acetylene reduction | 0.18 μmol N2 (mg protein)−1 h−1,,
2587,,H. diazotrophicus E19T,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6754898,0.56,μmol α-ketobutyratе mg protein−1 h−1,assay reported without a usable scale,NaCl 1% | 0.56 ± 0.20 μmol α-ketobutyrate mg protein−1 h−1,,
2588,,H. diazotrophicus E19T,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6754898,2.6,μmol α-ketobutyratе mg protein−1 h−1,assay reported without a usable scale,NaCl 3% | 2.60 ± 1.2 μmol α-ketobutyrate mg protein−1 h−1,,
2589,316.0,Pseudomonas stutzeri A1501,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6755748,1.0,percent,assay reported without a usable scale,optimal nitrogenase activity at an oxygen concentration of 1.0%,,
2590,316.0,Pseudomonas stutzeri A1501,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6755748,0.5,percent,assay reported without a usable scale,at a suboptimal O2 concentration of 0.5%,,
2591,316.0,Pseudomonas stutzeri A1501,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6755748,70,percent,symbiotic assay; the microbial symbiont is the fixing partner,mutation of the oxyR or katB genes led to a decrease in nitrogenase activity by approximately 70 or 33% compared to the WT strain,,
2592,316.0,Pseudomonas stutzeri A1501,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6755748,33,percent,assay reported without a usable scale,mutation of the oxyR or katB genes led to a decrease in nitrogenase activity by approximately 70 or 33% compared to the WT strain,,
2593,58172.0,Paenibacillus sp. BJ-2,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,1085.61,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. BJ-2 | Nitrogenase activitya | 1,085.61 ± 75.64ghi",,
2594,58172.0,Paenibacillus sp. SZ-1a,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,118.65,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. SZ-1a | Nitrogenase activitya | 118.65 ± 3.97k,,
2595,58172.0,Paenibacillus sp. SZ-1b,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,11868.65,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. SZ-1b | Nitrogenase activitya | 1,1868.65 ± 1740.55a",,
2596,2878097.0,Paenibacillus sp. BJ-4,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,1296.94,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. BJ-4 | Nitrogenase activitya | 1,296.94 ± 439.17g",,
2597,58172.0,Paenibacillus sp. BJ-5,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,468.63,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. BJ-5 | Nitrogenase activitya | 468.63 ± 42.20hijk,,
2598,58172.0,Paenibacillus sp. SZ-8,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,1131.54,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. SZ-8 | Nitrogenase activitya | 1,131.54 ± 15.92gh",,
2599,58172.0,Paenibacillus sp. BJ-7,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,314.6,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. BJ-7 | Nitrogenase activitya | 314.60 ± 19.18jk,,
2600,58172.0,Paenibacillus sp. SZ-10,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,371.28,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. SZ-10 | Nitrogenase activitya | 371.28 ± 7.67ijk,,
2601,58172.0,Paenibacillus sp. SZ-11,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,857.47,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. SZ-11 | Nitrogenase activitya | 857.47 ± 114.89ghij,,
2602,58172.0,Paenibacillus sp. SZ-13a,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,9731.36,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. SZ-13a | Nitrogenase activitya | 9,731.36 ± 259.71b",,
2603,58172.0,Paenibacillus sp. SZ-13b,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,3131.89,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. SZ-13b | Nitrogenase activitya | 3,131.89 ± 100.61e",,
2604,58172.0,Paenibacillus sp. SZ-15,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,1316.19,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. SZ-15 | Nitrogenase activitya | 1,316.19 ± 36.64g",,
2605,58172.0,Paenibacillus sp. SZ-16,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,444.73,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. SZ-16 | Nitrogenase activitya | 444.73 ± 119.11hijk,,
2606,58172.0,Paenibacillus sp. BJ-6,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,176.7,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. BJ-6 | Nitrogenase activitya | 176.7 ± 29.43jk,,
2607,58172.0,Paenibacillus sp. AH-1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,192.43,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. AH-1 | Nitrogenase activitya | 192.43 ± 73.08jk,,
2608,58172.0,Paenibacillus sp. SZ-14,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,331.95,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. SZ-14 | Nitrogenase activitya | 331.95 ± 22.73jk,,
2609,58172.0,Paenibacillus sp. YN-3,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,3201.92,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. YN-3 | Nitrogenase activitya | 3,201.92 ± 104.96e",,
2610,58172.0,Paenibacillus sp. AH-3,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,57.23,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. AH-3 | Nitrogenase activitya | 57.23 ± 14.44k,,
2611,58172.0,Paenibacillus sp. AH-4,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,6514.37,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. AH-4 | Nitrogenase activitya | 6,514.37 ± 997.12c",,
2612,58172.0,Paenibacillus sp. YB-3,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,733.92,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. YB-3 | Nitrogenase activitya | 733.92 ± 49.28ghijk,,
2613,58172.0,Paenibacillus sp. WF-6,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,2081.3,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. WF-6 | Nitrogenase activitya | 2,081.30 ± 340.66f",,
2614,58172.0,Paenibacillus sp. JS-4,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,6843.56,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. JS-4 | Nitrogenase activitya | 6,843.56 ± 365.69c",,
2615,2834413.0,Paenibacillus sp. HN-1,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,4476.8,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. HN-1 | Nitrogenase activitya | 4,476.80 ± 306.64d",,
2616,58172.0,Paenibacillus sp. CD-4a,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,272.67,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,Paenibacillus sp. CD-4a | Nitrogenase activitya | 272.67 ± 14.24jk,,
2617,58172.0,Paenibacillus sp. CD-4b,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6761918,5174.69,nmol C2H4 mg−1 protein h−1,accepted quantitative rate,"Paenibacillus sp. CD-4b | Nitrogenase activitya | 5,174.69 ± 478.7d",,
2618,1859.0,F. alni ACN14a,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC6769113,8.5,fold change (-N/ + N),assay reported without a usable scale,nifH | Nitrogen fixation | 8.5 | 1 | 8.5 | <0.05,,
2619,1859.0,F. alni ACN14a,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC6769113,8.5,fold change per copy,assay reported without a usable scale,nifH | Nitrogen fixation | 8.5 | 1 | 8.5 | <0.05,,
2620,,Ca. Acidulodesulfobacterales,epithet_and_strain_genus_renamed,assay_direct,T1,negative,True,corpus_fulltext,PMC6776010,0,RPKM,explicit negative statement: 'no',"The expression of the nifDKH genes, encoding nitrogenase, was confirmed in all of the four bins, illustrating that Ca. Acidulodesulfobacterales have the potential to fix nitrogen to synthesize organic nitrogen for growth. Among the four spe",,
2621,1076.0,R. palustris TIE-1,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC6791910,2.55,percent,assay measured; denominator or scale lost,PHB carbon yield (%) P 2.55 (0.13),,
2622,1076.0,R. palustris TIE-1,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC6791910,7.23,percent,assay reported without a usable scale,PHB carbon yield (%) P 7.23%,,
2623,1076.0,R. palustris TIE-1,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC6791910,2.55,percent,assay measured; denominator or scale lost,PHB carbon yield (%) P 2.55 (0.13),,
2624,1076.0,R. palustris TIE-1,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC6791910,7.23,percent,assay reported without a usable scale,PHB carbon yield (%) P 7.23%,,
2625,28104.0,Mesorhizobium huakuii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6813433,33.58,nmol of ethylene/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,"Strain M. huakuii | Acetylene reduction activity (nmol of ethylene/plant/h) | 33.58 ± 2.02 a,b",,
2626,28104.0,Mesorhizobium huakuii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6813433,15.7,nmol of ethylene/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,"Strain M. huakuii | Acetylene reduction activity (nmol of ethylene/plant/h) | 15.70 ± 0.72 a,b",,
2627,28104.0,Mesorhizobium huakuii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6813433,30.22,nmol of ethylene/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,"Strain M. huakuii | Acetylene reduction activity (nmol of ethylene/plant/h) | 30.22 ± 2.21 a,b",,
2629,28104.0,Mesorhizobium huakuii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6813433,2.14,nmol of ethylene/nodulet/h,symbiotic assay; the microbial symbiont is the fixing partner,"Strain M. huakuii | Acetylene reduction activity (nmol of ethylene/nodulet/h) | 2.14 ± 0.80 a,b",,
2630,28104.0,Mesorhizobium huakuii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6813433,1.03,nmol of ethylene/nodulet/h,symbiotic assay; the microbial symbiont is the fixing partner,"Strain M. huakuii | Acetylene reduction activity (nmol of ethylene/nodulet/h) | 1.03 ± 0.10 a,b",,
2631,28104.0,Mesorhizobium huakuii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6813433,1.79,nmol of ethylene/nodulet/h,symbiotic assay; the microbial symbiont is the fixing partner,"Strain M. huakuii | Acetylene reduction activity (nmol of ethylene/nodulet/h) | 1.79 ± 0.43 a,b",,
2633,,bulk soils,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6824023,50,percent decrease,assay reported without a usable scale,N fixation rates dropped by 50%,,
2634,,bulk soils,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC6824023,50,percent decrease,assay reported without a usable scale,N fixation rates dropped by 50%,,
2635,,nitrogen-fixing prokaryotes,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC6842959,18,percent of community (normalized to SSU rRNA genes),assay reported without a usable scale,"The abundance of nifH in the oil + dispersant treatments peaked on day 15, comprising 18% of the community as estimated by normalizing to the abundance of SSU rRNA genes.",,
2636,,nitrogen-fixing prokaryotes,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC6842959,8,percent of community (normalized to SSU rRNA genes),assay reported without a usable scale,"In the oil only treatments, a maximum abundance of 8% was observed at day 22.",,
2637,382.0,Ensifer meliloti RD64,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC6843515,1.1,µmol IAA g FW−1,assay measured; denominator or scale lost,Ms-RD64 Root | IAA Content(µmol g FW−1) | 1.1 | <0.01,,
2638,,Gamma‐20,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6850669,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'No',"The most abundant bin in the porous, polymetallic Fw‐R1 chimney sample (I2‐type), Gamma‐20, represented an autotrophic sulfur‐oxidizing, nitric oxide‐ and oxygen‐respiring gammaproteobacterial population... No bin in the Fw‐R1 contained gen",,
2639,1206.0,Trichodesmium erythraeum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6861322,20,percent,assay reported without a usable scale,our simulations predict that approximately 20% of the nitrogen fixed by the community is excreted into the medium,,
2640,,root nodule symbiosis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6889567,50,kg N ha−1 y−1,symbiotic assay; the microbial symbiont is the fixing partner,"root nodule symbiosis, 50–465 kg N ha−1 y−1 [17, 18]",,
2641,,associative nitrogen fixation,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6889567,2,kg N ha−1 y−1,symbiotic assay; the microbial symbiont is the fixing partner,"associative nitrogen fixation, 2–170 kg N ha−1 y−1 [19–23]",,
2642,,free-living nitrogen fixation,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6889567,1,kg N ha−1 y−1,symbiotic assay; the microbial symbiont is the fixing partner,"free-living nitrogen fixation, 1–80 kg N ha−1 y−1 [24–26]",,
2643,,S. meliloti,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC6902015,0,N2-fixation,explicit negative statement: 'NO',NO is also a potent inhibitor of nitrogenase activity,,
2644,,Fixer with fixation ability,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6904724,0.39,g N fixed kg biomass−1 day −1,symbiotic assay; the microbial symbiont is the fixing partner,Maximum N2 fixation rate | g N fixed kg biomass−1 day −1 | 0.39,,
2645,,M. infernus NifBUSF,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6911178,1232,nmol ethylene min-1 mg-1 NifDK,nitrogenase purified from this organism,"Specific activities of holo-NifDK and NifB-codependent activated apo-NifDK determined under the same reaction conditions were, respectively, 1,232 and 285 nmol of ethylene formed per minute and milligram of NifDK protein.",,
2646,,M. infernus NifBUSF,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6911178,1148,nmol ethylene min-1 mg-1 NifDK,nitrogenase purified from this organism,"Specific activities of holo-NifDK and NifB-codependent activated apo-NifDK determined under the same reaction conditions were, respectively, 1,148 and 417 nmol of ethylene formed per minute and milligram of NifDK protein.",,
2647,,M. thermautotrophicus NifBUSF,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6911178,1314,nmol ethylene min-1 mg-1 NifDK,nitrogenase purified from this organism,"Specific activities of holo-NifDK and NifB-codependent activated apo-NifDK determined under the same reaction conditions were, respectively, 1,314 and 334 nmol of ethylene formed per minute and milligram of NifDK protein.",,
2648,,M. thermautotrophicus NifBUSF,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6911178,1137,nmol ethylene min-1 mg-1 apo-NifDK,nitrogenase purified from this organism,"Specific activities of holo-NifDK and NifB-codependent activated apo-NifDK determined under the same reaction conditions were, respectively, 1,137 and 202 nmol of ethylene formed per minute and milligram of NifDK protein.",,
2649,,M. thermautotrophicus NifBUSF,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6911178,1014,nmol ethylene min-1 mg-1 NifDK,nitrogenase purified from this organism,"Specific activities of holo-NifDK and NifB-codependent activated apo-NifDK determined under the same reaction conditions were, respectively, 1,014 and 343 nmol of ethylene formed per minute and milligram of NifDK protein.",,
2650,,Rhizobiales,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6920467,7.6,×105 to 8.4 ×107 copies g−1,assay measured; denominator or scale lost,the abundance of nifH genes in SOAs then was one to three orders of magnitude higher in comparison to the nifH abundance in the surrounding sands and control sands (7.6 × 105 to 8.4 × 107 copies g−1 in SOAs; 2.3 × 104 to 7 × 104 in surround,,
2651,,Frankiales,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC6920467,7.6,×105 to 8.4 ×107 copies g−1,assay measured; denominator or scale lost,the abundance of nifH genes in SOAs then was one to three orders of magnitude higher in comparison to the nifH abundance in the surrounding sands and control sands (7.6 × 105 to 8.4 × 107 copies g−1 in SOAs; 2.3 × 104 to 7 × 104 in surround,,
2652,,BF-E14,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6934386,2.02,nmol ethylene tube−1 h−1,assay measured; denominator or scale lost,BF-E14 | Nitrogen-fixing activity (nmol ethylene tube−1 h−1) | 2.02,,
2653,,BF-E15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6934386,1.89,nmol ethylene tube−1 h−1,assay measured; denominator or scale lost,BF-E15 | Nitrogen-fixing activity (nmol ethylene tube−1 h−1) | 1.89,,
2654,,BF-E16,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6934386,2.34,nmol ethylene tube−1 h−1,assay measured; denominator or scale lost,BF-E16 | Nitrogen-fixing activity (nmol ethylene tube−1 h−1) | 2.34,,
2655,,BF-E17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6934386,0.06,nmol ethylene tube−1 h−1,assay measured; denominator or scale lost,BF-E17 | Nitrogen-fixing activity (nmol ethylene tube−1 h−1) | 0.06,,
2656,,BF-E18,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6934386,1.93,nmol ethylene tube−1 h−1,assay measured; denominator or scale lost,BF-E18 | Nitrogen-fixing activity (nmol ethylene tube−1 h−1) | 1.93,,
2657,,BF-E21,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6934386,1.2,nmol ethylene tube−1 h−1,assay measured; denominator or scale lost,BF-E21 | Nitrogen-fixing activity (nmol ethylene tube−1 h−1) | 1.20,,
2658,,AF137,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6934389,647.4,nmol C2H4 h-1 10-6 cells,accepted quantitative rate,AF137 isolate obtained from the leaves of Sorkhaq exhibited the highest nitrogenase activity (647.4 nmol C2H4 h−1 10−6) among all isolates (Table 2).,,
2659,1355477.0,Bradyrhizobium diazoefficiens,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6965051,55,nmol C2H4 min-1 (g NFW)-1,assay reported without a usable scale,Values for C2H4 produced in nmol per min and g NFW (Figure 1A) showed a decrease in ARA (about 55%) for WT nodules isolated from plants submitted to flooding compared to non-flooded nodules.,,
2660,1355477.0,Bradyrhizobium diazoefficiens,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC6965051,30,nmol C2H4 min-1 (g NFW)-1,assay reported without a usable scale,"However, nitrogenase activity only decreased about 30% in bjgb nodules from flooded plants compared to non-flooded bjgb nodules.",,
2661,380021.0,Pseudomonas protegens Pf‐5,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC6984399,0,nmol C2H4 h-1 mg-1 protein,explicit negative statement: 'no',"The engineered strains Pf‐5 nif or retS mutant‐nif showed significant nitrogenase activity (Fig. 3B), whereas no nitrogenase activity was observed in the wild‐type Pf‐5 or the retS mutant strains.",,
2662,53007.0,Hylocomium splendens,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7001857,3.5,nmol N2 g-1 d-1,symbiotic assay; the microbial symbiont is the fixing partner,The potential N2 fixation rates we measured in feather mosses were on average 3.5 nmol N2 g-1 d-1 for Hylocomium splendens and 10.5 nmol g-1 d-1 for Pleurozium schreberi.,unusable,not_a_single_microbial_species
2663,34163.0,Pleurozium schreberi,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7001857,10.5,nmol N2 g-1 d-1,symbiotic assay; the microbial symbiont is the fixing partner,The potential N2 fixation rates we measured in feather mosses were on average 3.5 nmol N2 g-1 d-1 for Hylocomium splendens and 10.5 nmol g-1 d-1 for Pleurozium schreberi.,unusable,not_a_single_microbial_species
2664,34305.0,Lotus japonicus,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7020401,15.1,ARA per plant (nmol C2H4 h-1),symbiotic assay; the microbial symbiont is the fixing partner,Lotus japonicus | 2 | TM0550–TM0324 | Acetylene reduction activity per plant (ARA/P) | 15.1,unusable,not_a_single_microbial_species
2665,34305.0,Lotus japonicus,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7020401,11.1,ARA per nodule number (nmol C2H4 h-1),symbiotic assay; the microbial symbiont is the fixing partner,Lotus japonicus | 2 | TM0550–TM0002 | ARA per nodule number (ARA/NN) | 11.1,unusable,not_a_single_microbial_species
2666,34305.0,Lotus japonicus,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7020401,10.8,ARA per nodule weight (nmol C2H4 h-1),symbiotic assay; the microbial symbiont is the fixing partner,Lotus japonicus | 4 | TM0664 | ARA per nodule weight (ARA/NW) | 10.8,unusable,not_a_single_microbial_species
2667,34305.0,Lotus japonicus,exact_name,claim,T4,positive,False,corpus_fulltext,PMC7020401,13,ARA per nodule weight (nmol C2H4 h-1),"value cited to another paper; fixation asserted, attribution belongs elsewhere",Lotus japonicus | 5 | TM1417–TM0095 | ARA per nodule weight (ARA/NW) | 13,unusable,not_a_single_microbial_species
2668,34305.0,Lotus japonicus,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7020401,21.6,Nodule number (n),symbiotic assay; the microbial symbiont is the fixing partner,Lotus japonicus | 3 | TM0083 | Nodule number (NN) | 21.6,unusable,not_a_single_microbial_species
2669,34305.0,Lotus japonicus,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7020401,13.3,Stem length (cm),symbiotic assay; the microbial symbiont is the fixing partner,Lotus japonicus | 1 | TM0113–TM0805 | Stem length (SL) | 13.3,unusable,not_a_single_microbial_species
2670,34305.0,Lotus japonicus,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7020401,16.7,Shoot length without inoculation (cm),symbiotic assay; the microbial symbiont is the fixing partner,Lotus japonicus | 1 | TM0027–TM0063 | Shoot length without inoculation (SL bac−) | 16.7,unusable,not_a_single_microbial_species
2671,34305.0,Lotus japonicus,exact_name,claim,T4,positive,False,corpus_fulltext,PMC7020401,16,Shoot length without inoculation (cm),"value cited to another paper; fixation asserted, attribution belongs elsewhere",Lotus japonicus | 1 | TM0113–TM0805 | Shoot length without inoculation (SL bac−) | 16,unusable,not_a_single_microbial_species
2672,34305.0,Lotus japonicus,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7020401,10.7,Shoot dry weight without inoculation (g),symbiotic assay; the microbial symbiont is the fixing partner,Lotus japonicus | 5 | TM0095–TM0909 | Shoot dry weight without inoculation (SW bac−) | 10.7,unusable,not_a_single_microbial_species
2673,,Cowpea [Vigna unguiculata (L.) Walp.],no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7020401,48.4,Nodule number (n),symbiotic assay; the microbial symbiont is the fixing partner,Cowpea [Vigna unguiculata (L.) Walp.] | 4 (Likage group) | 2_12850/2_54418 | Nodule number | 48.4,,
2674,,Cowpea [Vigna unguiculata (L.) Walp.],no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7020401,21.4,Nodule fresh weight (g),symbiotic assay; the microbial symbiont is the fixing partner,Cowpea [Vigna unguiculata (L.) Walp.] | 6 (Likage group) | 2_11936/2_49231 | Nodule fresh weight | 21.4,,
2675,3100432.0,Tolypothrix sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7026013,20,nmol C2H4 h-1 mg-1,assay reported without a usable scale,supplementation of cultures of the marine diazotrophic cyanobacterium Trichodesmium sp. with large amounts of CO2 resulted in a 20% increase in nitrogen fixation rates,,
2676,,S. fredii CCBAU45436,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7029217,0.0032,g mmol−1 carbon,assay measured; denominator or scale lost,W05 | Symbiosis flux yield (g mmol−1 carbon) | 0.0032,,
2677,,S. fredii CCBAU45436,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7029217,0.0097,g mmol−1 carbon,assay measured; denominator or scale lost,C08 | Symbiosis flux yield (g mmol−1 carbon) | 0.0097,,
2678,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,8.55,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | SA | 8.55 ± 0.061a | 0.01 ± 0.001bc | 8.62 ± 0.087bc | 0.03 ± 0.001c | 13.04 ± 0.316b | 0.05 ± 0.003c",,
2679,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,8.91,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | A-T | 8.91 ± 0.087a | 0.02 ± 0.001a | 8.91 ± 0.169a | 0.04 ± 0.002a | 15.54 ± 0.200a | 0.08 ± 0.002a | ",,
2680,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,8.68,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | NA-T | 8.68 ± 0.089a | 0.02 ± 0.002b | 8.68 ± 0.412b | 0.03 ± 0.001b | 13.54 ± 0.152b | 0.06 ± 0.003b | ",,
2681,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,8.26,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | PA-T | 8.26 ± 0.130b | 0.01 ± 0.001c | 8.26 ± 0.260c | 0.02 ± 0.002c | 11.45 ± 0.223c | 0.04 ± 0.001d | ",,
2682,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,9.94,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | SA | 9.94 ± 0.217ab | 0.04 ± 0.002bc | 11.56 ± 0.098b | 0.06 ± 0.002c | 15.32 ± 0.223c | 0.12 ± 0.003b",,
2683,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,10.15,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | A-T | 10.15 ± 0.184a | 0.06 ± 0.001a | 13.62 ± 0.086a | 0.10 ± 0.002a | 17.75 ± 0.289a | 0.16 ± 0.006a | ",,
2684,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,9.57,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | NA-T | 9.57 ± 0.382ab | 0.05 ± 0.003b | 11.78 ± 0.359b | 0.08 ± 0.005b | 16.52 ± 0.453b | 0.13 ± 0.008b | ",,
2685,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,9.28,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | PA-T | 9.28 ± 0.091b | 0.04 ± 0.003c | 10.15 ± 0.113c | 0.05 ± 0.002d | 13.17 ± 0.056d | 0.09 ± 0.005c | ",,
2686,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,13.04,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | SA | 8.55 ± 0.061a | 0.01 ± 0.001bc | 8.62 ± 0.087bc | 0.03 ± 0.001c | 13.04 ± 0.316b | 0.05 ± 0.003c",,
2687,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,15.54,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | A-T | 8.91 ± 0.087a | 0.02 ± 0.001a | 8.91 ± 0.169a | 0.04 ± 0.002a | 15.54 ± 0.200a | 0.08 ± 0.002a | ",,
2688,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,13.54,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | NA-T | 8.68 ± 0.089a | 0.02 ± 0.002b | 8.68 ± 0.412b | 0.03 ± 0.001b | 13.54 ± 0.152b | 0.06 ± 0.003b | ",,
2689,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,11.45,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | PA-T | 8.26 ± 0.130b | 0.01 ± 0.001c | 8.26 ± 0.260c | 0.02 ± 0.002c | 11.45 ± 0.223c | 0.04 ± 0.001d | ",,
2690,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,15.32,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | SA | 9.94 ± 0.217ab | 0.04 ± 0.002bc | 11.56 ± 0.098b | 0.06 ± 0.002c | 15.32 ± 0.223c | 0.12 ± 0.003b",,
2691,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,17.75,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | A-T | 10.15 ± 0.184a | 0.06 ± 0.001a | 13.62 ± 0.086a | 0.10 ± 0.002a | 17.75 ± 0.289a | 0.16 ± 0.006a | ",,
2692,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,16.52,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | NA-T | 9.57 ± 0.382ab | 0.05 ± 0.003b | 11.78 ± 0.359b | 0.08 ± 0.005b | 16.52 ± 0.453b | 0.13 ± 0.008b | ",,
2693,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,13.17,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | PA-T | 9.28 ± 0.091b | 0.04 ± 0.003c | 10.15 ± 0.113c | 0.05 ± 0.002d | 13.17 ± 0.056d | 0.09 ± 0.005c | ",,
2694,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,13.04,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | SA | 8.55 ± 0.061a | 0.01 ± 0.001bc | 8.62 ± 0.087bc | 0.03 ± 0.001c | 13.04 ± 0.316b | 0.05 ± 0.003c",,
2695,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,15.54,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | A-T | 8.91 ± 0.087a | 0.02 ± 0.001a | 8.91 ± 0.169a | 0.04 ± 0.002a | 15.54 ± 0.200a | 0.08 ± 0.002a | ",,
2696,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,13.54,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | NA-T | 8.68 ± 0.089a | 0.02 ± 0.002b | 8.68 ± 0.412b | 0.03 ± 0.001b | 13.54 ± 0.152b | 0.06 ± 0.003b | ",,
2697,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,11.45,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N210 | PA-T | 8.26 ± 0.130b | 0.01 ± 0.001c | 8.26 ± 0.260c | 0.02 ± 0.002c | 11.45 ± 0.223c | 0.04 ± 0.001d | ",,
2698,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,15.32,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | SA | 9.94 ± 0.217ab | 0.04 ± 0.002bc | 11.56 ± 0.098b | 0.06 ± 0.002c | 15.32 ± 0.223c | 0.12 ± 0.003b",,
2699,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,17.75,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | A-T | 10.15 ± 0.184a | 0.06 ± 0.001a | 13.62 ± 0.086a | 0.10 ± 0.002a | 17.75 ± 0.289a | 0.16 ± 0.006a | ",,
2700,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,16.52,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | NA-T | 9.57 ± 0.382ab | 0.05 ± 0.003b | 11.78 ± 0.359b | 0.08 ± 0.005b | 16.52 ± 0.453b | 0.13 ± 0.008b | ",,
2701,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7060277,13.17,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"N treatment | Cropping system | Branching | Budding | Initial flowering |  |  | 
--- | --- | --- | --- | --- | --- | --- | 
N21 | PA-T | 9.28 ± 0.091b | 0.04 ± 0.003c | 10.15 ± 0.113c | 0.05 ± 0.002d | 13.17 ± 0.056d | 0.09 ± 0.005c | ",,
2702,382.0,Sinorhizobium meliloti SmgshB,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC7063052,53,percent,assay reported without a usable scale,"Nitrogen fixation efficiency was significantly reduced by 53% and 21% in SmgshB inoculated plants compared to control plants at 10 and 20 dpi, respectively",,
2703,382.0,Sinorhizobium meliloti SmgshB,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC7063052,21,percent,assay reported without a usable scale,"Nitrogen fixation efficiency was significantly reduced by 53% and 21% in SmgshB inoculated plants compared to control plants at 10 and 20 dpi, respectively",,
2704,,Nostoc PCC 7120,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7063810,17.3,nmol N2/mg Chla/h,accepted quantitative rate,"Strain measure | Wild type | WT/patB-flv3B
--- | --- | ---
Nitrogenase activity (nmol N2/mg Chla/h) | 17.3 | 11.2",,
2705,,Nostoc PCC 7120,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7063810,11.2,nmol N2/mg Chla/h,accepted quantitative rate,"Strain measure | Wild type | WT/patB-flv3B
--- | --- | ---
Nitrogenase activity (nmol N2/mg Chla/h) | 17.3 | 11.2",,
2706,1167.0,Anabaena sp. PCC 7120 Δcse,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC7065334,0.35,μmol h-1 mg proteins-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Nitrogenase activity in Δcse cultures was barely detectable at around 6-fold less than the WT (Fig. 5). After 48 h in N-fixing conditions, nitrogenase activity increased from 0.36 to 1.11 μmol h− 1 mg proteins− 1 in WT and 0.06 to 0.35 μmol",,
2707,1167.0,Anabaena sp. PCC 7120 Δcse,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC7065334,0.35,μmol h-1 mg proteins-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Nitrogenase activity in Δcse cultures was barely detectable at around 6-fold less than the WT (Fig. 5). After 48 h in N-fixing conditions, nitrogenase activity increased from 0.36 to 1.11 μmol h− 1 mg proteins− 1 in WT and 0.06 to 0.35 μmol",,
2708,3847.0,G. max,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC7074777,3.52,μmol (g h)−1,symbiotic assay; the microbial symbiont is the fixing partner,G. max | Nodule Nitrogenase Activity [μmol (g h)−1] | 3.52 ± 0.15 b,unusable,not_a_single_microbial_species
2709,,G. soja,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7074777,4.37,μmol (g h)−1,symbiotic assay; the microbial symbiont is the fixing partner,G. soja | Nodule Nitrogenase Activity [μmol (g h)−1] | 4.37 ± 0.17 a,,
2710,,S. cannabina,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7074777,4.27,μmol (g h)−1,symbiotic assay; the microbial symbiont is the fixing partner,S. cannabina | Nodule Nitrogenase Activity [μmol (g h)−1] | 4.27 ± 0.11 a,,
2712,,trichomes,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7076409,0.59,d−1,symbiotic assay; the microbial symbiont is the fixing partner,"Richelia in Rhizosolenia–Richelia symbiosis can grow as high as 0.87 (d−1) in diazotrophic conditions [1,2].",,
2713,,trichomes,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7076409,0.59,d−1,symbiotic assay; the microbial symbiont is the fixing partner,"In addition, in situ studies show that the growth rate of Crocosphaera (unicellular diazotrophic cyanobacteria) is low (0.001–0.15 (d−1)) in comparison with Richelia in Hemiaulus–Richelia symbiosis, which grew up to 0.59 (d−1) [6].",,
2714,,trichomes,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7076409,0.87,d−1,symbiotic assay; the microbial symbiont is the fixing partner,"Richelia in Rhizosolenia–Richelia symbiosis can grow as high as 0.87 (d−1) in diazotrophic conditions [1,2].",,
2715,,trichomes,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7076409,0.59,d−1,symbiotic assay; the microbial symbiont is the fixing partner,"In addition, in situ studies show that the growth rate of Crocosphaera (unicellular diazotrophic cyanobacteria) is low (0.001–0.15 (d−1)) in comparison with Richelia in Hemiaulus–Richelia symbiosis, which grew up to 0.59 (d−1) [6].",,
2716,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7080784,1.6,fold increase in nitrogenase activity,assay reported without a usable scale,"Plasma treatments incremented 1.6 fold the nitrogenase activity in nodules, while leghaemoglobin content was increased two times, indicating that nodules were fixing nitrogen more actively than control.",,
2717,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7080784,1.4,fold increase in nitrogenase activity,assay reported without a usable scale,Plants grown from treated seeds evidenced a nitrogenase activity in nodules 1.4–1.6-fold higher than control,,
2718,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7080784,1.6,fold increase in nitrogenase activity,symbiotic assay; the microbial symbiont is the fixing partner,Plants grown from treated seeds evidenced a nitrogenase activity in nodules 1.4–1.6-fold higher than control,,
2719,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7080784,2,fold increase in leghaemoglobin content,assay measured; denominator or scale lost,"Plasma treatments incremented 1.6 fold the nitrogenase activity in nodules, while leghaemoglobin content was increased two times, indicating that nodules were fixing nitrogen more actively than control.",,
2720,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7080784,2,fold increase in leghaemoglobin content,symbiotic assay; the microbial symbiont is the fixing partner,Plants grown from treated seeds evidenced a nitrogenase activity in nodules 1.4–1.6-fold higher than control,,
2721,,AmR1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.4,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AmR1 | ARA (μmol plant–1)d | 0.4±0.2,,
2722,,AmR3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,7.5,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AmR3 | ARA (μmol plant–1)d | 7.5±1.4,,
2723,,AmV1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.1,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AmV1 | ARA (μmol plant–1)d | 0.1±0.1,,
2724,,AmV15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.2,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AmV15 | ARA (μmol plant–1)d | 0.2±0.03,,
2725,,ApV1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.5,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,ApV1 | ARA (μmol plant–1)d | 0.5±0.1,,
2726,,ApV4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.3,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,ApV4 | ARA (μmol plant–1)d | 0.3±0.1,,
2727,,ApV8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.3,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,ApV8 | ARA (μmol plant–1)d | 0.3±0.1,,
2728,,AV17•,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,1.8,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AV17• | ARA (μmol plant–1)d | 1.8±0.4,,
2729,,AV18,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.2,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AV18 | ARA (μmol plant–1)d | 0.2±0.1,,
2730,,AV19A•,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.9,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AV19A• | ARA (μmol plant–1)d | 0.9±0.1,,
2731,,AV5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.6,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AV5 | ARA (μmol plant–1)d | 0.6±0.1,,
2732,,AFR13,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,1.8,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AFR13 | ARA (μmol plant–1)d | 1.8±0.2,,
2733,,AFV15•,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,2.0,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AFV15• | ARA (μmol plant–1)d | 2.0±0.1,,
2734,,AFV2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.5,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AFV2 | ARA (μmol plant–1)d | 0.5±0.2,,
2735,,AFV22,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.1,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,AFV22 | ARA (μmol plant–1)d | 0.1±0.01,,
2736,,DCV11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.01,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,DCV11 | ARA (μmol plant–1)d | 0.01±0.03,,
2737,,FV16,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.7,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,FV16 | ARA (μmol plant–1)d | 0.7±0.1,,
2738,3391521.0,FV3,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7104274,1.4,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,FV3 | ARA (μmol plant–1)d | 1.4±0.5,unusable,not_a_single_microbial_species
2739,,FV4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.5,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,FV4 | ARA (μmol plant–1)d | 0.5±0.1,,
2740,,FV6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.4,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,FV6 | ARA (μmol plant–1)d | 0.4±0.2,,
2741,,GV1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.9,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,GV1 | ARA (μmol plant–1)d | 0.9±0.03,,
2742,,GV20,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,1.7,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,GV20 | ARA (μmol plant–1)d | 1.7±0.7,,
2743,,GV5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.1,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,GV5 | ARA (μmol plant–1)d | 0.1±0.02,,
2744,,GV6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.1,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,GV6 | ARA (μmol plant–1)d | 0.1±0.04,,
2745,,LaR3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.2,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,LaR3 | ARA (μmol plant–1)d | 0.2±0.1,,
2746,,LaR7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.1,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,LaR7 | ARA (μmol plant–1)d | 0.1±0.03,,
2747,,LaV12,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.4,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,LaV12 | ARA (μmol plant–1)d | 0.4±0.1,,
2748,,MiR7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,1.0,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,MiR7 | ARA (μmol plant–1)d | 1.0±0.1,,
2749,,MiV17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,1.0,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,MiV17 | ARA (μmol plant–1)d | 1.0±0.3,,
2750,,MiV5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.2,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,MiV5 | ARA (μmol plant–1)d | 0.2±0.03,,
2751,,MR7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.4,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,MR7 | ARA (μmol plant–1)d | 0.4±0.05,,
2752,,MV1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.5,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,MV1 | ARA (μmol plant–1)d | 0.5±0.05,,
2753,,MR1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.01,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,MR1 | ARA (μmol plant–1)d | 0.01±0.01,,
2754,,MV7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,1.0,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,MV7 | ARA (μmol plant–1)d | 1.0±0.2,,
2755,,TrV26•,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.4,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,TrV26• | ARA (μmol plant–1)d | 0.4±0.2,,
2756,,TrV27•,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,0.1,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,TrV27• | ARA (μmol plant–1)d | 0.1±0.05,,
2757,,TrV2B•,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,1.5,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,TrV2B• | ARA (μmol plant–1)d | 1.5±0.6,,
2758,,TrV5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104274,3.9,μmol plant–1,symbiotic assay; the microbial symbiont is the fixing partner,TrV5 | ARA (μmol plant–1)d | 3.9±1.9,,
2759,,B. diazoefficiens USDA110T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104290,0.01,nmol C2H4 h-1 tube-1,assay measured; denominator or scale lost,"ARA (<0.01 nmol C2H4 h–1 tube–1) was not detected in the culture of the soybean bradyrhizobia of B. diazoefficiens USDA110T or B. japonicum USDA 6T, irrespective of pellicle formation by cell growth (Fig. S2A and B).",,
2760,,B. japonicum USDA 6T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7104290,0.01,nmol C2H4 h-1 tube-1,assay measured; denominator or scale lost,"ARA (<0.01 nmol C2H4 h–1 tube–1) was not detected in the culture of the soybean bradyrhizobia of B. diazoefficiens USDA110T or B. japonicum USDA 6T, irrespective of pellicle formation by cell growth (Fig. S2A and B).",,
2761,384.0,R. leguminosarum bv. viciae,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC7105596,2.24,μ moles acetylene per plant per h,symbiotic assay; the microbial symbiont is the fixing partner,Acetylene reduction (μ moles acetylene per plant per h) | 2.24 ± 0.14a,,
2762,384.0,R. leguminosarum bv. viciae,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC7105596,1.56,μ moles acetylene per plant per h,symbiotic assay; the microbial symbiont is the fixing partner,Acetylene reduction (μ moles acetylene per plant per h) | 1.56 ± 0.05b,,
2763,384.0,R. leguminosarum bv. viciae,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC7105596,2.12,μ moles acetylene per plant per h,symbiotic assay; the microbial symbiont is the fixing partner,Acetylene reduction (μ moles acetylene per plant per h) | 2.12 ± 0.16a,,
2765,,Fabaceae,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7122249,60,kg N/ha/year,symbiotic assay; the microbial symbiont is the fixing partner,the potential for symbiotic nitrogen fixation is typically in the order of 60–200 kg N/ha/year,,
2766,,Azolla–Anabaena,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7122249,30,kg N/ha/year,symbiotic assay; the microbial symbiont is the fixing partner,"the Azolla–Anabaena symbiosis, which can provide in the order of 30–60 kg N/ha/year",,
2767,,sugarcane and endophytic Proteobacteria,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7122249,100,kg N/ha/year,symbiotic assay; the microbial symbiont is the fixing partner,these nitrogen-fixing symbioses may provide up to 100–150 kg N/ha/year,,
2768,28108.0,Alteromonas macleodii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7136235,5.6,µmol l−1,assay measured; denominator or scale lost,"NO2− accumulation was evident (5.6 µmol l−1, unpublished data)",,
2769,,PvADFE-RNAi nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7139724,55,percent more effective in nitrogen fixation,assay reported without a usable scale,PvADFE-RNAi nodules at 21 dpi were 55% more effective in nitrogen fixation than control nodules,,
2770,,PvADFE-RNAi nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7139724,28,percent lower in nitrogen-fixing ability,assay reported without a usable scale,the nitrogen-fixing ability of the PvADFE-RNAi nodules was 28% lower than that of controls at 30 dpi,,
2771,,PvADFE-OE nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7139724,75,percent less nitrogen-fixing ability,assay reported without a usable scale,nodules from PvADFE-OE transgenic roots had 75% less nitrogen-fixing ability than control roots at 21 dpi,,
2772,,PvADFE-OE nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7139724,50,percent less nitrogen-fixing ability,assay reported without a usable scale,nodules from PvADFE-OE transgenic roots had 50% less nitrogen-fixing ability than control roots at 30 dpi,,
2774,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2775,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2776,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2777,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2778,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2779,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2780,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2781,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2782,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2783,,nifH,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7153904,0,relative abundance,explicit negative statement: 'absent',Nitrogen fixation capacity (nifH) was absent in 9.0 m samples but present in some 9.3 m and 9.8 m mat layers (Table 4 and Fig 7).,,
2784,,Pannf‐ya1‐1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7154530,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'unable to',Quantification of Nitrogenase activity using the ARA indicated that Pannf‐ya1‐1 nodules are unable to fix N2,,
2785,,P. hunanensis IB C7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7154807,14,mmol of C2H4 h −1 ml −1,assay measured; denominator or scale lost,"Nitrogenase activity was significantly higher than in the control (about 14, 13 and 18 mmol of C2H4 h −1 ml −1, respectively, with this level being considered rather low)",,
2786,,P. nitroreducens IB ND 1.1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7154807,13,mmol of C2H4 h −1 ml −1,assay measured; denominator or scale lost,"Nitrogenase activity was significantly higher than in the control (about 14, 13 and 18 mmol of C2H4 h −1 ml −1, respectively, with this level being considered rather low)",,
2787,,P. turukhanskensis IB 1.1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7154807,18,mmol of C2H4 h −1 ml −1,assay measured; denominator or scale lost,"Nitrogenase activity was significantly higher than in the control (about 14, 13 and 18 mmol of C2H4 h −1 ml −1, respectively, with this level being considered rather low)",,
2788,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.57,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the V‐Nase strain grew ~20% slower than the Mo‐Nase utilizing wild type strain (0.57 ± 0.02 day−1 vs. 0.70 ± 0.01 day−1, p < 10−5, errors are SE, Fig. 2)",,
2789,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.66,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the V‐Nase strain grew ~20% slower than the wild type strain (0.66 ± 0.01 day−1 vs. 0.82 ± 0.02 day−1, p ~ 10−8)",,
2790,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.8,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the V‐Nase strain grew ~10% faster than Mo‐Nase utilizing wild type strain (0.80 ± 0.01 day−1 vs. 0.74 ± 0.01 day−1, p = 10−2)",,
2791,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.65,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the Mo‐Nase mutant strain grew ~10% more slowly than the wild type strain when succinate was the carbon source (0.65 ± 0.01 day−1 vs. 0.70 ± 0.01, p ~ 3 × 10−3, Fig. 1)",,
2792,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.6,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the Mo‐Nase mutant strain grew ~25% more slowly than the V‐Nase strain (0.60 ± 0.02 day−1 vs. 0.80 ± 0.01 day−1, p < 10−9)",,
2793,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.74,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the Mo‐Nase mutant strain grew ~20% more slowly than the wild type strain (0.74 ± 0.01 day−1, p ~ 10−9)",,
2794,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.57,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the V‐Nase strain grew ~20% slower than the Mo‐Nase utilizing wild type strain (0.57 ± 0.02 day−1 vs. 0.70 ± 0.01 day−1, p < 10−5, errors are SE, Fig. 2)",,
2795,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.66,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the V‐Nase strain grew ~20% slower than the wild type strain (0.66 ± 0.01 day−1 vs. 0.82 ± 0.02 day−1, p ~ 10−8)",,
2796,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.8,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the V‐Nase strain grew ~10% faster than Mo‐Nase utilizing wild type strain (0.80 ± 0.01 day−1 vs. 0.74 ± 0.01 day−1, p = 10−2)",,
2797,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.65,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the Mo‐Nase mutant strain grew ~10% more slowly than the wild type strain when succinate was the carbon source (0.65 ± 0.01 day−1 vs. 0.70 ± 0.01, p ~ 3 × 10−3, Fig. 1)",,
2798,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.6,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the Mo‐Nase mutant strain grew ~25% more slowly than the V‐Nase strain (0.60 ± 0.02 day−1 vs. 0.80 ± 0.01 day−1, p < 10−9)",,
2799,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7187303,0.74,day−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the Mo‐Nase mutant strain grew ~20% more slowly than the wild type strain (0.74 ± 0.01 day−1, p ~ 10−9)",,
2800,,pdh1 mutants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7196213,0,nmol C2H4 h-1 mg-1 fresh weight-1,explicit negative statement: 'not',"nitrogenase activity was not significantly different between genotypes, even though pdh1-1 showed a slight reduction, similar to the first experiment (Figure 5e).",,
2801,,rhizosphere soil,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7204819,158,nmol ethylene g−1 soil h−1,assay reported without a usable scale,"All treatments, B1, BJ-18, Mix and BJ-18+P, significantly increased rhizosphere soil nitrogenase activity by 26%, 52%, 158% and 163%, respectively, as compared to CK treatment (Fig. 3C).",,
2802,,rhizosphere soil,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7204819,163,nmol ethylene g−1 soil h−1,assay reported without a usable scale,"All treatments, B1, BJ-18, Mix and BJ-18+P, significantly increased rhizosphere soil nitrogenase activity by 26%, 52%, 158% and 163%, respectively, as compared to CK treatment (Fig. 3C).",,
2803,,CoY3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,10.04,n mol C2H4 mg protein h-1,accepted quantitative rate,CoY3 | ARA(n moL C2H4 mg protein h− 1) | 36.35 ± 0.10nm,,
2804,,CoY7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,16.65,n mol C2H4 mg protein h-1,accepted quantitative rate,CoY7 | ARA(n moL C2H4 mg protein h− 1) | 44.82 ± 0.61k,,
2805,,CoY8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,17.65,n mol C2H4 mg protein h-1,accepted quantitative rate,CoY8 | ARA(n moL C2H4 mg protein h− 1) | 49.26 ± 0.69j,,
2806,,CoA1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,5.53,n mol C2H4 mg protein h-1,accepted quantitative rate,CoA1 | ARA(n moL C2H4 mg protein h− 1) | 42.14 ± 0.21l,,
2807,,CoA10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,16.74,n mol C2H4 mg protein h-1,accepted quantitative rate,CoA10 | ARA(n moL C2H4 mg protein h− 1) | 51.84 ± 0.10ij,,
2808,,AY6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,21.38,n mol C2H4 mg protein h-1,accepted quantitative rate,AY6 | ARA(n moL C2H4 mg protein h− 1) | 49.20 ± 0.34j,,
2809,,AY7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,21.59,n mol C2H4 mg protein h-1,accepted quantitative rate,AY7 | ARA(n moL C2H4 mg protein h− 1) | 53.84 ± 0.27i,,
2810,,AY8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,25.89,n mol C2H4 mg protein h-1,accepted quantitative rate,AY8 | ARA(n moL C2H4 mg protein h− 1) | 316.84 ± 2.5b,,
2811,,AN8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,24.73,n mol C2H4 mg protein h-1,accepted quantitative rate,AN8 | ARA(n moL C2H4 mg protein h− 1) | 290.57 ± 2.62c,,
2812,,AN11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,26.59,n mol C2H4 mg protein h-1,accepted quantitative rate,AN11 | ARA(n moL C2H4 mg protein h− 1) | 104.62 ± 0.51h,,
2813,,AN12,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,19.7,n mol C2H4 mg protein h-1,accepted quantitative rate,AN12 | ARA(n moL C2H4 mg protein h− 1) | 112.27 ± 1.28g,,
2814,,BN5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,23.62,n mol C2H4 mg protein h-1,accepted quantitative rate,BN5 | ARA(n moL C2H4 mg protein h− 1) | 271.06 ± 2.45d,,
2815,,CY5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,23.87,n mol C2H4 mg protein h-1,accepted quantitative rate,CY5 | ARA(n moL C2H4 mg protein h− 1) | 35.01 ± 0.30mn,,
2816,,CY9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,25.87,n mol C2H4 mg protein h-1,accepted quantitative rate,CY9 | ARA(n moL C2H4 mg protein h− 1) | 49.33 ± 0.63j,,
2817,,CY10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,2.4,n mol C2H4 mg protein h-1,accepted quantitative rate,CY10 | ARA(n moL C2H4 mg protein h− 1) | 33.84 ± 0.11n,,
2818,,CY11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,16.12,n mol C2H4 mg protein h-1,accepted quantitative rate,CY11 | ARA(n moL C2H4 mg protein h− 1) | 175.73 ± 0.91e,,
2819,,CA1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,15.94,n mol C2H4 mg protein h-1,accepted quantitative rate,CA1 | ARA(n moL C2H4 mg protein h− 1) | 130.96 ± 1.81f,,
2820,,CA6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,14.23,n mol C2H4 mg protein h-1,accepted quantitative rate,CA6 | ARA(n moL C2H4 mg protein h− 1) | 37.10 ± 0.41m,,
2821,,CA8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,15.08,n mol C2H4 mg protein h-1,accepted quantitative rate,CA8 | ARA(n moL C2H4 mg protein h− 1) | 29.65 ± 0.61o,,
2822,,CN13,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,16.87,n mol C2H4 mg protein h-1,accepted quantitative rate,CN13 | ARA(n moL C2H4 mg protein h− 1) | 36.12 ± 1.93mn,,
2823,,CN14,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,16.92,n mol C2H4 mg protein h-1,accepted quantitative rate,CN14 | ARA(n moL C2H4 mg protein h− 1) | 37.56 ± 0.30m,,
2824,,N1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7236179,17.69,n mol C2H4 mg protein h-1,accepted quantitative rate,N1 | ARA(n moL C2H4 mg protein h− 1) | 339.07 ± 5.56a,,
2825,,AZBB281,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7238568,23,nmol/min per mL,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",This value is equivalent to nearly 23 μM per minute (23 nmol/min per mL).,,
2826,,AZBB281,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7238568,75,nmol/min/(mg total cellular protein),"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Protein levels between 18 and 26 h averaged about 300 μg/mL, indicating an ammonium yield of about 75 nmol/min/(mg total cellular protein).",,
2827,,AZBB281,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7238568,1.37,mM/h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",cultures achieved rates of approximately 1.37 mM of extracellular ammonium accumulated per hour.,,
2828,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7243344,58,percent,assay reported without a usable scale,nitrogenase activity of nodules was dramatically affected and reduced by 58% in low P stress conditions,,
2829,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7243344,100,percent,symbiotic assay; the microbial symbiont is the fixing partner,"total nodule nitrogenase and APase activities of GmPAP12 OX composite lines were increased by 44.8, 100, and 38.7%",,
2830,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7243344,50,percent,symbiotic assay; the microbial symbiont is the fixing partner,"total nodule number, and nodule nitrogenase and APase activities of GmPAP12 RNAi composite lines decreased by 51.2, 50.0, and 40.1%",,
2831,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7243344,17,percent,assay reported without a usable scale,increased N content by 17.0% and P content by 19.0%,,
2832,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7243344,33.6,percent,assay measured; denominator or scale lost,decreased N and P contents by 33.6 and 37.0%,,
2833,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7243344,15.7,percent,assay measured; denominator or scale lost,"plant shoot dry weight and N and P contents in GmPHR1 OX transgenic composite plants were increased by 15.7, 17.1, and 22.2%",,
2834,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7243344,28.7,percent,assay measured; denominator or scale lost,"GmPHR1 RNAi transgenic composite plants showed decreased plant shoot dry weight and N and P contents by 28.7, 9.6, and 24.6%",,
2835,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7243344,15.7,percent,assay measured; denominator or scale lost,"plant shoot dry weight and N and P contents in GmPHR1 OX transgenic composite plants were increased by 15.7, 17.1, and 22.2%",,
2836,,soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7243344,28.7,percent,assay measured; denominator or scale lost,"GmPHR1 RNAi transgenic composite plants showed decreased plant shoot dry weight and N and P contents by 28.7, 9.6, and 24.6%",,
2837,,plant,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7244743,3,µmol h-1 (g plant dry weight)-1,symbiotic assay; the microbial symbiont is the fixing partner,N2-fixation rate was predicted to be ~3 µmol h-1 (g plant dry weight)-1,,
2838,,plant,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7244743,7,µmol h-1 (g plant dry weight)-1,symbiotic assay; the microbial symbiont is the fixing partner,N2-fixation rates around 7 µmol h-1 (g plant dry weight)-1 based on acetylene reduction assays,,
2839,319400.0,Heihe 38,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,6.5,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,Heihe 38 | Ethylene (μmol/plant/h) | 6.50 ± 1.01b,,
2840,319400.0,Heihe 38,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,6.93,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,Heihe 38 | Ethylene (μmol/plant/h) | 6.93 ± 0.76b,,
2841,319400.0,Heihe 38,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,4.03,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,Heihe 38 | Ethylene (μmol/plant/h) | 4.03 ± 0.61a,,
2842,319400.0,Heihe 38,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,3.0,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,Heihe 38 | Ethylene (μmol/plant/h) | 3.00 ± 0.90a,,
2843,,Dongfu 4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,13.53,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,Dongfu 4 | Ethylene (μmol/plant/h) | 13.53 ± 1.76c,,
2844,,Dongfu 4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,19.32,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,Dongfu 4 | Ethylene (μmol/plant/h) | 19.32 ± 1.55e,,
2845,,Dongfu 4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,17.0,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,Dongfu 4 | Ethylene (μmol/plant/h) | 17.00 ± 1.61d,,
2846,,Dongfu 4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,13.17,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,Dongfu 4 | Ethylene (μmol/plant/h) | 13.17 ± 2.10c,,
2847,,En 1282,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,60.0,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,En 1282 | Ethylene (μmol/plant/h) | 60.00 ± 0.33bcd,,
2848,,En 1282,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,55.27,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,En 1282 | Ethylene (μmol/plant/h) | 55.27 ± 1.36ab,,
2849,,En 1282,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,60.88,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,En 1282 | Ethylene (μmol/plant/h) | 60.88 ± 1.06cd,,
2850,,En 1282,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7247815,61.31,μmol/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,En 1282 | Ethylene (μmol/plant/h) | 61.31 ± 1.26cd,,
2851,,B. diazoefficiens (strain 110 spc4),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7268258,46,percent,assay reported without a usable scale,"The addition of nodule crude extracts to isolated bacteroids resulted in strong stimulation of nitrogenase activity (Fig 1A), supporting the idea that plant-provided nutrients are necessary for symbiotic nitrogen fixation. While the stimula",,
2852,,S. meliloti (strain CL 150),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7268258,116,percent,assay reported without a usable scale,"The addition of nodule crude extracts to isolated bacteroids resulted in strong stimulation of nitrogenase activity (Fig 1A), supporting the idea that plant-provided nutrients are necessary for symbiotic nitrogen fixation. While the stimula",,
2853,,B. diazoefficiens (strain 110 spc4),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7268258,91,percent,assay reported without a usable scale,"The co-feeding of arginine in combination with succinate restored nitrogenase activity to the same extent as nodule extracts (91% ± 6% and 92% ± 6%) for B. diazoefficiens (Fig 1A) and S. meliloti bacteroids, respectively.",,
2854,,S. meliloti,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7268258,92,percent,assay reported without a usable scale,"The co-feeding of arginine in combination with succinate restored nitrogenase activity to the same extent as nodule extracts (91% ± 6% and 92% ± 6%) for B. diazoefficiens (Fig 1A) and S. meliloti bacteroids, respectively.",,
2855,1355477.0,B. diazoefficiens,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC7268258,2.61,fold increase in intracellular ATP levels,assay reported without a usable scale,co-feeding of succinate together with arginine caused an increase from 1.53 ± 0.04 to 4.03 ± 0.09 attomole ATP per cell corresponding to a 2.61 ± 0.03-fold increase in intracellular ATP levels (Fig 1B).,,
2856,103690.0,Nostoc sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7281752,10.5,µmol Ethylene·h−1·mg Chl−1,assay measured; denominator or scale lost,Nostoc sp. PCC 7120 | Nitrogenase Activity 1 (µmol Ethylene·h−1·mg Chl−1) | 10.50 ± 3.49,,
2857,103690.0,Nostoc sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7281752,10.64,µmol Ethylene·h−1·mg Chl−1,assay measured; denominator or scale lost,Nostoc sp. PCC 7120 | Nitrogenase Activity 1 (µmol Ethylene·h−1·mg Chl−1) | 10.64 ± 2.05,,
2858,,all1871::Nm,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7281752,0.0,µmol Ethylene·h−1·mg Chl−1,a zero is present in the quote beside assay context,all1871::Nm | Nitrogenase Activity 1 (µmol Ethylene·h−1·mg Chl−1) | 0.00 ± 0.00,,
2859,,all1871::Nm,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7281752,0.0,µmol Ethylene·h−1·mg Chl−1,a zero is present in the quote beside assay context,all1871::Nm | Nitrogenase Activity 1 (µmol Ethylene·h−1·mg Chl−1) | 0.00 ± 0.00,,
2860,,all1871::Nm + Ptrc::all1871,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7281752,3.66,µmol Ethylene·h−1·mg Chl−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",all1871::Nm + Ptrc::all1871 | Nitrogenase Activity 1 (µmol Ethylene·h−1·mg Chl−1) | 3.66 ± 1.67,,
2861,,all1871::Nm + Ptrc::all1871,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7281752,5.05,µmol Ethylene·h−1·mg Chl−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",all1871::Nm + Ptrc::all1871 | Nitrogenase Activity 1 (µmol Ethylene·h−1·mg Chl−1) | 5.05 ± 3.41,,
2862,,L. japonicus nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7286274,0.1,mM sodium nitroprusside (⋅NO donor) | NITROGENASE activity i,symbiotic assay; the microbial symbiont is the fixing partner,"Treatments of 0.1 mM sodium nitroprusside (SNP, ⋅NO donor) increased the NITROGENASE activity from L. japonicus nodules after 27 h by an unknown mechanism (Kato et al., 2010).",,
2863,,L. japonicus nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7286274,1,mM sodium nitroprusside (⋅NO donor) | NITROGENASE activity d,symbiotic assay; the microbial symbiont is the fixing partner,"at higher concentrations (at 1 mM or above) SNP inhibits its activity (Kato et al., 2010).",,
2864,103690.0,Nostoc sp. PCC 7120,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7290344,0.54,fold regulation,assay reported without a usable scale,nifD | molybdenum-iron protein subunit alpha in nitrogenase | 0.54 | 0.047,,
2865,103690.0,Nostoc sp. PCC 7120,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7290344,0.55,fold regulation,assay reported without a usable scale,glnB|P-II | nitrogen regulatory protein | 0.55 | 0.09,,
2866,103690.0,Nostoc sp. PCC 7120,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7290344,0.67,fold regulation,assay reported without a usable scale,rbcL EC:4.1.1.39ribulose bisophosphate carboxylase | Carbon metabolism | 0.67 | 0.0008,,
2867,103690.0,Nostoc sp. PCC 7120,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7290344,0.64,fold regulation,assay reported without a usable scale,ccmM carbon dioxide concentrating mechanism protein | Carbon metabolism | 0.64 | 0.02,,
2868,,OBE 1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,12.2,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | OBE 1 | Bulb | Curtobacterium luteum | ++b | 7.8 | 331.9 | 12.2 | 9,,
2869,,OBE 2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,15.1,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | OBE 2 | Bulb | Microbacterium esteraromaticum | + | ND | 636.9 | 15,,
2870,,OBE 3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,4.3,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | OBE 3 | Bulb | Pseudomonas gessardii | ++ | 5.3 | 311.6 | 4.3 | 99.,,
2871,,OBE 4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,25.9,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | OBE 4 | Bulb | Klebsiella oxytoca | + | ND | 175.8 | 25.9 | 99.7%,,
2872,,OBE 5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,5.8,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | OBE 5 | Bulb | Microbacterium hydrocarbonoxydans | ++ | 21 | 248.0 ,,
2873,,ORE 1a,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,3.4,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 1a | Root endophyte | Bacillus megaterium | ++ | 202 | 294.4 | ,,
2874,,ORE 2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,3.2,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 2 | Root endophyte | Bacillus amyloliquefaciens | + | 3.7 | 453,,
2875,,ORE 3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,3.5,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 3 | Root endophyte | Bacillus amyloliquefaciens | + | 4.3 | 140,,
2876,,ORE 4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,10.1,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 4 | Root endophyte | Microbacterium hydrocarbonoxydans | + | ND,,
2877,,ORE 5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,6.8,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 5 | Root endophyte | Leifsonia sp. | ++ | 123 | 438.4 | 6.8 | 9,,
2878,,ORE 6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,3.3,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 6 | Root endophyte | Microbacterium hydrocarbonoxydans | ++ | 5,,
2879,,ORE 7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,2.9,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 7 | Root endophyte | Bacillus cereus | – | ND | 376.9 | 2.9 | 9,,
2880,,ORE 8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,5.5,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 8 | Root endophyte | Bacillus megaterium | ++ | 527 | 98.0 | 5.,,
2881,,ORE 9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,3.4,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 9 | Root endophyte | Gordonia terrae | + | ND | 97.7 | 3.4 | 99,,
2882,,ORE 10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,7.3,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORE 10 | Root endophyte | Bacillus megaterium | ++ | 173 | 124.8 | ,,
2883,,ORLB 1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,7.1,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORLB 1 | Rhizosphere | Pseudomonas koreensis | ++ | ND | 471.9 | 7.,,
2884,,ORLB 2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,3.3,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORLB 2 | Rhizosphere | Microbacterium laevaniformans | + | 72 | 975,,
2885,,ORLB 3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,7.3,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORLB 3 | Rhizosphere | Pseudomonas koreensis | ++ | ND | 345.7 | 7.,,
2886,,ORTB 1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,6.9,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORTB 1 | Rhizosphere | Pseudomonas koreensis | ++ | 16.3 | 419.8 | ,,
2887,,ORTB 2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,4.4,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORTB 2 | Rhizosphere | Pantoea sp. | ++ | 462 | 909.8 | 4.4 | 97.6%,,
2888,,ORTB 3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,8.1,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORTB 3 | Rhizosphere | Pseudomonas fluorescens | ++ | 235 | 649.3 |,,
2889,,ORTB 4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,3.4,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORTB 4 | Rhizosphere | Microbacterium sp. | + | ND | 948.3 | 3.4 | ,,
2890,,ORTB 5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7308570,7.1,nmol C2H4 h-1,assay measured; denominator or scale lost,Strain | Origin | BLAST Result | Phosphorus solubilization | IAA production (mg mL–1) | ACC deaminase (nmol h–1 ΔOD600–1) | Nitrogen fixation (nmol C2H4 h–1) | Similarity | ORTB 5 | Rhizosphere | Pseudomonas moraviensis | ++ | 109 | 531.1 |,,
2891,,Control 35s,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7317445,15.8,nmol ethylene h-1 mg-1 nodule,symbiotic assay; the microbial symbiont is the fixing partner,Control 35s | ARA (nmol ethylene h−1 mg−1 nodule) | 15.8 ± 1.1 a,,
2892,,35s::Phytogb1.1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7317445,21.2,nmol ethylene h-1 mg-1 nodule,symbiotic assay; the microbial symbiont is the fixing partner,35s::Phytogb1.1 | ARA (nmol ethylene h−1 mg−1 nodule) | 21.2 ± 1.4 b,,
2893,,Control RNAi,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7317445,16.7,nmol ethylene h-1 mg-1 nodule,symbiotic assay; the microbial symbiont is the fixing partner,Control RNAi | ARA (nmol ethylene h−1 mg−1 nodule) | 16.7 ± 1.6 a,,
2894,,RNAi::Phytogb1.1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7317445,11.0,nmol ethylene h-1 mg-1 nodule,symbiotic assay; the microbial symbiont is the fixing partner,RNAi::Phytogb1.1 | ARA (nmol ethylene h−1 mg−1 nodule) | 11.0 ± 0.8 c,,
2895,,E. meliloti strains,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7318466,0.0338,μmol·g− 1·h− 1,symbiotic assay; the microbial symbiont is the fixing partner,"there was a weak positive correlation between SDW values and nitrogenase activities (R = 0.1653, P = 0.0338). SDW was thus selected as the representative parameter for estimating rhizobial symbiotic efficiency",,
2896,,Nitrospirae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7329443,43,percent of nifH assigned to Nitrospirae,assay reported without a usable scale,"The M-vent community was more enriched in genes encoding for subunits of the nitrogenase (nifD/K/H), which is involved in N2-fixation, compared to L-vent (Fig. 2b), with 43% of nifH being assigned to Nitrospirae",,
2897,,Azotobacter,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7338823,10,percent,assay reported without a usable scale,Azotobacter abundances increased from < 1 to ~ 10% in RB and TP mesocosms,,
2898,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7360850,2.97,nmol/mL OD730,assay measured; denominator or scale lost,Aeration of culture improved the accumulation of fatty alcohols in hetN/patS/hglT mutant cells up to 2.97 nmol/mL OD730 compared with cells cultured by rotation,,
2899,1155956.0,Paenibacillus triticisoli BJ-18,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC7367057,12.9,percent,assay reported without a usable scale,The 15N-isotope-enrichment experiment indicated that plant seedlings inoculated with P. triticisoli BJ-18 derived 12.9–36.4% N from nitrogen fixation,,
2900,1134687.0,Klebsiella oxytoca M5al,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7368281,28.5,nmol C2H4/min/mg total protein,nitrogenase purified from this organism,"NifD R98 saturation mutagenesis and nitrogenase activities relative to wild-type NifD (normalized as 100%, 28.5 ± 3.4 nmol C2H4/min/mg total protein) using the K. oxytoca reconstituted operon-based Nif system in E. coli (29) (Fig. 3C).",,
2901,354.0,A. vinelandii DJ,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC7368281,13.0,nmol C2H4/min/mg total protein,accepted quantitative rate,The activity obtained from native A. vinelandii NifD in this system was set at 100% (13.0 ± 2.9 nmol C2H4/min/mg total protein).,,
2902,,pea (Pisum sativum) plants and Rhizobium leguminosarum bv. viciae bacteria,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7371648,0.54,µmol H2 g NDW− 1 min− 1,symbiotic assay; the microbial symbiont is the fixing partner,ANA (µmol H2 g NDW− 1 min− 1) | 0.54 ± 0.06 | 0.26 ± 0.01* | 0.23 ± 0.07*,,
2903,,pea (Pisum sativum) plants and Rhizobium leguminosarum bv. viciae bacteria,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7371648,0.26,µmol H2 g NDW− 1 min− 1,symbiotic assay; the microbial symbiont is the fixing partner,ANA (µmol H2 g NDW− 1 min− 1) | 0.54 ± 0.06 | 0.26 ± 0.01* | 0.23 ± 0.07*,,
2904,,pea (Pisum sativum) plants and Rhizobium leguminosarum bv. viciae bacteria,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7371648,0.23,µmol H2 g NDW− 1 min− 1,symbiotic assay; the microbial symbiont is the fixing partner,ANA (µmol H2 g NDW− 1 min− 1) | 0.54 ± 0.06 | 0.26 ± 0.01* | 0.23 ± 0.07*,,
2905,,legumes,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7382376,80,percent,assay reported without a usable scale,"ABA likewise suppresses bacterial infection of the nodules (Ding et al., 2008) and reduces N fixation rates by up to 80% (González et al., 2001).",,
2906,1647346.0,Brevundimonas sp. TN37,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7393102,135.07,nmoles ethylene h-1 mg-1 protein,accepted quantitative rate,Brevundimonas sp. TN37 | ARA (nmoles mg−1 protein h−1) | 135.07 ± 8.97,,
2907,1647347.0,Brevundimonas sp. TN39,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7393102,127.56,nmoles ethylene h-1 mg-1 protein,accepted quantitative rate,Brevundimonas sp. TN39 | ARA (nmoles mg−1 protein h−1) | 127.56 ± 11.63,,
2908,1647351.0,Brevundimonas sp. TN44,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7393102,93.36,nmoles ethylene h-1 mg-1 protein,accepted quantitative rate,Brevundimonas sp. TN44 | ARA (nmoles mg−1 protein h−1) | 93.36 ± 6.38,,
2909,,Anaerosporomusa,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7393143,29,percent,assay reported without a usable scale,"the genera Anaerosporomusa (29%/23–35% and 29%/25–30%, respectively)",,
2910,,Sporomusa,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7393143,19,percent,assay reported without a usable scale,"the genera Sporomusa (19%/12–29% and 13%/12–29%, respectively)",,
2911,,Azoarcus,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7393143,36,percent,assay reported without a usable scale,the genera Azoarcus (36%/13–48%),,
2912,,Azovibrio,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7393143,17,percent,assay reported without a usable scale,the genera Azovibrio (17%/3–19%),,
2913,,Halobacteriaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7393143,27,percent,assay reported without a usable scale,"the OTU assigned to the family Halobacteriaceae (27%/0–80% mother, 4%/0–100% male offspring, 10%/1–60% female offspring)",,
2914,264691.0,Anabaena variabilis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7403937,150,kg/ha,assay measured; denominator or scale lost,Annual nitrogen accumulation in soil with participation of the associations can be around 150–300 kg/ha.,,
2915,,A. brasilense,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7411751,339.93,nmol C2H4·mg−1 h−1,accepted quantitative rate,Nitrogenase Activity(nmol C2H4·mg−1 h−1) | Neat NFb | 18.56A | 387.21A | NFb + HResp | 20.54A | 365.34A | NFb + LResp | 19.56A | 267.23B | Mean | 19.55 | 339.93,,
2916,,R. capsulatus DSM 155,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7415370,50,percent,assay measured; denominator or scale lost,"in nitrogen-deficit medium, the nitrogen content of the root increased by 50–65%",,
2917,,R. capsulatus DSM 155,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7415370,9.2,percent,assay reported without a usable scale,the nitrogen content of rice straw rose by 9.2% through seed coating with R. capsulatus DSM 155,,
2918,,R. capsulatus DSM 155,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7415370,7.1,percent,assay reported without a usable scale,"the rice grain nitrogen content increased by 7.1% (Elbadry et al., 1999a,1999b)",,
2919,,R. palustris,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7415370,17,percent,assay reported without a usable scale,inoculation with R. palustris PS3 increased the nitrogen efficiency of lettuce (17%),,
2920,,R. palustris,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7415370,22,percent,assay reported without a usable scale,inoculation with R. palustris PS3 increased the nitrogen efficiency of pak choi (22–44%),,
2921,,R. palustris,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7415370,44,percent,assay reported without a usable scale,inoculation with R. palustris PS3 increased the nitrogen efficiency of pak choi (22–44%),,
2922,,N. benthamiana NifH,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7415783,189,nmol ethylene min-1 mg-1 MoFe protein,nitrogenase purified from this organism,"N. benthamiana Fe protein activity varied among preparations, with a maximum of specific activity of 189 nmol of ethylene formed per minute and milligram of MoFe protein at a N. benthamiana Fe protein/A. vinelandii MoFe protein molar ratio ",,
2923,,M. marburgensis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7460606,1500,U mg−1,nitrogenase purified from this organism,"M. marburgensis (formerly Methanobacterium thermoautotrophicum [27]), Methanocaldococcus jannaschii [31] and Methanopyrus kandleri [32] with specific activities of 1500, 350 and 360 U mg−1, respectively (Table 1)",,
2924,,M. jannaschii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7460606,350,U mg−1,nitrogenase purified from this organism,"M. marburgensis (formerly Methanobacterium thermoautotrophicum [27]), Methanocaldococcus jannaschii [31] and Methanopyrus kandleri [32] with specific activities of 1500, 350 and 360 U mg−1, respectively (Table 1)",,
2925,,M. kandleri,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7460606,360,U mg−1,nitrogenase purified from this organism,"M. marburgensis (formerly Methanobacterium thermoautotrophicum [27]), Methanocaldococcus jannaschii [31] and Methanopyrus kandleri [32] with specific activities of 1500, 350 and 360 U mg−1, respectively (Table 1)",,
2926,,M. marburgensis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7460606,400,U mg−1,nitrogenase purified from this organism,The activity of the reconstituted Hmd from M. jannaschii (300–400 U mg−1) is equivalent to the full activity of the Hmd purified from M. marburgensis (400–600 U mg−1) [34],,
2927,,M. jannaschii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7460606,300,U mg−1,nitrogenase purified from this organism,The activity of the reconstituted Hmd from M. jannaschii (300–400 U mg−1) is equivalent to the full activity of the Hmd purified from M. marburgensis (400–600 U mg−1) [34],,
2928,,M. marburgensis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7460606,600,U mg−1,nitrogenase purified from this organism,The activity of the reconstituted Hmd from M. jannaschii (300–400 U mg−1) is equivalent to the full activity of the Hmd purified from M. marburgensis (400–600 U mg−1) [34],,
2929,,M. jannaschii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7460606,1100,U mg−1,nitrogenase purified from this organism,"the inactive apo-Hmd from M. jannaschii was reactivated up to a specific activity of 1100 U mg−1 by the addition of the FeGP cofactor purified via ultrafiltration from active Hmd from M. marburgensis, which had been denatured in 8 M urea in",,
2930,,M. marburgensis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7460606,700,U mg−1,nitrogenase purified from this organism,"Shima et al. [36] optimized the extraction process, yielding purified FeGP cofactor from M. marburgensis, which had the ability to restore a specific activity of approx. 700 U from 1 mg of enzyme",,
2931,1488.0,C. acetobutylicum,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC7460606,16,fold,assay reported without a usable scale,Demuez et al. [63] increased the specific activities of C. acetobutylicum [FeFe]-hydrogenase by 16-fold for H2 production and by 130-fold for H2 oxidation,,
2932,1488.0,C. acetobutylicum,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC7460606,130,fold,assay reported without a usable scale,Demuez et al. [63] increased the specific activities of C. acetobutylicum [FeFe]-hydrogenase by 16-fold for H2 production and by 130-fold for H2 oxidation,,
2933,,C. butyricum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7460606,3,times,nitrogenase purified from this organism,H2 production was enhanced by 3-times through recombinant production of C. butyricum [FeFe]-hydrogenase in an E. coli mutant lacking a native hydrogenase activity [184],,
2934,,R. sphaeroides,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7460606,200,times,assay reported without a usable scale,recombinant Rhodobacter sphaeroides HupSL hydrogenase in E. coli produced 200-fold more H2 than wild-type R. sphaeroides cells under dark anaerobic conditions [185],,
2935,562.0,E. coli,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7460606,1.4,times,assay reported without a usable scale,"recombinant HydA production increased the H2 yield 1.4-fold compared to the wild type E. cloacae strain [188,189]",,
2936,1148.0,Synechocystis sp. PCC 6803,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7460606,41,times,assay reported without a usable scale,"Maeda et al. produced the cyanobacterial [NiFe]-hydrogenase HoxEFUYH from Synechocystis sp. PCC 6803 together with its maturation factors HypABFCDE and HoxW in E. coli, resulting in a 41-fold higher H2 production (10 µmol H2/(h·mg)) compare",,
2937,,SGE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7464992,592,nmol C2H4 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,SGE | 68 ± 4 c | 592 ± 36 c | 81 ± 8 b | 36 ± 13 ab | 7 ± 2 ab | 22 ± 8 a | 9.7 ± 1.2 b | 4.0 ± 2.0 ab | 0.7 ± 0.2 a,,
2938,,SGECdt,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7464992,673,nmol C2H4 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,SGECdt | 81 ± 12 c | 673 ± 61 c | 90 ± 5 b | 48 ± 5 b | 11 ± 3 ab | 36 ± 7 a | 8.7 ± 1.2 b | 4.3 ± 0.9 b | 1.1 ± 0.4 a,,
2939,,SGE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7464992,55,nmol C2H4 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,SGE | 12 ± 4 a | 55 ± 8 a | 62 ± 3 a | 26 ± 4 a | 3 ± 2 a | 20 ± 3 a | 8.0 ± 0.6 b | 3.3 ± 1.5 ab | 1.6 ± 0.7 a,,
2940,,SGECdt,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7464992,236,nmol C2H4 plant−1 h−1,symbiotic assay; the microbial symbiont is the fixing partner,SGECdt | 39 ± 7 b | 236 ± 17 b | 86 ± 5 b | 44 ± 6 ab | 16 ± 5 b | 26 ± 6 a | 8.0 ± 1.5 b | 3.7 ± 1.2 ab | 1.9 ± 0.7 a,,
2941,1176.0,Aphanizomenon flos-aquae,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7466765,22.7,× 10–7 nmol N heterocyte–1,assay measured; denominator or scale lost,"net 15N2 fixation rates by A. flos-aquae cumulated over the course of incubation experiment in both treatments (Figure 2A), and eventually reached 22.7 × 10–7 nmol N heterocyte–1 (±3.3 × 10–7 nmol N heterocyte–1) and 23.9 × 10–7 nmol N hete",,
2942,1176.0,Aphanizomenon flos-aquae,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7466765,23.9,× 10–7 nmol N heterocyte–1,assay measured; denominator or scale lost,"net 15N2 fixation rates by A. flos-aquae cumulated over the course of incubation experiment in both treatments (Figure 2A), and eventually reached 22.7 × 10–7 nmol N heterocyte–1 (±3.3 × 10–7 nmol N heterocyte–1) and 23.9 × 10–7 nmol N hete",,
2943,,scar9::NifJ,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,257,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifJ | E. coli function testing | 257,,
2944,,scar9::NifH,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,124,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifH | E. coli function testing | 124,,
2945,,scar9::NifB,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,120,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifB | E. coli function testing | 120,,
2946,,scar9::NifD,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,110,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifD | E. coli function testing | 110,,
2947,,scar9::NifF,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,109,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifF | E. coli function testing | 109,,
2948,,scar9::NifQ,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,102,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifQ | E. coli function testing | 102,,
2949,,scar9::NifW,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,57,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifW | E. coli function testing | 57,,
2950,,scar9::NifU,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,55,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifU | E. coli function testing | 55,,
2951,,scar9::NifV,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,52,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifV | E. coli function testing | 52,,
2952,,scar9::NifK,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,50,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifK | E. coli function testing | 50,,
2953,,scar9::NifY,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,44,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifY | E. coli function testing | 44,,
2954,,scar9::NifZ,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,43,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifZ | E. coli function testing | 43,,
2955,,scar9::NifS,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,39,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifS | E. coli function testing | 39,,
2956,,scar9::NifN,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,38,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifN | E. coli function testing | 38,,
2957,,scar9::NifE,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,33,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifE | E. coli function testing | 33,,
2958,,scar9::NifM,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7511584,8,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",scar9::NifM | E. coli function testing | 8,,
2959,,SUTN9-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7511792,0.3,nmol C2H4 log10–1 CFU,accepted quantitative rate,"average nitrogenase activities were 0.01, 0.02, 0.09, and 0.30 nmol C2H4 log10–1 CFU, respectively",,
2960,,SUTN9-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7511792,0.28,nmol C2H4 log10–1 CFU,duplicate of an accepted measurement,"nitrogenase activities of 0.28, 0.07, and 0.00 nmol C2H4 log10–1 CFU in SUTN9-2 WT, ΔbclA, and ΔnifV, respectively",,
2961,,SUTN9-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7511792,0.06,nmol C2H4 log10–1 CFU,accepted quantitative rate,"nitrogenase activities of 0.06, 0.03, and 0.00 nmol C2H4 log10–1 CFU for SUTN9-2 WT, ΔbclA, and ΔnifV, respectively",,
2962,,SUTN9-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7511792,0.05,nmol C2H4 log10–1 CFU,accepted quantitative rate,"nitrogenase activities of 0.05, 0.01, and 0.00, nmol C2H4 log10–1 CFU in SUTN9-2 WT, ΔbclA, and ΔnifV, respectively",,
2963,,SUTN9-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7511792,0.28,nmol C2H4 log10–1 CFU,duplicate of an accepted measurement,"nitrogenase activities of 0.28, 0.07, and 0.00 nmol C2H4 log10–1 CFU in SUTN9-2 WT, ΔbclA, and ΔnifV, respectively",,
2964,,SUTN9-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7511792,0.06,nmol C2H4 log10–1 CFU,duplicate of an accepted measurement,"nitrogenase activities of 0.06, 0.03, and 0.00 nmol C2H4 log10–1 CFU for SUTN9-2 WT, ΔbclA, and ΔnifV, respectively",,
2965,,SUTN9-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7511792,0.05,nmol C2H4 log10–1 CFU,duplicate of an accepted measurement,"nitrogenase activities of 0.05, 0.01, and 0.00, nmol C2H4 log10–1 CFU in SUTN9-2 WT, ΔbclA, and ΔnifV, respectively",,
2966,,B. japonicum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7527417,166,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"Of the 166 metabolites significantly regulated in response to B. japonicum inoculation, trehalose was among the most strongly induced metabolites produced following inoculation.",,
2967,,B. japonicum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7527417,166,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"Of the 166 metabolites significantly regulated in response to B. japonicum inoculation, trehalose was among the most strongly induced metabolites produced following inoculation.",,
2968,,ED5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7536287,29.6,nmoL C2H4 mg protein h-1,accepted quantitative rate,ED5 | ARA (nmoL C2H4 mg protein h-1) | 732.93a,,
2969,,ED5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7536287,29.6,nmoL C2H4 mg protein h-1,accepted quantitative rate,ED5 | ARA (nmoL C2H4 mg protein h-1) | 517.19b,,
2970,,ED5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7536287,29.6,nmoL C2H4 mg protein h-1,accepted quantitative rate,ED5 | Hydrolytic Enzymes (IU mL-1) | 1096.10b,,
2971,,13U plants,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7540006,0,nmol C2H4 h-1 mg-1 fresh weight-1,explicit negative statement: 'no',"Previous studies on 13U nodules showed bacterial colonization of the infection zone and Interzone but only sporadic infection within the nitrogen fixation zone, and no detectable nitrogenase activity (Domonkos et al., 2013).",,
2972,,MoFe protein of wild-type nitrogenase purified from Azotobacter vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7540466,209,nmol NH3 nmol MoFe−1 h−1,nitrogenase purified from this organism,Bulk bioelectrosynthetic experiments produced 209±30 nmol NH3 nmol MoFe−1 h−1 from N2 reduction.,,
2973,,MoFe protein of wild-type nitrogenase purified from Azotobacter vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7540466,201,nmol NH3 −1 nmol MoFe−1 h−1,nitrogenase purified from this organism,the fluorometric assay using aliquots from the resulting electrolyte solution revealed electrosynthetic N2 reduction under formation of 201±16 nmol NH3 −1 nmol MoFe−1 h−1.,,
2974,65093.0,Halothece sp. PCC 7418,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7546424,0.7,nmol N2-fixed nmol total Chl–1 h–1,assay measured; denominator or scale lost,"Halothece sp.-specific N2-fixation rates under [Low NO3–] at different treatment combinations of PO43– and Fe were significantly linearly correlated with cell concentrations (Spearman’s correlation, r = 0.7, p < 0.05, n = 18).",,
2975,,Hemiaulus-Richelia symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7548074,84,fmol N2 heterocyst−1 h−1,co-culture assay; which member fixed is not resolved,Maximum N2 fixation rates (84 fmol N2 heterocyst−1 h−1) in low light adapted cultures (50 µmol m−2 s−1) were approximately 40–50% of rates (144–154 fmol N2 heterocyst−1 h−1) in high light (150 and 200 µmol m−2 s−1) adapted cultures.,,
2976,,Hemiaulus-Richelia symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7548074,1554,nmol C2H4 h−1 mg−1,co-culture assay; which member fixed is not resolved,N2 fixation | 150 | 0.9052 | 1554 | – | 170 | 0.95,,
2977,,Hemiaulus-Richelia symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7548074,1444,nmol C2H4 h−1 mg−1,co-culture assay; which member fixed is not resolved,N2 fixation | 200 | 1.1972 | 1444 | – | 120 | 0.97,,
2978,,Hemiaulus-Richelia symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7548074,155,fmol N2 heterocyst−1 h−1,co-culture assay; which member fixed is not resolved,"Nitrogen fixation-irradiance rates followed a light saturation curve (Fig. 5) fit to the hyperbolic tangent function. At the 150 and 200 µmol m−2 s−1 adaptation level (r2=0.95 and 0.97, respectively), the curve-fit maximum N2-fixation rates",,
2979,,Hemiaulus-Richelia symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7548074,144,fmol N2 heterocyst−1 h−1,co-culture assay; which member fixed is not resolved,"Nitrogen fixation-irradiance rates followed a light saturation curve (Fig. 5) fit to the hyperbolic tangent function. At the 150 and 200 µmol m−2 s−1 adaptation level (r2=0.95 and 0.97, respectively), the curve-fit maximum N2-fixation rates",,
2980,,PHB-negative SAM100,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7548176,2.48,"t (df = 17.8, p = .02 for weeks 4–9)","mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Respiration efficiency of N2 fixation (increase in fixation with an increase in respiration, incorporating differences in EAC) was usually greater for the PHB-negative strain (t = −2.48, df = 17.8, p = .02 for weeks 4–9)",,
2981,,rhizobia bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7563409,75,%,assay reported without a usable scale,"Es values were higher than 75%, indicating that the strains are highly effective in nitrogen fixation in all cases",,
2982,,rhizobia bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7563409,70,%,assay reported without a usable scale,"except for the rhizobial natural population of NSL, which showed a moderate value (Es = 70%)",,
2983,,Soil and grassland,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7564152,0,nmol C2H2 reduction h−1 10 cm−1,a zero is present in the quote beside assay context,Soil and grassland from Macquarie Island | 0–1372 nmol C2H2 reduction h−1 10 cm−1 | 1992 | [106],,
2984,,CSCV1 (mreB),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7593598,2.54,nmol · mg clorophyll−1 · h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CSCV1 (mreB) | Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a | 24 h | 2.54,,
2985,,CSCV1 (mreB),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7593598,8.97,nmol · mg clorophyll−1 · h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CSCV1 (mreB) | Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a | 48 h | 8.97,,
2986,,CSCV4 (mreC),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7593598,1.83,nmol · mg clorophyll−1 · h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CSCV4 (mreC) | Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a | 24 h | 1.83,,
2987,,CSCV4 (mreC),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7593598,3.86,nmol · mg clorophyll−1 · h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CSCV4 (mreC) | Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a | 48 h | 3.86,,
2988,,CSCV2 (mreD),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7593598,2.77,nmol · mg clorophyll−1 · h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CSCV2 (mreD) | Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a | 24 h | 2.77,,
2989,,CSCV2 (mreD),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7593598,9.12,nmol · mg clorophyll−1 · h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",CSCV2 (mreD) | Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a | 48 h | 9.12,,
2990,,cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7618691,2,percent [v/v] atmospheric O2,assay reported without a usable scale,"cyanobacterial O2 production started at the GOE, yet was capped at 2 % [v/v] atmospheric O2, the threshold at which cyanobacterial nitrogenase is inhibited by O2",,
2991,,cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7618691,2,percent [v/v] atmospheric O2,assay reported without a usable scale,production of 0.02 atm of O2 (2 % [v/v]) at the GOE buried roughly the entire atmospheric CO2 inventory,,
2992,,cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7618691,2,percent [v/v] atmospheric O2,assay reported without a usable scale,oxygen accumulation ceased at ~2 % and did not exceed ~2 % because nitrogenase is inhibited by 2 % O2,,
2993,,cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7618691,2,percent [v/v] atmospheric O2,assay reported without a usable scale,"without nitrogenase, no net CO2 fixation (cyanobacterial cell synthesis) is possible",,
2994,,cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7618691,2,percent [v/v] atmospheric O2,assay reported without a usable scale,nitrogenase inhibition by O2 pre-GOE,,
2995,,cyanobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7618691,2,percent [v/v] atmospheric O2,assay reported without a usable scale,nitrogenase imposed an upper on O2-levels independent of oxygen consumption,,
2996,1064539.0,Azospirillum brasilense Sp245,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7685610,0.05,"nmol/h (Ethylene Production, Nitrogenase activity)",assay measured; denominator or scale lost,"N1 | nmol/h (Ethylene Production, Nitrogenase activity) | 0.05",,
2997,1064539.0,Azospirillum brasilense Sp245,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7685610,0.72,"nmol/h (Ethylene Production, Nitrogenase activity)",assay measured; denominator or scale lost,"N2 | nmol/h (Ethylene Production, Nitrogenase activity) | 0.72 a",,
2998,1064539.0,Azospirillum brasilense Sp245,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7685610,0.75,"nmol/h (Ethylene Production, Nitrogenase activity)",assay measured; denominator or scale lost,"N3 | nmol/h (Ethylene Production, Nitrogenase activity) | 0.75 a",,
2999,1064539.0,Azospirillum brasilense Sp245,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7685610,0.39,"nmol/h (Ethylene Production, Nitrogenase activity)",assay measured; denominator or scale lost,"N4 | nmol/h (Ethylene Production, Nitrogenase activity) | 0.39 a",,
3000,,"C. cellulolyticum H10, Rhodopseudomonas palustris CGA009",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7701477,1.6,times higher,co-culture assay; which member fixed is not resolved,"the co-culture system of C. cellulovorans 743B and Rhodopseudomonas palustris CGA009 obtained a H2 production rate of 12.2 ± 1.2 mL/day at optimized cellulose concentration (Lu and Lee, 2015).",,
3001,,"C. cellulovorans 743B, Rhodopseudomonas palustris CGA009",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7701477,12.2,mL/day,co-culture assay; which member fixed is not resolved,"the co-culture system of C. cellulovorans 743B and Rhodopseudomonas palustris CGA009 obtained a H2 production rate of 12.2 ± 1.2 mL/day at optimized cellulose concentration (Lu and Lee, 2015).",,
3002,,"C. cellulolyticum H10, Rhodopseudomonas palustris CGA009",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7701477,1.6,times higher,co-culture assay; which member fixed is not resolved,"the co-culture system of C. cellulovorans 743B and Rhodopseudomonas palustris CGA009 obtained a H2 production rate of 12.2 ± 1.2 mL/day at optimized cellulose concentration (Lu and Lee, 2015).",,
3003,,"C. cellulovorans 743B, Rhodopseudomonas palustris CGA009",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7701477,12.2,mL/day,co-culture assay; which member fixed is not resolved,"the co-culture system of C. cellulovorans 743B and Rhodopseudomonas palustris CGA009 obtained a H2 production rate of 12.2 ± 1.2 mL/day at optimized cellulose concentration (Lu and Lee, 2015).",,
3004,,"C. cellulolyticum H10, Rhodopseudomonas palustris CGA009",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7701477,1.6,times higher,co-culture assay; which member fixed is not resolved,"the co-culture system of C. cellulovorans 743B and Rhodopseudomonas palustris CGA009 obtained a H2 production rate of 12.2 ± 1.2 mL/day at optimized cellulose concentration (Lu and Lee, 2015).",,
3005,,"C. cellulovorans 743B, Rhodopseudomonas palustris CGA009",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7701477,12.2,mL/day,co-culture assay; which member fixed is not resolved,"the co-culture system of C. cellulovorans 743B and Rhodopseudomonas palustris CGA009 obtained a H2 production rate of 12.2 ± 1.2 mL/day at optimized cellulose concentration (Lu and Lee, 2015).",,
3006,1085.0,Rhodospirillum rubrum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7714679,30,percent w/w PHB,assay reported without a usable scale,30 % w/w PHB produced. CO was converted to carbon dioxide via the action of CO dehydrogenase. Carbon dioxide was then fixed through the Calvin Benson cycle and consequently led to the assimilation of acetate as PHB [148],,
3007,,Xinyang variety,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,448.64,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | CCBAU2609 | 448.64 ± 39.80b | 201.05 ± 12.31b | 50.38 ± 44.11b | 406.02 ± 52.38bc,,
3008,,Xinyang variety,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,284.45,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | M. h93 | 284.45 ± 53.87c | 252.87 ± 6.70b | 175.37 ± 13.01b | 727.98 ± 70.77b,,
3009,,Xinyang variety,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,734.21,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | 7653R | 734.21 ± 53.40a | 793.05 ± 15.05a | 409.12 ± 99.24a | 1429.64 ± 236.13a,,
3010,,Xinyang variety,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,152.46,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | CK | 152.46 ± 41.19c | 74.80 ± 36.55c | 56.76 ± 9.87b | 88.34 ± 61.22c,,
3011,,Minzi No.6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,201.05,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | CCBAU2609 | 448.64 ± 39.80b | 201.05 ± 12.31b | 50.38 ± 44.11b | 406.02 ± 52.38bc,,
3012,,Minzi No.6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,252.87,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | M. h93 | 284.45 ± 53.87c | 252.87 ± 6.70b | 175.37 ± 13.01b | 727.98 ± 70.77b,,
3013,,Minzi No.6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,793.05,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | 7653R | 734.21 ± 53.40a | 793.05 ± 15.05a | 409.12 ± 99.24a | 1429.64 ± 236.13a,,
3014,,Minzi No.6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,74.8,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | CK | 152.46 ± 41.19c | 74.80 ± 36.55c | 56.76 ± 9.87b | 88.34 ± 61.22c,,
3015,,Minzi 8487711,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,50.38,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | CCBAU2609 | 448.64 ± 39.80b | 201.05 ± 12.31b | 50.38 ± 44.11b | 406.02 ± 52.38bc,,
3016,,Minzi 8487711,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,175.37,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | M. h93 | 284.45 ± 53.87c | 252.87 ± 6.70b | 175.37 ± 13.01b | 727.98 ± 70.77b,,
3017,,Minzi 8487711,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,409.12,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | 7653R | 734.21 ± 53.40a | 793.05 ± 15.05a | 409.12 ± 99.24a | 1429.64 ± 236.13a,,
3018,,Minzi 8487711,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,56.76,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | CK | 152.46 ± 41.19c | 74.80 ± 36.55c | 56.76 ± 9.87b | 88.34 ± 61.22c,,
3019,,Shishou variety,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,406.02,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | CCBAU2609 | 448.64 ± 39.80b | 201.05 ± 12.31b | 50.38 ± 44.11b | 406.02 ± 52.38bc,,
3020,,Shishou variety,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,727.98,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | M. h93 | 284.45 ± 53.87c | 252.87 ± 6.70b | 175.37 ± 13.01b | 727.98 ± 70.77b,,
3021,,Shishou variety,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,1429.64,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | 7653R | 734.21 ± 53.40a | 793.05 ± 15.05a | 409.12 ± 99.24a | 1429.64 ± 236.13a,,
3022,,Shishou variety,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7773693,88.34,nmol C2H4⋅min–1⋅g–1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol C2H4⋅min–1⋅g–1) |  |  |  | Xinyang variety | Minzi No.6 | Minzi 8487711 | Shishou variety | CK | 152.46 ± 41.19c | 74.80 ± 36.55c | 56.76 ± 9.87b | 88.34 ± 61.22c,,
3023,,P. polymyxa ZF197,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,95.05,Identity (%),assay reported without a usable scale,nifB | NA | WP_149035591.1 |  | NA |  | NA |  | NA |  | WP_069291232.1 | 95.05,,
3024,,P. polymyxa ZF197,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,98.61,Identity (%),assay reported without a usable scale,nifH | NA | WP_063212489.1 |  | NA |  | NA |  | NA |  | WP_061831012.1 | 98.61,,
3025,,P. polymyxa ZF197,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,97.72,Identity (%),assay reported without a usable scale,nifD | NA | WP_149035592.1 |  | NA |  | NA |  | NA |  | WP_069291233.1 | 97.72,,
3026,,P. polymyxa ZF197,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,97.25,Identity (%),assay reported without a usable scale,nifK | NA | WP_149035593.1 |  | NA |  | NA |  | NA |  | WP_069291234.1 | 97.25,,
3027,,P. polymyxa ZF197,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,97.35,Identity (%),assay reported without a usable scale,nifE | NA | WP_149035594.1 |  | NA |  | NA |  | NA |  | WP_069291235.1 | 97.35,,
3028,,P. polymyxa ZF197,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,95.63,Identity (%),assay reported without a usable scale,nifN | NA | WP_149035595.1 |  | NA |  | NA |  | NA |  | WP_069291236.1 | 95.63,,
3029,,P. polymyxa J,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,95.05,Identity (%),assay reported without a usable scale,nifB | NA |  | NA |  | NA |  | NA |  | NA |  | WP_069291232.1 | 95.05,,
3030,,P. polymyxa J,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,98.61,Identity (%),assay reported without a usable scale,nifH | NA |  | NA |  | NA |  | NA |  | NA |  | WP_061831012.1 | 98.61,,
3031,,P. polymyxa J,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,97.72,Identity (%),assay reported without a usable scale,nifD | NA |  | NA |  | NA |  | NA |  | NA |  | WP_069291233.1 | 97.72,,
3032,,P. polymyxa J,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,97.25,Identity (%),assay reported without a usable scale,nifK | NA |  | NA |  | NA |  | NA |  | NA |  | WP_069291234.1 | 97.25,,
3033,,P. polymyxa J,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,97.35,Identity (%),assay reported without a usable scale,nifE | NA |  | NA |  | NA |  | NA |  | NA |  | WP_069291235.1 | 97.35,,
3034,,P. polymyxa J,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7773762,95.63,Identity (%),assay reported without a usable scale,nifN | NA |  | NA |  | NA |  | NA |  | NA |  | WP_069291236.1 | 95.63,,
3035,940.0,Hydrogenobacter thermophilus,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7782807,1000,nmol ethylene formed per min and mg of NifDKAv,nitrogenase purified from this organism,"Maximum NifDKAv activity was achieved at molar ScNifHHt to NifDKAv ratios larger than 40 (Fig. 3g), similar to reactions with the natural counterpart NifHAv 35. This result suggests that the maximum activity that can be achieved combining S",,
3036,,ScNifHHt,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7782807,1692,nmol ethylene formed per min and mg of NifDKAv,nitrogenase purified from this organism,Positive control reactions performed with NifHAv and NifDKAv at 40:1 molar ratio gave 1692 ± 4 units (nmol ethylene formed per min and mg of NifDKAv).,,
3037,,ScNifHHt,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7782807,2406,nmol ethylene formed per min and mg of NifDKAv,nitrogenase purified from this organism,Activity using NifHAv (positive control) was 2406 ± 53 units (nmol ethylene formed per min and mg of NifDKAv).,,
3038,,ScNifHHt,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7782807,1773,nmol ethylene formed per min and mg of NifDKAv,nitrogenase purified from this organism,Activity using NifHAv (positive control) was 1773 ± 10 units (nmol ethylene formed per min and mg of NifDKAv).,,
3039,2691581.0,Azoarcus sp. TTM-91,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7825797,3.96,nmol C2H4 mg Protein−1 min−1,accepted quantitative rate,Azoarcus sp. TTM-91 | Activity ± SEMnmol C2H4 mg Protein−1 min−1 | 1/2CVM-semi-solid,,
3040,2307007.0,Aromatoleum sp. CIB,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC7825797,1.163,nmol C2H4 mg Protein−1 min−1,accepted quantitative rate,Aromatoleum sp. CIB | Activity ± SEMnmol C2H4 mg Protein−1 min−1 | MNF + 3 mM Benzoate-liquid,,
3041,,Ar. toluvorans Td21T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7825797,1.318,nmol C2H4 mg Protein−1 min−1,accepted quantitative rate,Ar. toluvorans Td21T | Activity ± SEMnmol C2H4 mg Protein−1 min−1 | MNF + 3 mM Benzoate-liquid,,
3042,,Ar. toluolicum TT,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7825797,0.653,nmol C2H4 mg Protein−1 min−1,accepted quantitative rate,Ar. toluolicum TT | Activity ± SEMnmol C2H4 mg Protein−1 min−1 | UMS + 30 mM Malate-liquid-1% O2,,
3043,,Pantoea dispersa-AA7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7835727,24.82,nmoL C2H4 mg protein h-1,accepted quantitative rate,Strain code | ARA (nmoL C2H4 mg protein h–1) | ACC (nmol α -ketobutyrate mg–1 h–1) |  | A-tryptophan | P-tryptophan |  |  | AA7 | 24.23 ± 0.11f | 195.60 ± 0.93g | 24.82±2.81ba | 209.75 ± 3.73k,,
3044,,Enterobacter asburiae-BY4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7835727,28.97,nmoL C2H4 mg protein h-1,accepted quantitative rate,Strain code | ARA (nmoL C2H4 mg protein h–1) | ACC (nmol α -ketobutyrate mg–1 h–1) |  | A-tryptophan | P-tryptophan |  |  | BY4 | 29.59 ± 0.19e | 570.47 ± 5.19f | 28.97 ± 3.10a | 468.77 ± 21.26e,,
3045,,Pantoea dispersa-AA7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7835727,24.82,nmoL C2H4 mg protein h-1,accepted quantitative rate,Strain code | ARA (nmoL C2H4 mg protein h–1) | ACC (nmol α -ketobutyrate mg–1 h–1) |  | A-tryptophan | P-tryptophan |  |  | AA7 | 24.23 ± 0.11f | 195.60 ± 0.93g | 24.82±2.81ba | 209.75 ± 3.73k,,
3046,,Enterobacter asburiae-BY4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7835727,28.97,nmoL C2H4 mg protein h-1,accepted quantitative rate,Strain code | ARA (nmoL C2H4 mg protein h–1) | ACC (nmol α -ketobutyrate mg–1 h–1) |  | A-tryptophan | P-tryptophan |  |  | BY4 | 29.59 ± 0.19e | 570.47 ± 5.19f | 28.97 ± 3.10a | 468.77 ± 21.26e,,
3047,,Pantoea dispersa-AA7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7835727,195.6,nmoL C2H4 mg protein h-1,duplicate of an accepted measurement,Strain code | ARA (nmoL C2H4 mg protein h–1) | ACC (nmol α -ketobutyrate mg–1 h–1) |  | A-tryptophan | P-tryptophan |  |  | AA7 | 24.23 ± 0.11f | 195.60 ± 0.93g | 24.82±2.81ba | 209.75 ± 3.73k,,
3048,,Enterobacter asburiae-BY4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7835727,570.47,nmoL C2H4 mg protein h-1,duplicate of an accepted measurement,Strain code | ARA (nmoL C2H4 mg protein h–1) | ACC (nmol α -ketobutyrate mg–1 h–1) |  | A-tryptophan | P-tryptophan |  |  | BY4 | 29.59 ± 0.19e | 570.47 ± 5.19f | 28.97 ± 3.10a | 468.77 ± 21.26e,,
3049,,E. medicae VMo01 (sensitive),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7840509,66,percent,assay reported without a usable scale,Nodules formed by the sensitive strain showed a significant decrease in nitrogenase activity (66%) when mercury stress was applied compared to control nodules,,
3050,3100313.0,Halothece sp.,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC7854915,0.0,nmol N2-fixed cell−1 h−1,explicit negative statement: 'without',"Specific N2-fixation rates (nmol N2-fixed cell−1 h−1) in the unicellular cyanobacteria Halothece sp. exposed to MPs and their plastic additives. (∧) indicates treatments up to 1,000 μg mL−1 (MPs) and 3,000 μg L−1 (organic additives), and wi",,
3051,3516.0,Alnus incana ssp. rugosa,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC7862480,193.57,nmol C2H4 g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,the overall reduction in nitrogenase activity per plant mass from193.57 ± 60.67 nmol C2H4 g-1 h-1 at no N addition to 6.04 ± 1.68 nmol C2H4 g-1 h-1 at a N addition rate of 200 kg ha-1 year-1,unusable,not_a_single_microbial_species
3052,3516.0,Alnus incana ssp. rugosa,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC7862480,6.04,nmol C2H4 g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,the overall reduction in nitrogenase activity per plant mass from193.57 ± 60.67 nmol C2H4 g-1 h-1 at no N addition to 6.04 ± 1.68 nmol C2H4 g-1 h-1 at a N addition rate of 200 kg ha-1 year-1,unusable,not_a_single_microbial_species
3053,38784.0,Alnus viridis ssp. crispa,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC7862480,193.57,nmol C2H4 g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,the overall reduction in nitrogenase activity per plant mass from193.57 ± 60.67 nmol C2H4 g-1 h-1 at no N addition to 6.04 ± 1.68 nmol C2H4 g-1 h-1 at a N addition rate of 200 kg ha-1 year-1,unusable,not_a_single_microbial_species
3054,38784.0,Alnus viridis ssp. crispa,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC7862480,6.04,nmol C2H4 g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,the overall reduction in nitrogenase activity per plant mass from193.57 ± 60.67 nmol C2H4 g-1 h-1 at no N addition to 6.04 ± 1.68 nmol C2H4 g-1 h-1 at a N addition rate of 200 kg ha-1 year-1,unusable,not_a_single_microbial_species
3055,109069.0,Alnus rubra,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7862480,193.57,nmol C2H4 g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,the overall reduction in nitrogenase activity per plant mass from193.57 ± 60.67 nmol C2H4 g-1 h-1 at no N addition to 6.04 ± 1.68 nmol C2H4 g-1 h-1 at a N addition rate of 200 kg ha-1 year-1,unusable,not_a_single_microbial_species
3056,109069.0,Alnus rubra,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7862480,6.04,nmol C2H4 g-1 h-1,symbiotic assay; the microbial symbiont is the fixing partner,the overall reduction in nitrogenase activity per plant mass from193.57 ± 60.67 nmol C2H4 g-1 h-1 at no N addition to 6.04 ± 1.68 nmol C2H4 g-1 h-1 at a N addition rate of 200 kg ha-1 year-1,unusable,not_a_single_microbial_species
3057,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7866212,55,g N per 1 Kg dry biomass,symbiotic assay; the microbial symbiont is the fixing partner,"soybean, a widely cultivated legume for human consumption and animal feed, grown in unfertilized soil contains 55–70% of fixed nitrogen in its aboveground parts during the nodulation period",,
3058,,maize rhizosphere soil,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7867140,8.64,×10^3 per gram rhizosphere,assay measured; denominator or scale lost,The highest copy number of P. triticisoli BJ-18 reached 8.64 × 103 per gram rhizosphere (Figure 1A),,
3059,,maize rhizosphere soil,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7867140,5.8,×10^2 per gram root,assay measured; denominator or scale lost,The highest copy number of P. triticisoli BJ-18 reached 5.80 × 102 per gram root (Figure 1B),,
3060,,maize rhizosphere soil,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7867140,1.73,×10^2 per gram shoot,assay measured; denominator or scale lost,The highest copy number of P. triticisoli BJ-18 reached 1.73 × 102 per gram shoot (Figure 1C),,
3061,,maize rhizosphere soil,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7867140,25.2,%,assay reported without a usable scale,"The dry weights (biomass) of the root, shoot and total plant under all N levels were increased by 25.2%, 23.3% and 23.5%, respectively, under a low N level.",,
3062,,maize rhizosphere soil,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7867140,23.3,%,assay reported without a usable scale,"The dry weights (biomass) of the root, shoot and total plant under all N levels were increased by 25.2%, 23.3% and 23.5%, respectively, under a low N level.",,
3063,,maize rhizosphere soil,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7867140,23.5,%,assay reported without a usable scale,"The dry weights (biomass) of the root, shoot and total plant under all N levels were increased by 25.2%, 23.3% and 23.5%, respectively, under a low N level.",,
3064,,maize rhizosphere soil,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7867140,25.2,%,assay reported without a usable scale,"The dry weights (biomass) of the root, shoot and total plant under all N levels were increased by 25.2%, 23.3% and 23.5%, respectively, under a low N level.",,
3065,,maize rhizosphere soil,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7867140,23.3,%,assay reported without a usable scale,"The dry weights (biomass) of the root, shoot and total plant under all N levels were increased by 25.2%, 23.3% and 23.5%, respectively, under a low N level.",,
3066,,maize rhizosphere soil,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7867140,23.5,%,assay reported without a usable scale,"The dry weights (biomass) of the root, shoot and total plant under all N levels were increased by 25.2%, 23.3% and 23.5%, respectively, under a low N level.",,
3067,376.0,Bradyrhizobium sp. WR52,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC7876412,0,nmol C2H4 h-1 root system-1,explicit negative statement: 'non-',"Active nitrogen fixation of the root nodules (A) and improved growth of the shoots (B) of P. angolensis, induced by respective isolates of Bradyrhizobium spp. indicated under each block. Plants were grown in sterile vermiculite/sand mixture",,
3068,376.0,Bradyrhizobium sp. WR23,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC7876412,0,nmol C2H4 h-1 root system-1,explicit negative statement: 'non-',"Active nitrogen fixation of the root nodules (A) and improved growth of the shoots (B) of P. angolensis, induced by respective isolates of Bradyrhizobium spp. indicated under each block. Plants were grown in sterile vermiculite/sand mixture",,
3069,376.0,Bradyrhizobium sp. WR74,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC7876412,0,nmol C2H4 h-1 root system-1,explicit negative statement: 'non-',"Active nitrogen fixation of the root nodules (A) and improved growth of the shoots (B) of P. angolensis, induced by respective isolates of Bradyrhizobium spp. indicated under each block. Plants were grown in sterile vermiculite/sand mixture",,
3070,,Rlv3841,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7888657,5.8,μmoles ethylene plant-1 hr-1,symbiotic assay; the microbial symbiont is the fixing partner,"Acetylene reduction rates of Rlv3841 mutant strains, normalised by WT activity (5.8 μmoles ethylene plant-1 hr-1, 16.8×10−3 μmoles ethylene mg-1 of nodules hr-1).",,
3071,,Rlv3841,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7888657,16.8,×10−3 μmoles ethylene mg-1 of nodules hr-1,assay measured; denominator or scale lost,"Acetylene reduction rates of Rlv3841 mutant strains, normalised by WT activity (5.8 μmoles ethylene plant-1 hr-1, 16.8×10−3 μmoles ethylene mg-1 of nodules hr-1).",,
3072,,Rlv3841,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7888657,15,% of WT level,assay reported without a usable scale,"the fnrN mutant was critically impaired in nitrogen fixation, reducing acetylene at only 15% of the WT level",,
3073,,Rlv3841,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7888657,20,% of WT,assay reported without a usable scale,the activity of the fnrN mutant (LMB648) was 20% of WT Rlv3841,,
3074,,Rlv3841,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7888657,88,% of WT,assay reported without a usable scale,Complementation restored 88% of WT acetylene reduction activity,,
3075,,Cyanothece 51142,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7890256,0.016,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"kN values did not correlate in subpopulation P1 (R = 0.043, p = 0.73), and kC:kN ranged from 0.008 to 0.035 (mean = 0.016, SD = 0.008, CV≈50%) among the cells.",,
3076,,R. leguminosarum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7900000,2.07,μmoles acetylene per plant per h,symbiotic assay; the microbial symbiont is the fixing partner,RL3841 | Acetylene reduction (μmoles acetylene per plant per h) | 2.07 ± 0.37a,,
3077,,R. leguminosarum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7900000,0.97,μmoles acetylene per plant per h,symbiotic assay; the microbial symbiont is the fixing partner,RLgpxA | Acetylene reduction (μmoles acetylene per plant per h) | 0.97 ± 0.20b,,
3078,,R. leguminosarum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7900000,1.75,μmoles acetylene per plant per h,symbiotic assay; the microbial symbiont is the fixing partner,RLgshR | Acetylene reduction (μmoles acetylene per plant per h) | 1.75 ± 0.46a,,
3079,,R. leguminosarum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7900000,0.73,μmoles acetylene per plant per h,symbiotic assay; the microbial symbiont is the fixing partner,RLgpxAgshR | Acetylene reduction (μmoles acetylene per plant per h) | 0.73 ± 0.09b,,
3080,,R. leguminosarum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7900000,1.82,μmoles acetylene per plant per h,symbiotic assay; the microbial symbiont is the fixing partner,RLgpxA(pBBRgpxA) | Acetylene reduction (μmoles acetylene per plant per h) | 1.82 ± 0.18a,,
3081,1167.0,Anabaena sp. UTEX 2576,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC7922959,0.06,mmol N2 L−1 day−1,symbiotic assay; the microbial symbiont is the fixing partner,"The exponential-phase N2-fixation rate of BG11N2 Anabaena cultures (0.06 mmol N2 L−1 day−1, Table 2)",,
3082,,NDVs+NDHs,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7932525,0,nmol·2mL culture⁻¹·4h⁻¹,a zero is present in the quote beside assay context,"Nitrogenase activity was measured as acetylene reduction assay (ARA) of the cell samples in culture tubes containing 2mL BG 11 or BG110 medium capped with subha seals. The cell samples used for ARA were NDVs+NDHs in BG110, NDHs in BG110, an",,
3083,,NDHs,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7932525,0,nmol·2mL culture⁻¹·4h⁻¹,a zero is present in the quote beside assay context,"Nitrogenase activity was measured as acetylene reduction assay (ARA) of the cell samples in culture tubes containing 2mL BG 11 or BG110 medium capped with subha seals. The cell samples used for ARA were NDVs+NDHs in BG110, NDHs in BG110, an",,
3084,,NVs,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7932525,0,nmol·2mL culture⁻¹·4h⁻¹,a zero is present in the quote beside assay context,"Nitrogenase activity was measured as acetylene reduction assay (ARA) of the cell samples in culture tubes containing 2mL BG 11 or BG110 medium capped with subha seals. The cell samples used for ARA were NDVs+NDHs in BG110, NDHs in BG110, an",,
3085,,B. altitudinis 19RS3,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7954119,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'not',"the genes nif(U) and nif(S), were present in both strains which are involved in nitrogenase enzymatic activity responsible for the biological fixation of nitrogen. However, the presence of the complete gene cluster which is essential for th",,
3086,,N2-fixing legume trees,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7980381,47.21,mg SiO2 kg soil-1 d-1,symbiotic assay; the microbial symbiont is the fixing partner,"N2-fixers reveal doubled weathering rates compared to nonfixers (N2-fixers: mean = 47.21, SD = 65.89, nonfixers: mean = 24.18, SD = 35.76; two-tailed Welch’s t test, P = 0.026, Welch’s corrected t = 2.28, DFn = 70.14, Cohen’s d = 0.43)",,
3087,,N2-fixing legume trees,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7980381,27.79,mg SiO2 kg soil-1 d-1,symbiotic assay; the microbial symbiont is the fixing partner,"NF-near N2-fixers show intermediate olivine weathering rates between NF-far and N2-fixers (N2-fixers: mean = 47.21, SD = 65.89, NF-near: mean = 27.79, SD = 37.41, NF-far: mean= 20.27, SD = 33.96; one-way classic ANOVA, P = 0.037, F = 3.40, ",,
3088,,N2-fixing legume trees,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7980381,20.27,mg SiO2 kg soil-1 d-1,symbiotic assay; the microbial symbiont is the fixing partner,"NF-far from fixers (N2-fixers: mean = 47.21, SD = 65.89, NF-near: mean = 27.79, SD = 37.41, NF-far: mean= 20.27, SD = 33.96; one-way classic ANOVA, P = 0.037, F = 3.40, DFd = 2, η2 = 0.052)",,
3089,3469813.0,humin consortium,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC7985497,292,%,assay reported without a usable scale,"the humin consortium promoted the BNF reaction by 292%, 11.8 times of the no-humin consortium, under nitrogen-deficient conditions.",unusable,not_a_single_microbial_species
3091,3516.0,Alnus incana ssp. rugosa,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC7996819,14.73,µmol C2H4 h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,"nitrogenase activity per plant was higher in plants grown at a higher CO2 level, increasing from 14.73 ± 1.01 µmol C2H4 h−1 plant−1 at 400 ppm CO2",unusable,not_a_single_microbial_species
3092,3516.0,Alnus incana ssp. rugosa,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC7996819,20.59,µmol C2H4 h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,"nitrogenase activity per plant was higher in plants grown at a higher CO2 level, increasing from 14.73 ± 1.01 µmol C2H4 h−1 plant−1 at 400 ppm CO2, to 20.59 ± 1.91 and 27.18 ± 1.41 µmol C2H4 h−1 plant−1 at 800 and 1600 ppm CO2, respectively",unusable,not_a_single_microbial_species
3093,3516.0,Alnus incana ssp. rugosa,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC7996819,27.18,µmol C2H4 h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,"nitrogenase activity per plant was higher in plants grown at a higher CO2 level, increasing from 14.73 ± 1.01 µmol C2H4 h−1 plant−1 at 400 ppm CO2, to 20.59 ± 1.91 and 27.18 ± 1.41 µmol C2H4 h−1 plant−1 at 800 and 1600 ppm CO2, respectively",unusable,not_a_single_microbial_species
3094,3516.0,Alnus incana ssp. rugosa,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC7996819,1.8,µmol C2H4 h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,the rate had dropped to 1.8 ± 0.1 µmol C2H4 h−1 plant−1 averaged over all treatments,unusable,not_a_single_microbial_species
3095,3516.0,Alnus incana ssp. rugosa,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC7996819,1.8,µmol C2H4 h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,the rate had dropped to 1.8 ± 0.1 µmol C2H4 h−1 plant−1 averaged over all treatments,unusable,not_a_single_microbial_species
3096,52271.0,Anabaena sp. ATCC 33047,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC7999273,1.7,mmol/gDW/h,symbiotic assay; the microbial symbiont is the fixing partner,"the minimum N2ase activity measured for this organism, 1.7 mmol/gDW/h, using acetylene reduction assay [32]",,
3097,2010198.0,Caballeronia mineralivorans,exact_name,claim,T4,positive,True,corpus_fulltext,PMC8001610,10,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Caballeronia mineralivorans | Nitrogen Fixation e | 10,,
3098,185951.0,Sphingomonas aerolata,exact_name,claim,T4,positive,True,corpus_fulltext,PMC8001610,6,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Sphingomonas aerolata | Nitrogen Fixation e | 6,,
3099,658225.0,Sphingomonas glacialis,exact_name,claim,T4,positive,True,corpus_fulltext,PMC8001610,10,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Sphingomonas glacialis | Nitrogen Fixation e | 10,,
3100,28214.0,Sphingomonas sp. (A),binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC8001610,2,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Sphingomonas sp. (A) | Nitrogen Fixation e | 2,,
3101,28214.0,Sphingomonas sp. (B),binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC8001610,3,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Sphingomonas sp. (B) | Nitrogen Fixation e | 3,,
3102,1411316.0,Pedobacter sp. (A),binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC8001610,1,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Pedobacter sp. (A) | Nitrogen Fixation e | 1,,
3103,1411316.0,Pedobacter sp. (B),binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC8001610,3,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Pedobacter sp. (B) | Nitrogen Fixation e | 3,,
3105,,M. truncatula,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8004629,0,nmol ethylene h-1 g nodule-1,explicit negative statement: 'not',"Nitrogenase not only catalyzes the reduction of atmospheric N2 to NH3 but can also reduce acetylene to ethylene, therefore reduction of ethylene by nitrogenase can be used to estimate N2-fixation capacity of nodules. For determination of ac",,
3106,,ANME-2b—SEEP-SRB1g consortia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8027057,1.73,15N fractional abundance (%),assay reported without a usable scale,"ANME-2b cells on the exterior of an exceptionally large consortium (Fig. 8b, c) featuring 15N fractional abundance of 1.73% ± 0.14 (number of ROIs, n = 72), significantly enriched relative to that measured in SEEP-SRB1g cells in the exterio",,
3107,,ANME-2b—SEEP-SRB1g consortia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8027057,3.02,15N fractional abundance (%),assay reported without a usable scale,"SEEP-SRB1g containing 3.02% ± 0.20 15N (n = 22, Fig. 8i), suggesting that under certain circumstances the sulfate-reducing partner can fix more nitrogen than their ANME-2b partners.",,
3108,,ANME-2b—SEEP-SRB1g consortia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8027057,2.64,15N fractional abundance (%),assay reported without a usable scale,"clusters of ANME-2b cells associated with the interior of the consortia, ~10 µm distance from the external environment, were significantly more enriched in 15N (Fig. 8f, 2.64% ± 0.14; n = 116) relative to ANME-2b clusters near the aggregate",,
3109,1406.0,Paenibacillus polymyxa WLY78,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8038749,50,nmol C2H4/mg protein/h,assay reported without a usable scale,The activity of the ΔyutI mutant was approximately 50% that in wild-type P. polymyxa WLY78.,,
3110,,MoFepre + FePpre,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8038959,400,mol C2H2/μmol MoFe,co-culture assay; which member fixed is not resolved,MoFepre + FePpre | mol C2H2/μmol MoFe | 400 ± 20,,
3111,,MoFepre + FePrec,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8038959,390,mol C2H2/μmol MoFe,co-culture assay; which member fixed is not resolved,MoFepre + FePrec | mol C2H2/μmol MoFe | 390 ± 60,,
3112,,MoFerec + FePpre,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8038959,370,mol C2H2/μmol MoFe,co-culture assay; which member fixed is not resolved,MoFerec + FePpre | mol C2H2/μmol MoFe | 370 ± 30,,
3113,,MoFerec + FePrec,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8038959,320,mol C2H2/μmol MoFe,co-culture assay; which member fixed is not resolved,MoFerec + FePrec | mol C2H2/μmol MoFe | 320 ± 10,,
3114,,NFB03,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8043818,73.61,nmol C2H4/mg protein /h,accepted quantitative rate,NFB03 | Nitrogenase activity (nmol C2H4/mg protein /h) | 73.61 ± 5.32,,
3115,,NFB12,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8043818,133.47,nmol C2H4/mg protein /h,accepted quantitative rate,NFB12 | Nitrogenase activity (nmol C2H4/mg protein /h) | 133.47 ± 11.21,,
3116,,NFB15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8043818,67.94,nmol C2H4/mg protein /h,accepted quantitative rate,NFB15 | Nitrogenase activity (nmol C2H4/mg protein /h) | 67.94 ± 8.97,,
3117,,NFB23,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8043818,77.98,nmol C2H4/mg protein /h,accepted quantitative rate,NFB23 | Nitrogenase activity (nmol C2H4/mg protein /h) | 77.98 ± 11.34,,
3118,,NFB28,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8043818,84.32,nmol C2H4/mg protein /h,accepted quantitative rate,NFB28 | Nitrogenase activity (nmol C2H4/mg protein /h) | 84.32 ± 10.63,,
3119,,Gd-nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8047169,6.11,× 10−3 atm,assay measured; denominator or scale lost,Gd-nitrogenase | KM for C2H2 binding (atm) | KI for CO binding (atm)Mixed model | KI for CO binding (atm)Competitive model | 6.11 ± 2.79 × 10−3,,
3120,,Gd-nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8047169,8.97,× 10−3 atm,assay measured; denominator or scale lost,Gd-nitrogenase | KM for C2H2 binding (atm) | KI for CO binding (atm)Mixed model | KI for CO binding (atm)Competitive model | KIb = 8.97 ± 8.47 × 10−3,,
3121,,Gd-nitrogenase + CowN,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8047169,6.81,× 10−3 atm,assay measured; denominator or scale lost,Gd-nitrogenase + CowN | KM for C2H2 binding (atm) | KI for CO binding (atm)Mixed model | KI for CO binding (atm)Competitive model | 6.81 ± 2.28 × 10−3,,
3122,,Gd-nitrogenase + CowN,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8047169,1.523,× 10−2 atm,assay measured; denominator or scale lost,Gd-nitrogenase + CowN | KM for C2H2 binding (atm) | KI for CO binding (atm)Mixed model | KI for CO binding (atm)Competitive model | KIb = 1.523 ± 1.226 × 10−2,,
3123,,Epsilonproteobacteria,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8056087,0.35,percent of total proteins,assay reported without a usable scale,The Epsilonproteobacteria-affiliated nitrogenase (Nif) accounted for 0.35% of the total proteins in EF as opposed to 0.001% in YF,,
3125,,Burkholderiales,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8067294,1.5,log2fold change,assay reported without a usable scale,"denitrification related marker genes nirK, nirS and nosZ increased significantly from rainforest to oil palm plantation, with log2fold changes ranging from 0.5 (nirK) to 1.5 (nirS)",,
3126,,K.q. SGM81,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8071533,396.5,nmol C2H4 h-1 mg protein-1,accepted quantitative rate,"the results of acetylene reduction assay (ARA) showed that the wild type strains exhibit considerable nitrogenase activity, indicating the active expression of nifH gene. As shown in Figure 1, K.q. SGM81 showed maximum, i.e., 396.5 nmol, C2",,
3127,,K.p. SSN1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8071533,297.0,nmol C2H4 h-1 mg protein-1,accepted quantitative rate,"the results of acetylene reduction assay (ARA) showed that the wild type strains exhibit considerable nitrogenase activity, indicating the active expression of nifH gene. As shown in Figure 1, K.q. SGM81 showed maximum, i.e., 396.5 nmol, C2",,
3128,,P. phymatum nifV forward mutant,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8073898,73.6,nmol C2H4 h-1 mg-1,assay reported without a usable scale,mimosa nodules occupied by the nifV forward mutant strain (which contains the antibiotic resistance cassette in the same orientation as the genes in the operon) showed 73.6% of the nitrogenase activity measured in nodules infected with the ,,
3129,,P. phymatum nifV mutant,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8073898,25,nmol C2H4 h-1 mg-1,assay reported without a usable scale,the activity measured in P. phymatum grown with 0.3 mM NH4 was lower (approximately at 25%) compared to the activity of cells grown in a nitrogen-replete media (15 mM NH4).,,
3130,,mthan1-1 mthan2-1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8118203,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',nitrogenase activity of mthan1-1 mthan2-1 was not altered compared with that of wild type,,
3131,,nodules,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8133656,3.5,fold reduction in specific nitrogen fixation activity (N2 fi,assay reported without a usable scale,Nitrogen fixation in isolated nodules was measured using 15N2. Plants with roots transformed with the RNAi3 construct showed a 3.5-fold reduction in the specific nitrogen fixation activity (N2 fixation per nodule biomass) relative to the EV,,
3132,,Nitrogen-Fixing Bacteria (NFB),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8147367,42.18,mg L−1 TKN,assay measured; denominator or scale lost,"The bioreactor that contained the lowest amount of nitrogen was FPI (42.18 mg L−1 TKN), while the bioreactor that contained the highest amount of nitrogen was ASI (59.51 mg L−1 TKN).",,
3133,,Nitrogen-Fixing Bacteria (NFB),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8147367,59.51,mg L−1 TKN,assay measured; denominator or scale lost,"The bioreactor that contained the lowest amount of nitrogen was FPI (42.18 mg L−1 TKN), while the bioreactor that contained the highest amount of nitrogen was ASI (59.51 mg L−1 TKN).",,
3134,,VFeStrΔnifE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8153082,1110,nmol of H2 min−1mg−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",VFeStrΔnifE | Protons (1 atm Ar) | nmol of H2 min−1mg−1 | 1110 ± 1,,
3135,,VFeStrΔnifE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8153082,690,nmol of H2 min−1mg−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",VFeStrΔnifE | N2 (1 atm) and protons | nmol of H2 min−1mg−1 | 690 ± 3,,
3136,,VFeStrΔnifE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8153082,160,nmol of NH3 min−1mg−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",VFeStrΔnifE | N2 (1 atm) and protons | nmol of NH3 min−1mg−1 | 160 ± 5,,
3137,,V nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8163085,93,percent of ethylene (C2H4),assay reported without a usable scale,"V nitrogenase yields 93% of ethylene (C2H4), implying a C–C coupling step that mandates the simultaneous binding of two CO at the active site FeV cofactor.",,
3138,,soybean root nodules,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8174562,0,nmol C2H4 h-1 (mg nodule dry weight)-1,explicit negative statement: 'no',"High concentrations of nitrate inhibit nodulation and N fixation by root nodules in soybean (Streeter, 1982; Fujikake et al., 2003; Gan et al., 2004; Mbah and Dakora, 2018; Du et al., 2020). Supplying 10 mM nitrate to soybeans for 48 h incr",,
3139,,Hard Corals,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8175748,0.0,nmol N2 cm−2 h−1,a zero is present in the quote beside assay context,Hard Corals | N2 fixation | 0.000–0.003 | Central Red Sea | Pogoreutz and others57,,
3140,,rhizobia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8207584,90,%,assay reported without a usable scale,Based by the finding that the downregulation of PvRbohB reduced the amount of nitrogen fixed by rhizobia by 90% [17],,
3141,,YA01,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8209448,610,nmol C2H4 106 cells–1 24 h–1,accepted quantitative rate,"Strains |  | YA01 |  | C. hydrothermalis 108 |  | C. kronotskyensis 2002 |  |  | 
--- | --- | --- | --- | --- | --- | --- | --- | --- | ---
Conditions* | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ |  |  | 
Acetylene-reducing activity (nm",,
3142,,YA01,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8209448,18.8,nmol C2H4 106 cells–1 24 h–1,accepted quantitative rate,"Strains |  | YA01 |  | C. hydrothermalis 108 |  | C. kronotskyensis 2002 |  |  | 
--- | --- | --- | --- | --- | --- | --- | --- | --- | ---
Conditions* | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ |  |  | 
Acetylene-reducing activity (nm",,
3143,413888.0,C. hydrothermalis 108,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC8209448,107,nmol C2H4 106 cells–1 24 h–1,accepted quantitative rate,"Strains |  | YA01 |  | C. hydrothermalis 108 |  | C. kronotskyensis 2002 |  |  | 
--- | --- | --- | --- | --- | --- | --- | --- | --- | ---
Conditions* | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ |  |  | 
Acetylene-reducing activity (nm",,
3144,413888.0,C. hydrothermalis 108,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC8209448,0.257,nmol C2H4 106 cells–1 24 h–1,accepted quantitative rate,"Strains |  | YA01 |  | C. hydrothermalis 108 |  | C. kronotskyensis 2002 |  |  | 
--- | --- | --- | --- | --- | --- | --- | --- | --- | ---
Conditions* | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ |  |  | 
Acetylene-reducing activity (nm",,
3145,413889.0,C. kronotskyensis 2002,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC8209448,363,nmol C2H4 106 cells–1 24 h–1,accepted quantitative rate,"Strains |  | YA01 |  | C. hydrothermalis 108 |  | C. kronotskyensis 2002 |  |  | 
--- | --- | --- | --- | --- | --- | --- | --- | --- | ---
Conditions* | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ |  |  | 
Acetylene-reducing activity (nm",,
3146,413889.0,C. kronotskyensis 2002,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC8209448,216,nmol C2H4 106 cells–1 24 h–1,accepted quantitative rate,"Strains |  | YA01 |  | C. hydrothermalis 108 |  | C. kronotskyensis 2002 |  |  | 
--- | --- | --- | --- | --- | --- | --- | --- | --- | ---
Conditions* | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ | ΔNH4+ | +NH4+ |  |  | 
Acetylene-reducing activity (nm",,
3147,,Sodalis strains,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8247643,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'lack',"the other two nitrogen fixers are enterobacteria from the genus Sodalis, and both are closely related to Sodalis insect endosymbionts that lack nitrogenase genes",,
3148,,Suichang626,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8250432,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'lacked',"The genome of Suichang626 lacked the nitrogenase reductase (nifH), FeMo dinitrogenase alpha (nifD), and beta (nifK) subunit genes, strongly suggesting that Suichang626 is unable to fix nitrogen for plants.",,
3149,,L. japonicus,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8258413,0.1,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"Treatments with a low-level NO donor sodium nitroprusside (SNP, 0.1 mM) promoted the nitrogenase activity of nodules in L. japonicus although the mechanisms were not clear (Kato et al., 2010).",,
3150,,L. japonicus,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8258413,1,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"Treatments with a higher concentration of SNP (1 mM) inhibited the nitrogenase activity of nodules in L. japonicus (Kato et al., 2010).",,
3151,,I-sjdR,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8262864,0,nanomoles of ethylene [ETH] per microgram of Chl per hour,explicit negative statement: 'not',"The nitrogenase activity (in nanomoles of ethylene [ETH] per microgram of Chl per hour) was measured in wild-type (n = 9; gray), I-sjdR (n = 4; pink), and I-tonB3 (n = 3; green) strains after 48 h of induction. Error bars represent the stan",,
3152,,Crocosphaera,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8269247,60,percent,assay reported without a usable scale,"As much as 60% of total dark respiration by Crocosphaera is used to draw down cellular oxygen rather than to directly fuel nitrogen fixation (62), and, if we adjust our calculation accordingly, trehalose can produce 3.6 to 11% of the requir",,
3153,,M. truncatula empty vector (EV) and oxVTC2 plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8273863,4.85,μmol H2 min−1 g−1 NDW,symbiotic assay; the microbial symbiont is the fixing partner,"Plant line | SDW (g) | RDW (g) | NDW (g) | SPAD | (μmol H2 min−1 g−1 NDW)
EV | 1.29 ± 0.07 | 0.72 ± 0.08 | 0.034 ± 0.003 | 47.07 ± 0.44 | 4.85 ± 0.49",,
3154,,M. truncatula empty vector (EV) and oxVTC2 plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8273863,5.15,μmol H2 min−1 g−1 NDW,symbiotic assay; the microbial symbiont is the fixing partner,"Plant line | SDW (g) | RDW (g) | NDW (g) | SPAD | (μmol H2 min−1 g−1 NDW)
oxVTC2 | 1.46 ± 0.15 | 0.69 ± 0.08 | 0.039 ± 0.003 | 46.43 ± 1.18 | 5.15 ± 0.44",,
3155,,M. truncatula,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8305252,2.5,mM NO3−,symbiotic assay; the microbial symbiont is the fixing partner,the rate of N2 fixation already drops at 2.5 mM NO3−,,
3156,2811482.0,Thermoleptolyngbya sp. PKUAC-SCTB121,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8307165,81159,nmol ethylene h-1 g-1 biomass,assay measured; denominator or scale lost,"the ethylene content reached 81,159 nmol/g for the lower concentration of nitrogen",,
3157,2811482.0,Thermoleptolyngbya sp. PKUAC-SCTB121,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8307165,184618,nmol ethylene h-1 g-1 biomass,assay measured; denominator or scale lost,"the ethylene content reached 184,618 nmol/g",,
3158,2811482.0,Thermoleptolyngbya sp. PKUAC-SCTB121,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8307165,1000,nmol ethylene h-1 g-1 biomass,accepted quantitative rate,enzymatic activity assessed with acetylene reduction assay remains relatively stable at values of approximately 1000 nmol/g/h,,
3159,2811482.0,Thermoleptolyngbya sp. PKUAC-SCTB121,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8307165,2400,nmol ethylene h-1 g-1 biomass,accepted quantitative rate,stabilizes after 48 h of the assay by dropping by approximately 25% to 2400 nmol/g/h,,
3160,384.0,Rhizobium leguminosarum bv. viciae,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8324050,2.5,g carbon per gram nitrogen,symbiotic assay; the microbial symbiont is the fixing partner,The carbon cost determined for conversion modes without polymer production is similar to the theoretical cost of nitrogen fixation (2.5 g of carbon per gram of nitrogen),,
3161,384.0,Rhizobium leguminosarum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8324050,8,g carbon per gram nitrogen,symbiotic assay; the microbial symbiont is the fixing partner,that for PHB- and some palmitate- and glycerolipid-producing conversion modes is close to the experimentally observed value (8 g of carbon per gram of nitrogen),,
3162,2823904.0,Paenibacillus sp. S02,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8324883,8.62,fold-change,assay reported without a usable scale,The expressions of all nine genes of the nif operon of Paenibacillus sp. S02 were upregulated by 8.62–22.50 folds.,,
3163,,MoFe protein,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8326206,3.3,percent,assay reported without a usable scale,MoFe protein@CdS | N2/NH3 | 3.3% with an intensity of 3.5 mW cm−2 | Brown et al. (2016),,
3164,,C. necator-CdS@ZnS,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8326206,13.1,percent,assay reported without a usable scale,C. necator-CdS@ZnS | N2&H2O/NH3&H2 | 13.1% with an intensity of 1.6 mW cm−2 | Ding et al. (2019),,
3165,,P. vulgaris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8356804,0.06,%/g/min,symbiotic assay; the microbial symbiont is the fixing partner,Strain WT | Plant P. vulgaris | ... | Nitrogen fixation (%/g/min) | 0.06 ± 0.04,,
3166,,P. vulgaris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8356804,0.13,%/g/min,symbiotic assay; the microbial symbiont is the fixing partner,Strain ΔTssBC-3 | Plant P. vulgaris | ... | Nitrogen fixation (%/g/min) | 0.13 ± 0.06,,
3167,,P. vulgaris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8356804,0.09,%/g/min,symbiotic assay; the microbial symbiont is the fixing partner,Strain ΔTssBC-b | Plant P. vulgaris | ... | Nitrogen fixation (%/g/min) | 0.09 ± 0.04,,
3168,,P. vulgaris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8356804,0.07,%/g/min,symbiotic assay; the microbial symbiont is the fixing partner,Strain ΔΔTssBC | Plant P. vulgaris | ... | Nitrogen fixation (%/g/min) | 0.07 ± 0.06,,
3169,,M. pudica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8356804,1.34,%/g/min,symbiotic assay; the microbial symbiont is the fixing partner,Strain WT | Plant M. pudica | ... | Nitrogen fixation (%/g/min) | 1.34 ± 0.30,,
3170,,M. pudica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8356804,1.43,%/g/min,symbiotic assay; the microbial symbiont is the fixing partner,Strain ΔTssBC-3 | Plant M. pudica | ... | Nitrogen fixation (%/g/min) | 1.43 ± 0.38,,
3171,,M. pudica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8356804,1.25,%/g/min,symbiotic assay; the microbial symbiont is the fixing partner,Strain ΔTssBC-b | Plant M. pudica | ... | Nitrogen fixation (%/g/min) | 1.25 ± 0.32,,
3172,,M. pudica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8356804,1.29,%/g/min,symbiotic assay; the microbial symbiont is the fixing partner,Strain ΔΔTssBC | Plant M. pudica | ... | Nitrogen fixation (%/g/min) | 1.29 ± 0.26,,
3173,353.0,Azotobacter chroococcum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8360865,39.7,percent,assay reported without a usable scale,250 mg/l of rhamnolipid (RL) significantly increased the nitrogen fixation activity of A. chroococcum by 39.7%,,
3174,,nodules,host_plant_or_common_name,assay_direct,T1,negative,True,corpus_fulltext,PMC8364233,0.0,"μmol/h, g nodules",a zero is present in the quote beside assay context,"Acetylene reduction activity of nodules. Plants grown under nitrate-free conditions for 21 dai were supplied with 0 or 10 mM KNO3, and after 3 d the acetylene reduction activity (μmol/h, g nodules) of nodules from each plant was measured (n",,
3175,,Ko. oryzendophytica BDA137-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8398951,0.032,nmol Ethylene/mg Cells/min,accepted quantitative rate,Ko. oryzendophytica BDA137-1 | Nitrogenase Activity § (nmol Ethylene/mg Cells/min) | 0.032 ± 0.004 c,,
3176,42895.0,Enterobacter sp. BDAM41-2,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8398951,0.025,nmol Ethylene/mg Cells/min,accepted quantitative rate,Enterobacter sp. BDAM41-2 | Nitrogenase Activity § (nmol Ethylene/mg Cells/min) | 0.025 ± 0.005 c,,
3177,,Kl. pasteurii BDA134-6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8398951,0.16,nmol Ethylene/mg Cells/min,accepted quantitative rate,Kl. pasteurii BDA134-6 | Nitrogenase Activity § (nmol Ethylene/mg Cells/min) | 0.160 ± 0.024 a,,
3178,,E. sacchari BDA86-11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8398951,0.064,nmol Ethylene/mg Cells/min,accepted quantitative rate,E. sacchari BDA86-11 | Nitrogenase Activity § (nmol Ethylene/mg Cells/min) | 0.064 ± 0.008 b,,
3179,,Ko pseudosacchari BDA62-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8398951,0.049,nmol Ethylene/mg Cells/min,accepted quantitative rate,Ko pseudosacchari BDA62-3 | Nitrogenase Activity § (nmol Ethylene/mg Cells/min) | 0.049 ± 0.008 b,,
3180,,P. diazotrophicus BDA59-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8398951,0.044,nmol Ethylene/mg Cells/min,accepted quantitative rate,P. diazotrophicus BDA59-3 | Nitrogenase Activity § (nmol Ethylene/mg Cells/min) | 0.044 ± 0.003 b,,
3181,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8401949,1.6,fold,assay reported without a usable scale,DBD treatment incremented 1.6 fold the nitrogenase activity in nodules,,
3182,1167.0,Anabaena sp. strain PCC 7120,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8406292,0.2176,15N/14N,symbiotic assay; the microbial symbiont is the fixing partner,"15N/14N ratio, 0.2176 to 0.3571",,
3183,1167.0,Anabaena sp. strain PCC 7120,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8406292,0.1922,15N/14N,symbiotic assay; the microbial symbiont is the fixing partner,"15N/14N, 0.1922",,
3184,1167.0,Anabaena sp. strain PCC 7120,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8406292,0.0424,15N/14N,symbiotic assay; the microbial symbiont is the fixing partner,"15N/14N ratio in the vegetative cells was lower, i.e., 0.0424 compared to 0.0796 in the vegetative cells of the first filament",,
3185,1167.0,Anabaena sp. strain PCC 7120,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8406292,0.0037,15N/14N,symbiotic assay; the microbial symbiont is the fixing partner,15N/14N ratio in the fraC fraD mutant was not greater than natural abundance (0.0037),,
3186,,DJ2241,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,167,nmol of C2H4/min/mg,accepted quantitative rate,DJ2241 | nmol of C2H4/min/mg | 167 ± 3,,
3187,,DJ2241,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,167,nmol of C2H4/min/mg,duplicate of an accepted measurement,DJ2241 | nmol of C2H4/min/mg | 167 ± 3,,
3188,,DJ2303 (ΔnifE),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,162,nmol of C2H4/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2303 (ΔnifE) | nmol of C2H4/min/mg | 162 ± 2,,
3189,,DJ2303 (ΔnifE),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,634,nmol of H2/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2303 (ΔnifE) | nmol of H2/min/mg | 634 ± 8,,
3190,,DJ2303 (ΔnifE),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,849,nmol of NH3/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2303 (ΔnifE) | nmol of NH3/min/mg | 849 ± 50,,
3191,,DJ2303 (ΔnifE),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,423,nmol of NH3/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2303 (ΔnifE) | nmol of NH3/min/mg | 423 ± 8,,
3192,,DJ2303 (ΔnifE),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,162,nmol of C2H4/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2303 (ΔnifE) | nmol of C2H4/min/mg | 162 ± 4,,
3193,,DJ2381 (ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,162,nmol of C2H4/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2381 (ΔvnfEN) | nmol of C2H4/min/mg | 162 ± 4,,
3194,,DJ2381 (ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,697,nmol of H2/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2381 (ΔvnfEN) | nmol of H2/min/mg | 697 ± 11,,
3195,,DJ2381 (ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,1018,nmol of NH3/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","DJ2381 (ΔvnfEN) | nmol of NH3/min/mg | 1,018 ± 18",,
3196,,DJ2381 (ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,561,nmol of NH3/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2381 (ΔvnfEN) | nmol of NH3/min/mg | 561 ± 4,,
3197,,DJ2381 (ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,177,nmol of C2H4/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2381 (ΔvnfEN) | nmol of C2H4/min/mg | 177 ± 3,,
3198,,DJ2387 (ΔnifE ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,160,nmol of C2H4/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2387 (ΔnifE ΔvnfEN) | nmol of C2H4/min/mg | 160 ± 2,,
3199,,DJ2387 (ΔnifE ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,683,nmol of H2/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2387 (ΔnifE ΔvnfEN) | nmol of H2/min/mg | 683 ± 11,,
3200,,DJ2387 (ΔnifE ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,1005,nmol of NH3/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","DJ2387 (ΔnifE ΔvnfEN) | nmol of NH3/min/mg | 1,005 ± 22",,
3201,,DJ2387 (ΔnifE ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,557,nmol of NH3/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2387 (ΔnifE ΔvnfEN) | nmol of NH3/min/mg | 557 ± 4,,
3202,,DJ2387 (ΔnifE ΔvnfEN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8406325,173,nmol of C2H4/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",DJ2387 (ΔnifE ΔvnfEN) | nmol of C2H4/min/mg | 173 ± 2,,
3203,,Rhizobium-legume symbioses,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8416774,200,kg N ha-1 yr-1,symbiotic assay; the microbial symbiont is the fixing partner,legume crops and pasture species often fix as much as 200 to 300 kg of nitrogen per hectare per year,,
3204,,Rhizobium-legume symbioses,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8416774,300,kg N ha-1 yr-1,symbiotic assay; the microbial symbiont is the fixing partner,legume crops and pasture species often fix as much as 200 to 300 kg of nitrogen per hectare per year,,
3205,,Methanothermococcus,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC8417812,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',the transcript abundance for the nitrogenases was not as high as for genes related to methanogenesis,,
3206,,M. huakuii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8436566,35.2,nmol of ethylene/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,"The nitrogen fixation capacity was severely affected in the abiEi mutant HKabiEi, with a reduction from 35.20 nmol of C2H4 plant− 1 h− 1 in 7653R to 0.90 nmol of C2H4 plant− 1 h− 1 in the abiEi mutant (Table 2).",,
3207,,M. huakuii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8436566,2.01,nmol of ethylene/nodule/h,symbiotic assay; the microbial symbiont is the fixing partner,"The nitrogen fixation capacity was severely affected in the abiEi mutant HKabiEi, with a reduction from 35.20 nmol of C2H4 plant− 1 h− 1 in 7653R to 0.90 nmol of C2H4 plant− 1 h− 1 in the abiEi mutant (Table 2).",,
3208,,M. huakuii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8436566,0.9,nmol of ethylene/plant/h,symbiotic assay; the microbial symbiont is the fixing partner,"The nitrogen fixation capacity was severely affected in the abiEi mutant HKabiEi, with a reduction from 35.20 nmol of C2H4 plant− 1 h− 1 in 7653R to 0.90 nmol of C2H4 plant− 1 h− 1 in the abiEi mutant (Table 2).",,
3209,,M. huakuii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8436566,2.17,nmol of ethylene/nodule/h,symbiotic assay; the microbial symbiont is the fixing partner,"The nitrogen fixation capacity was severely affected in the abiEi mutant HKabiEi, with a reduction from 35.20 nmol of C2H4 plant− 1 h− 1 in 7653R to 0.90 nmol of C2H4 plant− 1 h− 1 in the abiEi mutant (Table 2).",,
3210,,tropical savannas,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8459270,18.6,kg N·ha−1·yr−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Chen et al. (2010) refined estimates from Cleveland et al. (1999) following a bio-meteorological approach by (Fisher et al. 2008) and obtained a BNF average of 18.6 kg N·ha−1·yr−1.,,
3211,,trees (Vachellia zanzibarica) and herbs (Dichrostachys cinerea),no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8459270,7.4,kg N·ha−1·yr−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Cech et al. (2010) estimated BNF from trees (Vachellia zanzibarica) and herbs (Dichrostachys cinerea) in a nutrient-poor savanna in Tanzania. Trees and herbs BNF estimations were made using measured biomass production data, tissue N concent",,
3212,,other vegetation cover,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8459270,0.2,kg N·ha−1·yr−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Cech et al. (2010) estimated BNF from trees (Vachellia zanzibarica) and herbs (Dichrostachys cinerea) in a nutrient-poor savanna in Tanzania. Trees and herbs BNF estimations were made using measured biomass production data, tissue N concent",,
3213,58172.0,Paenibacillus sp. strain S02,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8467301,11.12,fold increase,assay reported without a usable scale,the expression levels of the nif operon were upregulated with up to an 11.12-fold increase when barley seedlings were present (Supplementary Table S6),,
3214,,Ru SAs/N–C,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,120.9,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Ru SAs/N–C | Ammonia rate (μgNH3 mgcat. −1 h−1) | 120.90 | −0.20 V vs RHE | Geng et al. (2018),,
3215,,Pd/C,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,4.5,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Pd/C | Ammonia rate (μgNH3 mgcat. −1 h−1) | 4.50 | 0.10 V vs RHE | Wang et al. (2018),,
3216,,MoO3 nanosheets,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,29.43,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MoO3 nanosheets | Ammonia rate (μgNH3 mgcat. −1 h−1) | 29.43 | −0.50 V vs RHE | Han et al. (2018),,
3217,,Bi4V2O11/CeO2,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,23.21,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Bi4V2O11/CeO2 | Ammonia rate (μgNH3 mgcat. −1 h−1) | 23.21 | −0.20 V vs RHE | Lv et al. (2018),,
3218,,Mo2N nanorod,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,78.4,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Mo2N nanorod | Ammonia rate (μgNH3 mgcat. −1 h−1) | 78.40 | −0.30 V vs RHE | Ren et al. (2018),,
3219,,Au/TiO2,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,21.4,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Au/TiO2 | Ammonia rate (μgNH3 mgcat. −1 h−1) | 21.40 | −0.20 V vs RHE | Shi et al. (2017),,
3220,,CN-C500,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,2.9,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CN-C500 | Ammonia rate (μgNH3 mgcat. −1 h−1) | 2.90 | −0.30 V vs RHE | Peng et al. (2020),,
3221,,Bi2MoO6,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,22.14,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Bi2MoO6 | Ammonia rate (μgNH3 mgcat. −1 h−1) | 22.14 | Xe lamp (λ = 500 nm) | Hao et al. (2016),,
3222,,[Co(N2)(tBuPNP],no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,47.22,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",[Co(N2)(tBuPNP | Ammonia rate (μgNH3 mgcat. −1 h−1) | 47.22 | KC8 | Kuriyama et al. (2016),,
3223,,FeMo-based material,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,105.3,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",FeMo-based material | Ammonia rate (μgNH3 mgcat. −1 h−1) | 105.30 | −0.40 V vs RHE | Wang et al. (2020),,
3224,,MoFe / Cobaltocene,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,12.72,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MoFe / Cobaltocene | Ammonia rate (μgNH3 mgcat. −1 h−1) | 12.72 | −1.25 V vs SCE | Milton et al. (2016),,
3225,,MoFe / Methyl viologen,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8476845,2.44,μgNH3 mgcat. −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MoFe / Methyl viologen | Ammononia rate (μgNH3 mgcat. −1 h−1) | 2.44 | −0.85 V vs SCE | Milton et al. (2017),,
3226,,Bacillus velezensis-amyloliquefaciens 4E2,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8485183,0,nitrogenase genes,explicit negative statement: 'not',The whole genome sequence of B. velezensis-amyloliquefaciens 4E2 did not identify any nitrogenase genes,,
3227,2045451.0,Stenotrophomonas indicatrix 4A12,binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC8485183,0,nitrogenase genes,explicit negative statement: 'not',Whole genome sequencing of 4A12 did not identify any nitrogenase genes in the annotation,,
3229,3885.0,Phaseolus vulgaris | Rhizobium etli,binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC8508622,2,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,Increases the number of root nodules and enhances N2 fixation,unusable,not_a_single_microbial_species
3230,29449.0,Rhizobium etli,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8509026,25,percent increase in leaf nitrogen,assay measured; denominator or scale lost,A 16% increase in the N2 content of the resultant seeds and a 25–30% increase in leaf nitrogen,,
3231,29449.0,Rhizobium etli,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8509026,30,percent increase in leaf nitrogen,assay measured; denominator or scale lost,A 16% increase in the N2 content of the resultant seeds and a 25–30% increase in leaf nitrogen,,
3232,,BP1143,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8510180,0.96,nmoles ethylene OD720−1 min−1,assay measured; denominator or scale lost,BP1143 | Mutationa | Growth conditions | Nitrogenase: nmoles ethylene OD720−1 min−1 | 0.96 ± 0.05,,
3233,,BP1143,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8510180,0.01,nmoles ethylene OD720−1 min−1,assay measured; denominator or scale lost,BP1143 | Mutationa | Growth conditions | Nitrogenase: nmoles ethylene OD720−1 min−1 | <0.01,,
3234,,BP7143,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8510180,0.01,nmoles ethylene OD720−1 min−1,assay measured; denominator or scale lost,BP7143 | Mutationa | Growth conditions | Nitrogenase: nmoles ethylene OD720−1 min−1 | <0.01,,
3235,,BP7143,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8510180,0.01,nmoles ethylene OD720−1 min−1,duplicate of an accepted measurement,BP7143 | Mutationa | Growth conditions | Nitrogenase: nmoles ethylene OD720−1 min−1 | <0.01,,
3236,,BP1107,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8510180,0.69,nmoles ethylene OD720−1 min−1,assay measured; denominator or scale lost,BP1107 | Mutationa | Growth conditions | Nitrogenase: nmoles ethylene OD720−1 min−1 | 0.69 ± 0.03,,
3237,,BP1107,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8510180,0.01,nmoles ethylene OD720−1 min−1,assay measured; denominator or scale lost,BP1107 | Mutationa | Growth conditions | Nitrogenase: nmoles ethylene OD720−1 min−1 | 0.01 ± 0.002,,
3238,,BP1108,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8510180,0.61,nmoles ethylene OD720−1 min−1,assay measured; denominator or scale lost,BP1108 | Mutationa | Growth conditions | Nitrogenase: nmoles ethylene OD720−1 min−1 | 0.61 ± 0.04,,
3239,,BP1108,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8510180,0.01,nmoles ethylene OD720−1 min−1,assay measured; denominator or scale lost,BP1108 | Mutationa | Growth conditions | Nitrogenase: nmoles ethylene OD720−1 min−1 | <0.01,,
3240,,ORS285 gltD::Tn5,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8536739,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'without',Ethylene production of ORS285 and derivatives grown for 5 days in vacuette tubes containing BNM-B agar (0.8% w/v) medium without nitrogen source and 10% acetylene gas. The mean amount of produced ethylene per tube (n = 4) is indicated.,,
3241,3847.0,SF4M-G. max,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC8547004,694,differentially expressed genes,co-culture assay; which member fixed is not resolved,"Differentially expressed genes (DEGs) in nodules (|Log2R| > 1, adjusted P < 0.05) were determined between treatments of individual rhcV mutants and SF4 (Fig. S1). Both symbiotic performance and transcriptomes of the SF4M-G. soja couple are ",unusable,not_a_single_microbial_species
3242,3847.0,SF4M-G. max,epithet_and_strain_genus_renamed,assay_relative,T3,positive,False,corpus_fulltext,PMC8547004,3644,differentially expressed genes,co-culture assay; which member fixed is not resolved,"Differentially expressed genes (DEGs) in nodules (|Log2R| > 1, adjusted P < 0.05) were determined between treatments of individual rhcV mutants and SF4 (Fig. S1). Both symbiotic performance and transcriptomes of the SF4M-G. soja couple are ",unusable,not_a_single_microbial_species
3243,7.0,Azorhizobium caulinodans ORS571,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8563088,90,percent of cells,assay reported without a usable scale,"Under nitrogen fixation condition (hypoxia and absence of ammonium), about 90% cells showed polar localization of CheZ",,
3244,,Nif-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8566592,4.98,mg/L,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nif-5 is the most efficient n-butanol producer with the highest production of 4.98 ± 0.87 mg/L under the photoheterotrophic conditions with NH4+ (Fig. 2b).,,
3245,,Nif-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8566592,0.55,mg/L,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","The same construct, however, produced ~10-fold lower n-butanol when incubated with Fe(II) (0.55 ± 0.03 mg/L) (Fig. 2d).",,
3246,,Nif-3/Nif-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8566592,273.76,μmol,assay measured; denominator or scale lost,"Nif-3/Nif-5 consumed the highest amount of CO2 (36.41 ± 2.17 to 273.76 ± 27.25 μmol), except for Nif-3 incubated with H2 and NH4+ (Fig. 5c, d).",,
3247,,Nif-3/Nif-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8566592,12.47,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","With an ECE of 0.00 to 12.47 ± 1.37%, Fe(II) was the most favorable electron donor followed by H2 (0.00 to 0.59 ± 0.14%), Ac (0.00 to 0.49 ± 0.06%), and 3Hy (0.00 to 0.07 ± 0.01%) (Fig. 6a–d).",,
3248,,Gifu,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8585978,35.4,percent reduction in ARA activity relative to nitrate-free c,assay reported without a usable scale,Gifu shows a significant 35.4% reduction in ARA activity relative to nitrate-free conditions,,
3249,,ipt3-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8585978,80.2,percent reduction in ARA activity relative to nitrate-free c,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","ipt3-1, ipt4-1 and ipt3-2 ipt4-1 mutants all showed a significantly greater sensitivity to nitrate inhibition, exhibiting 80.2, 64.3 and 91.7% reduction in ARA respectively relative to nitrate-free conditions",,
3250,,ipt4-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8585978,64.3,percent reduction in ARA activity relative to nitrate-free c,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","ipt3-1, ipt4-1 and ipt3-2 ipt4-1 mutants all showed a significantly greater sensitivity to nitrate inhibition, exhibiting 80.2, 64.3 and 91.7% reduction in ARA respectively relative to nitrate-free conditions",,
3251,,ipt3-2 ipt4-1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8585978,91.7,percent reduction in ARA activity relative to nitrate-free c,assay reported without a usable scale,"ipt3-1, ipt4-1 and ipt3-2 ipt4-1 mutants all showed a significantly greater sensitivity to nitrate inhibition, exhibiting 80.2, 64.3 and 91.7% reduction in ARA respectively relative to nitrate-free conditions",,
3252,,ipt3-2 ipt4-1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8585978,91.7,percent reduction in ARA activity relative to nitrate-free c,assay reported without a usable scale,"ipt3-1, ipt4-1 and ipt3-2 ipt4-1 mutants all showed a significantly greater sensitivity to nitrate inhibition, exhibiting 80.2, 64.3 and 91.7% reduction in ARA respectively relative to nitrate-free conditions",,
3253,,ipt4-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8585978,80.2,percent reduction in ARA activity relative to nitrate-free c,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","ipt3-1, ipt4-1 and ipt3-2 ipt4-1 mutants all showed a significantly greater sensitivity to nitrate inhibition, exhibiting 80.2, 64.3 and 91.7% reduction in ARA respectively relative to nitrate-free conditions",,
3254,,ipt3-2 ipt4-1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8585978,91.7,percent reduction in ARA activity relative to nitrate-free c,assay reported without a usable scale,"ipt3-1, ipt4-1 and ipt3-2 ipt4-1 mutants all showed a significantly greater sensitivity to nitrate inhibition, exhibiting 80.2, 64.3 and 91.7% reduction in ARA respectively relative to nitrate-free conditions",,
3255,,ipt3-2 ipt4-1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8585978,91.7,percent reduction in ARA activity relative to nitrate-free c,assay reported without a usable scale,"ipt3-1, ipt4-1 and ipt3-2 ipt4-1 mutants all showed a significantly greater sensitivity to nitrate inhibition, exhibiting 80.2, 64.3 and 91.7% reduction in ARA respectively relative to nitrate-free conditions",,
3256,,ipt3-2 ipt4-1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8585978,91.7,percent reduction in ARA activity relative to nitrate-free c,assay reported without a usable scale,"ipt3-1, ipt4-1 and ipt3-2 ipt4-1 mutants all showed a significantly greater sensitivity to nitrate inhibition, exhibiting 80.2, 64.3 and 91.7% reduction in ARA respectively relative to nitrate-free conditions",,
3257,,ipt3-2 ipt4-1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8585978,91.7,percent reduction in ARA activity relative to nitrate-free c,assay reported without a usable scale,"ipt3-1, ipt4-1 and ipt3-2 ipt4-1 mutants all showed a significantly greater sensitivity to nitrate inhibition, exhibiting 80.2, 64.3 and 91.7% reduction in ARA respectively relative to nitrate-free conditions",,
3258,542.0,Zymomonas mobilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8594446,41,fold change,assay reported without a usable scale,"Levels of nitrogenase proteins NifH, NifD, and NifK were elevated by 23-fold, 41-fold, and 46-fold, respectively, during continuous N2 fixation.",,
3259,542.0,Zymomonas mobilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8594446,46,fold change,assay reported without a usable scale,"Levels of nitrogenase proteins NifH, NifD, and NifK were elevated by 23-fold, 41-fold, and 46-fold, respectively, during continuous N2 fixation.",,
3260,542.0,Zymomonas mobilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8594446,2,fold change,assay reported without a usable scale,"Levels of NifH, NifD, and NifK were elevated by 2-fold above the NH4+-replete baseline after 1.5 h (just as growth stalled) and by over 8-fold after 6 h.",,
3261,542.0,Zymomonas mobilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8594446,8,fold change,assay reported without a usable scale,"Levels of NifH, NifD, and NifK were elevated by 2-fold above the NH4+-replete baseline after 1.5 h (just as growth stalled) and by over 8-fold after 6 h.",,
3262,542.0,Zymomonas mobilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8594446,300,fold change,assay reported without a usable scale,"One of most affected proteins from the nif cluster was homocitrate synthase (NifV), which was 300-fold more abundant during continuous N2 fixation.",,
3263,542.0,Zymomonas mobilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8594446,16,fold change,assay reported without a usable scale,"One of most affected proteins from the nif cluster was homocitrate synthase (NifV), which was 300-fold more abundant during continuous N2 fixation and increased by 16-fold during the shift to N2-fixing conditions.",,
3264,542.0,Zymomonas mobilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8594446,60,fold change,assay reported without a usable scale,Metabolomics analysis showed that intracellular homocitrate levels increased by over 60-fold during N2 fixation.,,
3265,,I-tonB2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8597729,0.8,nmol ethylene/μg Chl · h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Under oxic conditions, a nitrogenase activity of 0.8 ± 0.7 or 1.3 ± 0.9 nmol ethylene/μg Chl · h was measured in I-tonB2 and I-tonB4, respectively (Fig. 4A)",,
3266,,I-tonB2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8597729,2,nmol ethylene/μg Chl · h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Under anoxic conditions, the nitrogenase activity in both mutants was enhanced compared the oxic conditions. However, the average values of 2 ± 2 and 3 ± 2 nmol ethylene/μg Chl · h for I-tonB2 and I-tonB4, respectively, were again significa",,
3267,,I-tonB4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8597729,1.3,nmol ethylene/μg Chl · h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Under oxic conditions, a nitrogenase activity of 0.8 ± 0.7 or 1.3 ± 0.9 nmol ethylene/μg Chl · h was measured in I-tonB2 and I-tonB4, respectively (Fig. 4A)",,
3268,,I-tonB4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8597729,3,nmol ethylene/μg Chl · h,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Under anoxic conditions, the nitrogenase activity in both mutants was enhanced compared the oxic conditions. However, the average values of 2 ± 2 and 3 ± 2 nmol ethylene/μg Chl · h for I-tonB2 and I-tonB4, respectively, were again significa",,
3269,391.0,Rhizobium sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8601996,140,kg ha-1 year-1,assay measured; denominator or scale lost,Chickpea ... nitrogen in symbiosis with rhizobia called symbiotic nitrogen fixation that improves fixed nitrogen content in environment is another attractive characteristic that separates it when compared to the cereal crops. This fixation ,,
3270,,Rhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8610360,20,percent,assay reported without a usable scale,"uninoculated plants had, decreased biomass weight, root and shoot weight, while those inoculated with Rhizobium increased their biomass up to 20%",,
3271,,Rhizobium,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8610360,69,percent,assay reported without a usable scale,"Rice growth is also favored when it is inoculated by Rhizobium, which causes increased root growth, number of shoots, photosynthetic rate and an increase in grain yield up to 69%",,
3272,,Azospirillum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8610360,54,percent,assay reported without a usable scale,co-inoculation with Bacillus subtilis and Azospirillum brasilense promoted the absorption of phosphorus and increased corn grain yield 54% as compared to single strain inoculation,,
3273,192.0,Azospirillum brasilense,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8610360,38,percent,assay reported without a usable scale,The co-inoculation of Bacillus subtilis and Azospirillum brasilense also improved shoot production (38%),,
3274,,Rhizobia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8610360,31,percent,assay reported without a usable scale,The co-inoculation of Rhizobia with Bacillus megaterium generated a synergistic effect on bean growth and favored nitrogen fixation (31%),,
3275,1423.0,Bacillus subtilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8610360,34,percent,assay reported without a usable scale,Breedt et al. (2017) found an increase in the yield of corn plants (34%) using as inoculum Lysinibacillus sphaericus,,
3276,1423.0,Bacillus subtilis,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8610360,75,percent,assay reported without a usable scale,The co-inoculation of Bacillus subtilis and Azospirillum brasilense also improved shoot production (38%) and reduced phosphorus fertilization up to 75% in sugarcane,,
3277,396.0,"Rhizobium phaseoli Ch24–10, Azospirillum brasilense sp.7, Sinorhizobim americanu",binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8610360,215,percent,assay reported without a usable scale,"a multi-species inocula composed of five bacteria ... increased corn plant size and biomass up to 113% compared to non-inoculated plants, and nitrogen fixation 215%",,
3278,,GSF30,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8614823,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'absent',the genes responsible for biological nitrogen fixation were absent from all strains except for GSF30,,
3280,3888.0,Pisum sativum L. (garden pea),binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC8635114,48.4,percent,assay reported without a usable scale,"Pots filled with 10 kg soil with Co at 2 mg/kg | Increased grain yield by 48.4% | Singh et al., 2012",unusable,not_a_single_microbial_species
3281,3847.0,Glycine max (L.) Merr. (Soybean),binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC8635114,52,percent,assay reported without a usable scale,"Plants were grown in nutrient solutions containing 1 and 5 μg/L cobaltous chloride, inoculated with rhizobia in the absence of nitrogen | No N deficiency symptoms, and increased dry weight by 52% compared with the control treatments | Ahmed",unusable,not_a_single_microbial_species
3282,,P. oceanica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8636270,50,mmol m−2 d−1 CO2 fixed,symbiotic assay; the microbial symbiont is the fixing partner,net primary production of around 50 mmol m−2 d−1 CO2 fixed,,
3283,,P. oceanica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8636270,6,mmol m−2 d−1 CO2,symbiotic assay; the microbial symbiont is the fixing partner,"net source of CO2, releasing ~6 mmol m−2 d−1 CO2",,
3284,,P. oceanica,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8636270,20,% of freshly fixed N assimilated into leaf biomass within 24,assay reported without a usable scale,up to around 20% of the freshly fixed N being assimilated into leaf biomass already within 24 h,,
3285,,P. oceanica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8636270,50,mmol m−2 d−1 CO2 fixed,symbiotic assay; the microbial symbiont is the fixing partner,net primary production of around 50 mmol m−2 d−1 CO2 fixed,,
3286,,P. oceanica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8636270,6,mmol m−2 d−1 CO2,symbiotic assay; the microbial symbiont is the fixing partner,"net source of CO2, releasing ~6 mmol m−2 d−1 CO2",,
3287,,P. oceanica,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8636270,20,% of freshly fixed N assimilated into leaf biomass within 24,assay reported without a usable scale,up to around 20% of the freshly fixed N being assimilated into leaf biomass already within 24 h,,
3288,294.0,Pseudomonas fluorescens,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8645841,29,percent,assay measured; denominator or scale lost,Pseudomonas fluorescens intensify groundnut plant germination by 29–30% with an enhancing >70% grain yield,,
3289,294.0,Pseudomonas fluorescens,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8645841,70,percent,assay reported without a usable scale,Pseudomonas fluorescens intensify groundnut plant germination by 29–30% with an enhancing >70% grain yield,,
3290,294.0,Pseudomonas fluorescens,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8645841,20,percent,assay reported without a usable scale,"Pseudomonas fluorescens also has characteristics as PSB to improve peanut plant growth with an increased harvest of approximately 20% (dry weight of nodule, N, and phosphorous content in the rhizosphere)",,
3291,303.0,Pseudomonas putida,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8645841,80,percent,assay reported without a usable scale,"Pseudomonas putida strains 4, 108, 153, and 169 act as PSB as observed during enhanced cereal production of up to 80–90%",,
3292,1812935.0,Enterobacter roggenkampii ED5,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8649694,29.6,nmoL C2H4 mg protein/h,accepted quantitative rate,the strain E. roggenkampii ED5 showed high nitrogenase activity (29.60 nmoL C2H4 mg protein/h) through acetylene reduction assay,,
3293,,LjGlb2-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8664582,16,nmol C2H4 h-1 nodule-1,symbiotic assay; the microbial symbiont is the fixing partner,Acetylene reduction activity (ARA) expressed per nodule fresh weight. Data are means (±SE) of 16–17 plants. Different letters indicate significant differences between means as determined by Duncan’s multiple range test (P<0.05).,,
3294,576.0,"Klebsiella sp. Br1, K. pneumoniae Fr1, B. pumilus S1r1, Acinetobacter sp. S3r2",binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8671763,1,nmol C2H4 h-1 mg-1,accepted quantitative rate,"Klebsiella sp. Br1, K. pneumoniae Fr1, B. pumilus S1r1, Acinetobacter sp. S3r2 | Maize roots | N2 fixation,auxin production | Kuan et al., 2016",,
3295,285502.0,Streptomyces roseocinereus MS1B15,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8671763,1,nmol C2H4 h-1 mg-1,accepted quantitative rate,"Streptomyces roseocinereus MS1B15 | Moroccan oat rhizosphere | IAA, Siderophores, ACC deaminase, N2fixation, antimicrobial activity | Chouyia et al., 2020",,
3296,361.0,"Agrobacterium sp. NA11001, Phyllobacterium sp. C65, Bacillus sp. CS14, and Rhizo",binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8671763,1,nmol C2H4 h-1 mg-1,accepted quantitative rate,"Agrobacterium sp. NA11001, Phyllobacterium sp. C65, Bacillus sp. CS14, and Rhizobium sp. V3E1. | Root nodules of Acacia cyanophylla | IAA | Lebrazi et al., 2020",,
3297,576.0,"Klebsiella sp. Br1, K. pneumoniae Fr1, B. pumilus S1r1, Acinetobacter sp. S3r2",binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8671763,1,nmol C2H4 h-1 mg-1,duplicate of an accepted measurement,"Klebsiella sp. Br1, K. pneumoniae Fr1, B. pumilus S1r1, Acinetobacter sp. S3r2 | Maize roots | N2 fixation,auxin production | Kuan et al., 2016",,
3298,285502.0,Streptomyces roseocinereus MS1B15,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8671763,1,nmol C2H4 h-1 mg-1,duplicate of an accepted measurement,"Streptomyces roseocinereus MS1B15 | Moroccan oat rhizosphere | IAA, Siderophores, ACC deaminase, N2fixation, antimicrobial activity | Chouyia et al., 2020",,
3299,361.0,"Agrobacterium sp. NA11001, Phyllobacterium sp. C65, Bacillus sp. CS14, and Rhizo",binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8671763,1,nmol C2H4 h-1 mg-1,duplicate of an accepted measurement,"Agrobacterium sp. NA11001, Phyllobacterium sp. C65, Bacillus sp. CS14, and Rhizobium sp. V3E1. | Root nodules of Acacia cyanophylla | IAA | Lebrazi et al., 2020",,
3300,1355477.0,Bradyrhizobium diazoefficiens USDA 110 WT,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8678110,45,nmol h-1 mg-1 of nodule,assay reported without a usable scale,nitrogenase activity of >45nmolh−1 mg−1 of nodule,,
3301,1355477.0,Bradyrhizobium diazoefficiens USDA 110 noeI mutant,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC8678110,0.5,nmol h-1 mg-1 of nodule,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",nitrogenase activity dropped to <0.5nmolh−1 mg−1,,
3302,,"ΔnifL, high O2",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8686835,2.04,mmolN2· h−1 · g CDW−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Conditions | Growth rate (h−1) | Value (mmol of metabolite · h−1 · g CDW−1) for: |  |  |  | ΔnifL, high O2 | 0.10 | 3.00 | 100.64 | −9.00 | 2.04",,
3303,,"ΔnifL, low O2",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8686835,2.14,mmolN2· h−1 · g CDW−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Conditions | Growth rate (h−1) | Value (mmol of metabolite · h−1 · g CDW−1) for: |  |  |  | ΔnifL, low O2 | 0.12 | 3.00 | 39.71 | −4.00 | 2.14",,
3304,,Anabaena 33047,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8689445,2,fold higher specific rates of nitrogenase activity,assay reported without a usable scale,the mutant exhibited 2 to 3-fold higher specific rates of nitrogenase activity compared to the WT,,
3305,,Anabaena 33047,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8689445,3,fold higher specific rates of nitrogenase activity,assay reported without a usable scale,the mutant exhibited 2 to 3-fold higher specific rates of nitrogenase activity compared to the WT,,
3306,,Anabaena 33047,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8689445,50,% higher growth rate,assay reported without a usable scale,the mutant exhibited ∼50% higher growth rate compared to the WT,,
3307,,Anabaena 33047,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8689445,12,% higher growth rate,assay reported without a usable scale,the mutant grew ∼12% faster than the WT,,
3308,,Anabaena 33047,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8689445,50,% higher specific activity of the nitrogenase enzyme,assay reported without a usable scale,about 50% higher specific activity of the nitrogenase enzyme,,
3309,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,2.89,%,assay reported without a usable scale,Total N2 fixation/Total N demand | 2.89% | 3.72% | 3.51% | 6.45%,,
3310,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,3.72,%,assay reported without a usable scale,Total N2 fixation/Total N demand | 2.89% | 3.72% | 3.51% | 6.45%,,
3311,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,3.51,%,assay reported without a usable scale,Total N2 fixation/Total N demand | 2.89% | 3.72% | 3.51% | 6.45%,,
3312,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,6.45,%,assay reported without a usable scale,Total N2 fixation/Total N demand | 2.89% | 3.72% | 3.51% | 6.45%,,
3313,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,0.29,%,assay reported without a usable scale,Tissue N2 fixation/Tissue N demand | 0.29% | 0.83% | 1.25% | 2.22%,,
3314,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,0.83,%,assay reported without a usable scale,Tissue N2 fixation/Tissue N demand | 0.29% | 0.83% | 1.25% | 2.22%,,
3315,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,1.25,%,assay reported without a usable scale,Tissue N2 fixation/Tissue N demand | 0.29% | 0.83% | 1.25% | 2.22%,,
3316,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,2.22,%,assay reported without a usable scale,Tissue N2 fixation/Tissue N demand | 0.29% | 0.83% | 1.25% | 2.22%,,
3317,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,5.62,%,assay reported without a usable scale,Skeletal N2 fixation/Skeletal N demand | 5.62% | 4.89% | 4.01% | 7.49%,,
3318,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,4.89,%,assay reported without a usable scale,Skeletal N2 fixation/Skeletal N demand | 5.62% | 4.89% | 4.01% | 7.49%,,
3319,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,4.01,%,assay reported without a usable scale,Skeletal N2 fixation/Skeletal N demand | 5.62% | 4.89% | 4.01% | 7.49%,,
3320,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,7.49,%,assay reported without a usable scale,Skeletal N2 fixation/Skeletal N demand | 5.62% | 4.89% | 4.01% | 7.49%,,
3321,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,5.56,%,assay reported without a usable scale,Total N2 fixation/Tissue N demand | 5.56% | 12.96% | 19.15% | 32.54%,,
3322,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,12.96,%,assay reported without a usable scale,Total N2 fixation/Tissue N demand | 5.56% | 12.96% | 19.15% | 32.54%,,
3323,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,19.15,%,assay reported without a usable scale,Total N2 fixation/Tissue N demand | 5.56% | 12.96% | 19.15% | 32.54%,,
3324,,holobiont,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8692400,32.54,%,assay reported without a usable scale,Total N2 fixation/Tissue N demand | 5.56% | 12.96% | 19.15% | 32.54%,,
3325,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8710831,28.2,nmol C2H4 h-1 mg-1,assay reported without a usable scale,OX lines showed increased nitrogenase activity by 28.2%,,
3326,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8710831,33.3,nmol C2H4 h-1 mg-1,assay reported without a usable scale,RNAi lines showed a 33.3% reduction compared to the control,,
3327,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8710831,29.2,nmol C2H4 h-1 mg-1,assay reported without a usable scale,nitrogenase activity in the hsp17.9 lines was decreased by 29.2%,,
3328,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8710831,37.5,nmol C2H4 h-1 mg-1,assay reported without a usable scale,nitrogenase activity in the hsp17.9 lines was decreased by 37.5%,,
3329,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8710831,26.7,nmol C2H4 h-1 mg-1,assay reported without a usable scale,nitrogenase activity was increased by 26.7% in overexpressed transgenic plants,,
3330,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8710831,27.9,nmol C2H4 h-1 mg-1,assay reported without a usable scale,nitrogenase activity was decreased by 27.9% in RNAi plants of GmNOD100,,
3331,59814.0,Pantoea dispersa,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,15.3,nmoL C2H4 mg protein h–1,accepted quantitative rate,AE2 | ARA (nmoL C2H4 mg protein h–1) | 15.30 ± 0.23e,,
3332,497725.0,Kosakonia oryzae,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,10.29,nmoL C2H4 mg protein h–1,accepted quantitative rate,AE3 | ARA (nmoL C2H4 mg protein h–1) | 10.29 ± 0.15g,,
3333,55209.0,Pantoea cypripedii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,23.24,nmoL C2H4 mg protein h–1,accepted quantitative rate,AF1 | ARA (nmoL C2H4 mg protein h–1) | 23.24 ± 0.35b,,
3334,553.0,Pantoea ananatis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,18.64,nmoL C2H4 mg protein h–1,accepted quantitative rate,BA4 | ARA (nmoL C2H4 mg protein h–1) | 18.64 ± 0.28c,,
3335,574096.0,Pantoea allii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,12.59,nmoL C2H4 mg protein h–1,accepted quantitative rate,BB2 | ARA (nmoL C2H4 mg protein h–1) | 12.59 ± 0.19f,,
3336,549.0,Pantoea agglomerans,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,10.08,nmoL C2H4 mg protein h–1,accepted quantitative rate,CF1 | ARA (nmoL C2H4 mg protein h–1) | 10.08 ± 0.15g,,
3337,283686.0,Kosakonia radicincitans,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,10.5,nmoL C2H4 mg protein h–1,accepted quantitative rate,EA1 | ARA (nmoL C2H4 mg protein h–1) | 10.50 ± 0.16g,,
3338,551989.0,Kosakonia arachidis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,35.14,nmoL C2H4 mg protein h–1,accepted quantitative rate,EF1 | ARA (nmoL C2H4 mg protein h–1) | 35.14 ± 0.52a,,
3339,1005667.0,Kosakonia oryziphila,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,9.46,nmoL C2H4 mg protein h–1,accepted quantitative rate,ACCR4 | ARA (nmoL C2H4 mg protein h–1) | 9.46 ± 0.14h,,
3340,2529380.0,Kosakonia quasisacchari,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,17.39,nmoL C2H4 mg protein h–1,accepted quantitative rate,ACCR21 | ARA (nmoL C2H4 mg protein h–1) | 17.39 ± 0.26d,,
3341,1646340.0,Kosakonia pseudosacchari,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8714890,6.95,nmoL C2H4 mg protein h–1,accepted quantitative rate,ACCE1 | ARA (nmoL C2H4 mg protein h–1) | 6.95 ± 0.10i,,
3342,,ipt3 mutant nodules,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8774767,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',there was no difference in nitrogen fixation in ipt3 mutant nodules compared with wild-type plants,,
3343,,H. membranaceus-Richelia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8776783,12.6,fmol N cell−1 h−1,co-culture assay; which member fixed is not resolved,12.6–28.4 fmol N cell−1 h−1 for H. membranaceus-Richelia compared to 0.1-4.29 fmol N cell−1 h−1 for H. hauckii-Richelia; Supplementary Table 2,,
3344,,H. membranaceus-Richelia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8776783,219,fmol C cell−1 h−1,co-culture assay; which member fixed is not resolved,"219–685 fmol C cell−1 h−1 compared to 2.74–59.8 fmol C cell−1 h−1, respectively; Supplementary Table 2",,
3345,,H. hauckii-Richelia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8776783,0.1,fmol N cell−1 h−1,co-culture assay; which member fixed is not resolved,0.1-4.29 fmol N cell−1 h−1 for H. hauckii-Richelia; Supplementary Table 2,,
3346,,H. hauckii-Richelia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8776783,2.74,fmol C cell−1 h−1,co-culture assay; which member fixed is not resolved,"2.74–59.8 fmol C cell−1 h−1, respectively; Supplementary Table 2",,
3347,,H. hauckii-Richelia,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8776783,3.1,fmol N cell−1 h−1,co-culture assay; which member fixed is not resolved,"NFRmax, 3.1 fmol N cell−1 h−1",,
3348,1076.0,Rhodopseudomonas palustris,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8777916,0.015,mol ethane/mol ethylene,accepted quantitative rate,Analyses using gene-deletion mutants in R. palustris indicates that the addition of exogenous V (10 μM) allows the ΔnifH nifD::Tn5 ΔanfA strain to grow diazotrophically and to reduce acetylene to ethane and ethylene at ratios of about 0.015,,
3349,,HH103 syrM mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8780172,90.6,nmol ethylene per hour,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ARA analyses reflected a very week nitrogenase activity per nodule (90.6 ± 19.9 nmol ethylene per hour),,
3350,,HH103 nodD2 mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8780172,408.5,nmol ethylene per hour per nodule,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ARA analyses showed a weaker nitrogenase activity in plants inoculated with either HH103 nodD2 (408.5 ± 102.5 nmol ethylene per hour per nodule),,
3351,,HH103 nolR mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8780172,239.1,nmol ethylene per hour,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ARA analyses showed a weaker nitrogenase activity in plants inoculated with either HH103 nolR (239.1 ± 32.7),,
3352,,CIAT 899,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8780172,806.4,nmol ethylene per hour,assay measured; denominator or scale lost,ARA analyses showed a weaker nitrogenase activity in plants inoculated with either HH103 nodD2 (408.5 ± 102.5 nmol ethylene per hour per nodule) or HH103 nolR (239.1 ± 32.7) when compared to those plants inoculated with CIAT 899 (806.4 ± 53,,
3353,7213.0,Ceratitis capitata,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC8781418,6,µg protein fixed per fly per day,symbiotic assay; the microbial symbiont is the fixing partner,"According to this algorithm, the nitrogen equivalents of 6 µg of protein were fixed per fly per day in Ceratitis capitata",unusable,not_a_single_microbial_species
3354,231732.0,Dorcus rectus,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC8781418,0.25,µg nitrogen fixed per larva per day,symbiotic assay; the microbial symbiont is the fixing partner,about 0.25 µg of nitrogen were fixed per larva per day in Dorcus rectus,unusable,not_a_single_microbial_species
3355,,LaCoSi,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8790769,60,fold higher than conventional supported cobalt catalysts,assay reported without a usable scale,the catalytic productivity of LaCoSi is as much as 60-fold higher than of conventional supported cobalt catalysts,,
3356,,IHK-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8793879,4.39,μmol C2H4 mg−1 protein h−1,accepted quantitative rate,IHK-1 | ARA (μmol C2H4 mg−1 protein h−1) | 4.39,,
3357,,IHK-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8793879,0.313,μmol C2H4 mg−1 protein h−1,accepted quantitative rate,IHK-3 | ARA (μmol C2H4 mg−1 protein h−1) | 0.313,,
3358,,IHK-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8793879,0.127,μmol C2H4 mg−1 protein h−1,accepted quantitative rate,IHK-4 | ARA (μmol C2H4 mg−1 protein h−1) | 0.127,,
3359,,IHK-7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8793879,0.195,μmol C2H4 mg−1 protein h−1,accepted quantitative rate,IHK-7 | ARA (μmol C2H4 mg−1 protein h−1) | 0.195,,
3360,,IHK-8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8793879,0.174,μmol C2H4 mg−1 protein h−1,accepted quantitative rate,IHK-8 | ARA (μmol C2H4 mg−1 protein h−1) | 0.174,,
3361,,IHK-13,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8793879,3.21,μmol C2H4 mg−1 protein h−1,accepted quantitative rate,IHK-13 | ARA (μmol C2H4 mg−1 protein h−1) | 3.21,,
3362,,IHK-15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8793879,0.29,μmol C2H4 mg−1 protein h−1,accepted quantitative rate,IHK-15 | ARA (μmol C2H4 mg−1 protein h−1) | 0.29,,
3363,,IHK-25,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8793879,1.96,μmol C2H4 mg−1 protein h−1,accepted quantitative rate,IHK-25 | ARA (μmol C2H4 mg−1 protein h−1) | 1.96,,
3364,,actinobacterial WZS021,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC8796710,65,nmol mL−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",actinobacterial WZS021 | Nitrogenase activity (nmol mL−1 h−1) | 65,,
3365,53317.0,Sphingomonas trueperi NNA-14,binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC8796710,350,nmol mL−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Sphingomonas trueperi NNA-14 | Nitrogenase activity (nmol mL−1 h−1) | 350,,
3366,,Bradyrhizobium spp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8816665,3.16,g shoot dry weight per plant,assay measured; denominator or scale lost,The accumulation of 3.16±0.1 to 5.45±0.1 g shoot dry weight per plant by the Bradyrhizobia species in this study,,
3367,,Bradyrhizobium spp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8816665,5.45,g shoot dry weight per plant,assay measured; denominator or scale lost,The accumulation of 3.16±0.1 to 5.45±0.1 g shoot dry weight per plant by the Bradyrhizobia species in this study,,
3368,1761772.0,Bradyrhizobium shewense (AU27),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8816665,129,% of N-fertilized control plants,assay reported without a usable scale,inoculation with B. shewense (AU27) accumulated shoot dry matter more than the N-fertilized control plants (129%),,
3369,1761772.0,Bradyrhizobium shewense (AU27) + A. soli (AU4),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8816665,260,%,assay reported without a usable scale,inoculations that involved B. shewense (AU27) + A. soli (AU4) increased shoot nitrogen by 260%,,
3370,1761772.0,Bradyrhizobium shewense (AU27) + Glomus sp.1 (AMF1),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8816665,1200,%,assay reported without a usable scale,1200% increment of shoot P was recorded with inoculations of B. shewense (AU27) + Glomus sp.1 (AMF1) compared to un-inoculated control,,
3371,1761772.0,Bradyrhizobium shewense (AU27) + A. soli (AU4) (T4),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8816665,260,%,assay reported without a usable scale,the dual inoculations with B. shewense (AU27) + A. soli (AU4) (T4) increased the shoot total nitrogen content by 260%,,
3372,1761772.0,Bradyrhizobium shewense (AU27) + Acaulospora sp.1 (AMF2) + A. soli (AU4) (T6),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC8816665,214.4,%,assay reported without a usable scale,"the dual and triple inoculations with B. shewense (AU27) + A. soli (AU4) (T4) and B. shewense (AU27) + Acaulospora sp.1 (AMF2) + A. soli (AU4) (T6) increased the shoot total nitrogen content by 260%, and 214.4%",,
3373,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8821619,35.29,milliliter ethylene h−1 g−1 nodule,assay reported without a usable scale,"Nitrogenase activity in intercropping-induced nodules significantly increased by 35.29%, 14.36% and 25.17%, 13.71% under both deficient and sufficient P levels than monocropping, respectively.",,
3374,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8821619,14.36,milliliter ethylene h−1 g−1 nodule,assay reported without a usable scale,"Nitrogenase activity in intercropping-induced nodules significantly increased by 35.29%, 14.36% and 25.17%, 13.71% under both deficient and sufficient P levels than monocropping, respectively.",,
3375,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8821619,25.17,milliliter ethylene h−1 g−1 nodule,assay reported without a usable scale,"Nitrogenase activity in intercropping-induced nodules significantly increased by 35.29%, 14.36% and 25.17%, 13.71% under both deficient and sufficient P levels than monocropping, respectively.",,
3376,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8821619,13.71,milliliter ethylene h−1 g−1 nodule,assay reported without a usable scale,"Nitrogenase activity in intercropping-induced nodules significantly increased by 35.29%, 14.36% and 25.17%, 13.71% under both deficient and sufficient P levels than monocropping, respectively.",,
3377,,E. pelagica,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8831587,0.1,fmol N cell−1 d−1,symbiotic assay; the microbial symbiont is the fixing partner,The 15N2 assimilation beginning at 20:30 had rates of 0.1 fmol N cell−1 d−1 for E. pelagica.,,
3378,,PvMT1A:RNAi transgenic roots,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8836284,50,µmol ethylene h-1 nodule dry weight-1,assay reported without a usable scale,PvMT1A downregulation caused a decrease in acetylene reduction (50%) compared to the control.,,
3379,,PvMT1A:RNAi transgenic roots,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8836284,50,µmol ethylene h-1 nodule dry weight-1,assay reported without a usable scale,"In the few nodules in PvMT1A:RNAi transgenic roots, a 50% reduction in nitrogen fixation capacity was observed.",,
3380,,RG2T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8859169,1.7,nmol C2H4 h-1 cell-1,assay measured; denominator or scale lost,"The ARAs of strains RG2T, RG3, RG10T, RF4T, and RG29 were (1.7 ± 0.2) × 10–6, (2.1 ± 0.4) × 10–6, (1.2 ± 0.7) × 10–6, (3.2 ± 0.2) × 10–6, and (2.8 ± 0.2) × 10–6 nmol C2H4/h/cell, respectively",,
3381,,RG3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8859169,2.1,nmol C2H4 h-1 cell-1,assay measured; denominator or scale lost,"The ARAs of strains RG2T, RG3, RG10T, RF4T, and RG29 were (1.7 ± 0.2) × 10–6, (2.1 ± 0.4) × 10–6, (1.2 ± 0.7) × 10–6, (3.2 ± 0.2) × 10–6, and (2.8 ± 0.2) × 10–6 nmol C2H4/h/cell, respectively",,
3382,,RG10T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8859169,1.2,nmol C2H4 h-1 cell-1,assay measured; denominator or scale lost,"The ARAs of strains RG2T, RG3, RG10T, RF4T, and RG29 were (1.7 ± 0.2) × 10–6, (2.1 ± 0.4) × 10–6, (1.2 ± 0.7) × 10–6, (3.2 ± 0.2) × 10–6, and (2.8 ± 0.2) × 10–6 nmol C2H4/h/cell, respectively",,
3383,,RF4T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8859169,3.2,nmol C2H4 h-1 cell-1,assay measured; denominator or scale lost,"The ARAs of strains RG2T, RG3, RG10T, RF4T, and RG29 were (1.7 ± 0.2) × 10–6, (2.1 ± 0.4) × 10–6, (1.2 ± 0.7) × 10–6, (3.2 ± 0.2) × 10–6, and (2.8 ± 0.2) × 10–6 nmol C2H4/h/cell, respectively",,
3384,,RG29,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8859169,2.8,nmol C2H4 h-1 cell-1,assay measured; denominator or scale lost,"The ARAs of strains RG2T, RG3, RG10T, RF4T, and RG29 were (1.7 ± 0.2) × 10–6, (2.1 ± 0.4) × 10–6, (1.2 ± 0.7) × 10–6, (3.2 ± 0.2) × 10–6, and (2.8 ± 0.2) × 10–6 nmol C2H4/h/cell, respectively",,
3385,,Methyloferula spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8863050,0.2,percent of prokaryotic genes,assay reported without a usable scale,"Methyloferula comprised approximately 0.2% of prokaryotic genes and transcripts in our metagenomes and metatranscriptomes, respectively.",,
3386,,LC-T2T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8895201,19.7,(nmol C2H4) (mg protein) –1 h–1,accepted quantitative rate,Nitrogenase activity [(nmol C2H4) (mg protein) –1 h–1] | 19.7 ± 1.6ab,,
3387,,LC-T2T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8895201,25.4,(nmol C2H4) (mg protein) –1 h–1,accepted quantitative rate,Nitrogenase activity [(nmol C2H4) (mg protein) –1 h–1] | 25.4 ± 1.7a,,
3388,,P. odorifer JCM 21743T,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8895201,15.5,(nmol C2H4) (mg protein) –1 h–1,accepted quantitative rate,Nitrogenase activity [(nmol C2H4) (mg protein) –1 h–1] | 15.5 ± 2.4b,,
3389,,wild-type strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8907163,357.49,nmol ethylene h-1 mL-1 OD600-1,assay measured; denominator or scale lost,"Nitrogenase activities of wild-type, ΔnafU, and nafU comp strains under 5% and 20% oxygen. The cells were sampled at 14 h after the start of culture. The Data are shown as relative values when the average activity in ""wild-type strain under",,
3390,,wild-type strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8907163,479.21,nmol ethylene h-1 mL-1 OD600-1,assay measured; denominator or scale lost,"Nitrogenase activity of wild-type and nafU OE strains under 5% and 20% oxygen. The cells were sampled at 14 h after the start of culture. Data are shown as relative values when the average activity in ""wild-type strain under 5% oxygen"" is 1",,
3391,264691.0,Trichormus variabilis K-31,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8909559,3.57,nmol ethylene mg−1 DW h−1,accepted quantitative rate,Trichormus variabilis K-31 had the highest ethylene content (3.57 ± 0.26 nmol ethylene mg−1 DW h−1),,
3392,2831906.0,Nostoc sp. J-14,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8909559,2.82,nmol ethylene mg−1 DW h−1,accepted quantitative rate,the strain Nostoc sp. J-14 (2.82 ± 0.07 nmol ethylene mg−1 DW h−1) and Tolypothrix tenuis J-1 (2.22 ± 0.06 nmol ethylene mg−1 DW h−1) showed good results,,
3393,457083.0,Tolypothrix tenuis J-1,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8909559,2.22,nmol ethylene mg−1 DW h−1,accepted quantitative rate,the strain Nostoc sp. J-14 (2.82 ± 0.07 nmol ethylene mg−1 DW h−1) and Tolypothrix tenuis J-1 (2.22 ± 0.06 nmol ethylene mg−1 DW h−1) showed good results,,
3394,1458455.0,Cylindrospermum badium J-8,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8909559,1.36,nmol ethylene mg−1 DW h−1,accepted quantitative rate,"the strain Cylindrospermum badium J-8, this indicator was 1.36 ± 0.05 nmol ethylene mg−1 DW h−1",,
3395,264691.0,Trichormus variabilis K-31,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8909559,5.2,nmol ethylene mg−1 DW h−1,accepted quantitative rate,the maximum accumulation of C2H4 was observed after 24 h and 5.2 ± 0.6 nmol ethylene mg−1 DW h−1,,
3396,2831906.0,Nostoc sp. J-14,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8909559,4.4,nmol ethylene mg−1 DW h−1,accepted quantitative rate,the oxidation of C2H4 was observed after 24 h (4.4 ± 2.6 nmol ethylene mg−1 DW h−1),,
3397,2831906.0,Nostoc sp. J-14,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8909559,3.8,nmol ethylene mg−1 DW h−1,accepted quantitative rate,the maximum oxidation of C2H4 at a concentration of 10 μmol after 24 h of the experiment was 3.8 ± 0.7 nmol ethylene mg−1 DW h−1,,
3398,264691.0,Trichormus variabilis K-31,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8909559,4.2,nmol ethylene mg−1 DW h−1,accepted quantitative rate,the maximum oxidation of C2H4 showed 4.2 ± 0.8 nmol ethylene mg−1 DW h−1 at a concentration of 5 μmol after 24 h of the experiment,,
3399,,nodulated side root nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8910638,41.0,μmoles of ethylene formed per plant per hour,assay reported without a usable scale,"the specific nitrogenase activity (SNA) and acetylene reduction activity (ARA) on the nodulated side of NH treatment decreased by 44.0% and 41.0%, respectively",,
3400,,nodulated side root nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8910638,44.0,μmoles of ethylene formed per gram dry weight of nodules per,assay reported without a usable scale,"the specific nitrogenase activity (SNA) and acetylene reduction activity (ARA) on the nodulated side of NH treatment decreased by 44.0% and 41.0%, respectively",,
3401,,tar-5 mutant strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8914248,78.8,percent of nodules,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",the tar-5 strain occupied 78.8±8.1 % of nodules (expected 50 %) against CFN42,,
3402,,6-tar mutant strain,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8914248,4,percent of nodules,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",the 6-tar strain occupied only 4±3 % of nodules in competition against CIAT652,,
3403,,bulk_sample,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8921678,0.0,×106,a zero is present in the quote beside assay context,Nitrogen fixation (Nif) (×106) | nifH | 9.21 | 3.84 | 4.51 | 2.29 | 0.23 | 0.15 | 0.53,,
3404,,Krypidia spormannii FAVT5,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8941013,12,percent of signal from active N. europaea,assay reported without a usable scale,"the amount of signal observed after the CuAAC reaction was just above background, corresponding to approximately 12% and 25% of the signal obtained from active N. europaea and M. tundrae cultures, respectively",,
3405,,N. muscorum UTEX 1037,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8941135,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,"Average log2 fold-change of genes related to photosystems I & II, carbon fixation, and nitrogen fixation related in Nostoc grown with Sphagnum vs. Nostoc grown alone. Asterisks indicate FDR-corrected p value ≤ 0.05. Errors bars represent ± ",,
3406,,A. marina,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8949462,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'not',"N fixation of atmospheric N2 to ammonium is an important source of biologically available N. The ability to fix N has been previously reported for one strain of A. marina (HICR111A) [63]. Like many unicellular, N-fixing cyanobacteria, strai",,
3407,1859.0,Frankia alni,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8951365,291.33,fold change,assay reported without a usable scale,WP_009741523.1 | FRAAL6813 | nifH | Nitrogenase iron protein NifH | 291.33 | P | S | 0.009,,
3408,1859.0,Frankia alni,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8951365,279.0,fold change,assay reported without a usable scale,WP_011607845.1 | FRAAL6811 | nifK | Nitrogenase molybdenum–iron protein subunit beta NifK | 279.00 | C | S | 0.005,,
3409,1859.0,Frankia alni,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8951365,86.17,fold change,assay reported without a usable scale,WP_011607846.1 | FRAAL6812 | nifD | Nitrogenase molybdenum–iron protein subunit alpha NifD | 86.17 | C | S | 0.002,,
3410,1859.0,Frankia alni,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8951365,91.5,fold change,nitrogenase purified from this organism,WP_011607832.1 | FRAAL6798 | korB | 2-Oxoglutarate ferredoxin oxidoreductase subunit beta KorB | 91.50 | C | S | 0.002,,
3411,1859.0,Frankia alni,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8951365,82.0,fold change,nitrogenase purified from this organism,WP_041939982.1 | FRAAL6799 | korA | 2-Oxoglutarate ferredoxin oxidoreductase subunit alpha KorA | 82.00 | C | S | 0.001,,
3412,1859.0,Frankia alni,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8951365,64.17,fold change,assay reported without a usable scale,WP_011602860.1 | FRAAL1673 | mopB | Molybdenum-binding protein MopB | 64.17 | R | S | 0.004,,
3413,1859.0,Frankia alni,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8951365,44.33,fold change,nitrogenase purified from this organism,"WP_011605156.1 | FRAAL4025 | ddnB | F420H(2)-dependent quinone nitroreductase, DdnB | 44.33 | J | S | 0.003",,
3414,1859.0,Frankia alni,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8951365,40.33,fold change,assay reported without a usable scale,WP_011607839.1 | FRAAL6805 | nifW | Nitrogenase-stabilizing/protective protein NifW | 40.33 | P | S | 0.003,,
3415,1859.0,Frankia alni,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8951365,33.83,fold change,assay reported without a usable scale,WP_041939985.1 | FRAAL6808 | nifX | Nitrogen fixation protein NifX | 33.83 | - | S | 0.002,,
3416,1859.0,Frankia alni,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8951365,23.83,fold change,assay reported without a usable scale,WP_011607841.1 | FRAAL6807 | nif | Associated nitrogen fixation protein NifX | 23.83 | - | S | 0.003,,
3417,,HT-PGPB,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8953261,20,nmol α-KB mg−1 h−1,assay reported without a usable scale,HT-PGPB with ACC-D activity of at least 20 nmol α-KB mg−1 h−1,,
3418,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8959767,38.8,percent,symbiotic assay; the microbial symbiont is the fixing partner,"nodule number, fresh weight, and nodule size increased by 38.8, 56.6, and 12.5% in overexpression lines",,
3419,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8959767,52.5,percent,symbiotic assay; the microbial symbiont is the fixing partner,"nodule number, fresh weight, and nodule size decreased by 52.5, 65.6 and 27.6% in suppression lines",,
3420,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8959767,63.3,percent,assay reported without a usable scale,peroxidase activity increased by 63.3% in overexpression lines,,
3421,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8959767,35.1,percent,assay reported without a usable scale,peroxidase activity decreased by 35.1% in suppression lines,,
3422,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8959767,7.8,percent,assay reported without a usable scale,the content of ROS was greatly decreased by 7.8% in GmHSP17.1 overexpression lines,,
3423,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8959767,25.9,percent,assay reported without a usable scale,the content of ROS was increased by 25.9% in suppression lines,,
3424,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8973899,37.8,nmol C2H4 h-1 nodule-1,assay reported without a usable scale,nitrogenase activity and P contents in GmSPX8 overexpressed transgenic plants were significantly increased by 37.8%and 35.0% under low P stress,,
3425,,soybean nodules,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8973899,23.6,nmol C2H4 h-1 nodule-1,assay reported without a usable scale,"both were decreased in RNAi plants by 23.6%and 19.8%, respectively",,
3426,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8973989,25.7,percent biomass increase,assay reported without a usable scale,a biomass increase of 25.70% (1.05 g) at 10 mg L-1,,
3427,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC8973989,151.36,percent nitrogen fixation efficiency increase,assay reported without a usable scale,inducing a 151.36% nitrogen fixation efficiency increase,,
3428,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8973989,2.51,times total nitrogen fixation increase,symbiotic assay; the microbial symbiont is the fixing partner,"The 2.51-, 2.37-, 1.99-time increase in total nitrogen fixation under MF-NPs treatment (10 mg L-1, 50 mg L-1, and 100 mg L-1)",,
3429,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8973989,2.37,times total nitrogen fixation increase,symbiotic assay; the microbial symbiont is the fixing partner,"The 2.51-, 2.37-, 1.99-time increase in total nitrogen fixation under MF-NPs treatment (10 mg L-1, 50 mg L-1, and 100 mg L-1)",,
3430,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8973989,1.99,times total nitrogen fixation increase,symbiotic assay; the microbial symbiont is the fixing partner,"The 2.51-, 2.37-, 1.99-time increase in total nitrogen fixation under MF-NPs treatment (10 mg L-1, 50 mg L-1, and 100 mg L-1)",,
3431,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC8973989,1.79,times total nitrogen fixation increase,symbiotic assay; the microbial symbiont is the fixing partner,"The 2.51-, 2.37-, 1.99-time increase in total nitrogen fixation under MF-NPs treatment (10 mg L-1, 50 mg L-1, and 100 mg L-1) and 1.79-time increase under MnCl2 (27.27 mg L-1) treatment",,
3432,,lucerne,host_plant_or_common_name,assay_direct,T1,negative,True,corpus_fulltext,PMC8993804,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'non-',the N2-fixing lucerne showed greater potential to induce microbial C stabilization than the non-legume kernza,,
3433,,Variovorax,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC9026315,0,μmoles α-ketobutyrate·mg protein−1·h−1,explicit negative statement: 'lack',"both strains lack the nitrogenase genes (nifKDH), suggesting that they do not fix nitrogen. ACC deaminase is responsible for the cleavage of the plant ethylene precursor, ACC, into ammonia and α-ketobutyrate [34] and this ammonia produced b",,
3434,,A. pinnata growth and nitrogen fixation symbiosis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.126,day−1,symbiotic assay; the microbial symbiont is the fixing partner,"A. pinnata growth and nitrogen fixation symbiosis | Fertiliser and floodwater | Not controlled | Present | Varied natural light; 30,000 lx to 120,000 lx | Not measured | 0.126 | [21]",,
3435,,A. pinnata influence on rice crops,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.11,day−1,symbiotic assay; the microbial symbiont is the fixing partner,A. pinnata influence on rice crops | Fertiliser and floodwater | Not controlled | Present | Natural light; not quantified | Greenhouse conditions | 0.110 | [22],,
3436,,Effects of light intensity on A. pinnata,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.085,day−1,symbiotic assay; the microbial symbiont is the fixing partner,"Effects of light intensity on A. pinnata | Fertiliser with floodwater | Not controlled | Present | Varied natural light; 15,000 lx to 80,000 lx | Not measured | 0.085 | [23]",,
3437,,Effects of photoperiods on the growth of A. pinnata,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.09,day−1,symbiotic assay; the microbial symbiont is the fixing partner,Effects of photoperiods on the growth of A. pinnata | Fertiliser with tap water | Not controlled | Present | Artificial light; 7500 lx | Not measured | 0.090 | [24],,
3438,,Water remediation of sewage using A. pinnata,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.025,day−1,symbiotic assay; the microbial symbiont is the fixing partner,Water remediation of sewage using A. pinnata | Sewage and tap water | Not controlled | Present | Natural light; not quantified | Greenhouse conditions | 0.025 | [25],,
3439,,Effects of light intensity on A. pinnata grown in effluent,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.056,day−1,symbiotic assay; the microbial symbiont is the fixing partner,"Effects of light intensity on A. pinnata grown in effluent | Sewage and tap water | Not controlled | Present | Varied natural light; 64,800 lx to 40,500 lx | Greenhouse conditions | 0.056 | [26]",,
3440,,Growth of A. pinnata under different growth conditions,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.283,day−1,symbiotic assay; the microbial symbiont is the fixing partner,Growth of A. pinnata under different growth conditions | Nutrient enriched water | Different initial pH values investigated; not controlled | Varied presence | Varied natural light; not quantified | Greenhouse conditions | 0.283 | [27],,
3441,,Growth comparison of A. pinnata strains,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.3,day−1,symbiotic assay; the microbial symbiont is the fixing partner,"Growth comparison of A. pinnata strains | Standard medium [16] | pH controlled at 6.1; no uncontrolled data | Present | Artificial light; 10,800 lx | Not measured | 0.300 | [28]",,
3442,,Growth analysis of A. pinnata in greenhouse conditions,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.124,day−1,symbiotic assay; the microbial symbiont is the fixing partner,Growth analysis of A. pinnata in greenhouse conditions | Hoagland solution | Not controlled | Absent | Natural light; not quantified | Greenhouse conditions; 60% to 70% | 0.124 | [33],,
3443,,Phytoremediation of dairy wastewater using A. pinnata,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9032100,0.1,day−1,symbiotic assay; the microbial symbiont is the fixing partner,Phytoremediation of dairy wastewater using A. pinnata | Dairy wastewater | Not controlled | Present | Artificial light; 2000 lx | Laboratory conditions; 55% to 70% | 0.100 | [34],,
3444,286727.0,Azospirillum oryzae NBT506 and Bacillus velezensis UTB96,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC9054896,40.2,mg/l,co-culture assay; which member fixed is not resolved,"the addition of L-TRP to the medium enhanced these values for the strains up to two-fold (5.21 mg/L) and five-fold (40.20 mg/L), respectively",,
3445,558.0,Erwinia sp. EU-B2SNL1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9062246,22.51,nmol C2H4 mg−1 protein hr−1,accepted quantitative rate,Nine bacterial isolates exhibited nitrogenase activity in range of 2.01–22.51 nmol C2H4 mg−1 protein hr−1 whereas fifteen isolates showed P-solubilization in the range of 41.7 ± 0.005 mg/L to 155.90 ± 0.005 mg/L.,,
3446,,H-BiOBr,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9081110,2.1,% under 380 nm monochromatic light irradiation,assay reported without a usable scale,The corresponding apparent quantum efficiency can reach a significant value of 2.1% under 380 nm monochromatic light irradiation.,,
3447,97023.0,Trifolium fragiferum,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC9099520,100,kg N ha−1 year−1,symbiotic assay; the microbial symbiont is the fixing partner,the clover species Trifolium repens is able to fix 100 to 350 kg N ha−1 per year,unusable,not_a_single_microbial_species
3448,192.0,Azospirillum brasilense,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9120335,96,n.mole C2H4/ml/h,assay measured; denominator or scale lost,"Only A. brasilense exhibited nitrogenase activities reaching 96 n.mole C2H4/ml/h (Omer 2016, 2017)",,
3449,,Br. diazoefficiens USDA110,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9123240,14.8,nmol C2H4 h-1,assay reported without a usable scale,the activity of nitrogenase was also increased by 14.8% in the co-inoculation treatment,,
3450,,Br. diazoefficiens USDA110,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9123240,11.3,g fresh weight,assay reported without a usable scale,co-inoculation significantly increased the fresh weight of smooth vetch in the tea garden by 11.3%,,
3451,,Br. diazoefficiens USDA110,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9123240,20.8,nmol C2H4 h-1,assay reported without a usable scale,"co-inoculation with BM1 and Vic5 significantly increased smooth vetch height, dry weight, nodule number, and nitrogenase activity by 20.8%",,
3452,,Br. diazoefficiens USDA110,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9123240,13.9,nmol C2H4 h-1,assay reported without a usable scale,"co-inoculation with BM1 and Mh93 on A. sinicus, which increased the above parameters by 13.9%",,
3453,,LT and WF,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9137090,24.4,fold more abundant than SF and FC,assay reported without a usable scale,"the nitrogenase reads in the gut metagenomes of LT and WF being 24.4-fold more abundant than in SF and 20.2-fold more abundant than in FC (Figs. 3B, 5, Table S11). This is in line with the higher rate of N2 fixation measured in LT and WF th",,
3454,,SF and FC,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9137090,20.2,fold more abundant than FC,assay reported without a usable scale,"the nitrogenase reads in the gut metagenomes of LT and WF being 24.4-fold more abundant than in SF and 20.2-fold more abundant than in FC (Figs. 3B, 5, Table S11). This is in line with the higher rate of N2 fixation measured in LT and WF th",,
3455,316.0,P. stutzeri A1501,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC9141998,81.4,nanomoles of ethylene (mg protein × h)−1,assay reported without a usable scale,Biofilm-based nitrogenase activity was reduced by 81.4% in the ΔalgU mutant.,,
3456,67332.0,Streptomyces luteus (XIEG05),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC9143301,76,%,assay reported without a usable scale,most of the tested strains showed nitrogenase activity (76%) based on growth on both NFC and Ashby’s free nitrogen medium,,
3457,2014.0,Nocardiopsis dassonvillei (XIEG12),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC9143301,76,%,assay reported without a usable scale,most of the tested strains showed nitrogenase activity (76%) based on growth on both NFC and Ashby’s free nitrogen medium,,
3458,504798.0,Alloactinosynnema album (XIEG20),binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC9143301,76,%,assay reported without a usable scale,most of the tested strains showed nitrogenase activity (76%) based on growth on both NFC and Ashby’s free nitrogen medium,,
3459,,Azospirillum spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9143718,25,percent,assay reported without a usable scale,Pb (1 ppm) inhibited 25% of acetylene reduction activity (ARA),,
3460,,Azospirillum spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9143718,50,percent,assay reported without a usable scale,Zn (1 ppm) inhibited 50% of ARA,,
3461,,A. brasilense Cd strain,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9143718,0,percent,explicit negative statement: 'not',"their characteristics, such as colonization, growth promotion and N2 fixation, are not altered",,
3462,375.0,Bradyrhizobium japonicum E109 and A. brasilense Az39,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC9143718,20,percent,co-culture assay; which member fixed is not resolved,"plants inoculated with Bradyrhizobium japonicum E109, As caused a decrease in nodules, affecting nitrogen fixation since it was low (around 20–25%) compared to plants inoculated with A. brasilense Az39",,
3463,,AT1-inoculated plant roots,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9145821,50,percent of nitrogenase activity,assay reported without a usable scale,About 50% of the nitrogenase activity of the nodules was also observed in AT1-inoculated plants under Al stress.,,
3464,,MA9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9147649,24.548,mg N2 Fixed 50 mL−1 Culture Media 72 h−1,assay measured; denominator or scale lost,Strain | Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) | 24.548 b,,
3465,,MA14,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9147649,9.458,mg N2 Fixed 50 mL−1 Culture Media 72 h−1,assay measured; denominator or scale lost,Strain | Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) | 9.458 b,,
3466,,MA17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9147649,51.023,mg N2 Fixed 50 mL−1 Culture Media 72 h−1,assay measured; denominator or scale lost,Strain | Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) | 51.023 b,,
3467,,MA19,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9147649,37.149,mg N2 Fixed 50 mL−1 Culture Media 72 h−1,assay measured; denominator or scale lost,Strain | Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) | 37.149 b,,
3468,,MA9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9147649,2.348,nmol of C2H4 Formed mL−1 Culture Media 72 h−1,assay measured; denominator or scale lost,Strain | ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1) | 2.348 b,,
3469,,MA14,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9147649,0.452,nmol of C2H4 Formed mL−1 Culture Media 72 h−1,assay measured; denominator or scale lost,Strain | ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1) | 0.452 a,,
3470,,MA17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9147649,3.125,nmol of C2H4 Formed mL−1 Culture Media 72 h−1,assay measured; denominator or scale lost,Strain | ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1) | 3.125 b,,
3471,,MA19,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9147649,2.428,nmol of C2H4 Formed mL−1 Culture Media 72 h−1,assay measured; denominator or scale lost,Strain | ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1) | 2.428 b,,
3472,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9149585,23.08,percent,symbiotic assay; the microbial symbiont is the fixing partner,"Melatonin increased the nodule number and nodule dry weight by 23.08 and 35.03%, respectively, 12 days after V3 stage treatment",,
3473,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9149585,35.03,percent,assay reported without a usable scale,"Melatonin increased the nodule number and nodule dry weight by 23.08 and 35.03%, respectively, 12 days after V3 stage treatment",,
3474,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9149585,56.59,percent,symbiotic assay; the microbial symbiont is the fixing partner,"the number and dry weight of nodules treated by LN+V3MT were highest, even 12 days after MT was applied in R5 stage, and were 56.59 and 28.07% more than that of CK, respectively",,
3475,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9149585,28.07,percent,assay reported without a usable scale,"the number and dry weight of nodules treated by LN+V3MT were highest, even 12 days after MT was applied in R5 stage, and were 56.59 and 28.07% more than that of CK, respectively",,
3476,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9149585,14.11,percent,assay reported without a usable scale,"the application of MT at R5 stage only affected the dry weight of nodules at low nitrogen levels, increasing it by 14.11% compared with LN",,
3477,,Rhizobium spp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9160038,679.26,n moles C2H4/h−1 culture−1,assay measured; denominator or scale lost,"Characteristic of the test organism | Rhizobium spp. | Pseudomonas fluorescens | Bacillus spp. | Azotobacter chroococcum | Azospirillum brasilense
--- | --- | --- | --- | --- | ---
Nitrogenase activity (n moles C2H4/h−1 culture−1) | 679.26 ",,
3478,353.0,Azotobacter chroococcum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9160038,645.48,n moles C2H4/h−1 culture−1,assay measured; denominator or scale lost,"Characteristic of the test organism | Rhizobium spp. | Pseudomonas fluorescens | Bacillus spp. | Azotobacter chroococcum | Azospirillum brasilense
--- | --- | --- | --- | --- | ---
Nitrogenase activity (n moles C2H4/h−1 culture−1) | 679.26 ",,
3479,192.0,Azospirillum brasilense,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9160038,600.02,n moles C2H4/h−1 culture−1,assay measured; denominator or scale lost,"Characteristic of the test organism | Rhizobium spp. | Pseudomonas fluorescens | Bacillus spp. | Azotobacter chroococcum | Azospirillum brasilense
--- | --- | --- | --- | --- | ---
Nitrogenase activity (n moles C2H4/h−1 culture−1) | 679.26 ",,
3480,,AcΔnifA carrying pSIN02,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9169844,10.24,nmol C2H4 h-1 plant-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",nitrogenase in AcΔnifA carrying pSIN02 produced 10.24 nmols C2H4 h-1 plant-1 when colonizing T1 RhiP barley roots,,
3481,,AcΔnifA carrying pSIN02,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9169844,3.63,nmol C2H4 h-1 plant-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",nitrogenase in AcΔnifA carrying pSIN02 produced 3.63 nmols C2H4 h-1 plant-1 when colonizing T2 RhiP barley roots,,
3482,,sweet clover,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9171386,100,percent,assay reported without a usable scale,"Bruning et al. (2015) reported no significant effect of increasing soil salinity (1.7–16 dS m–1) on biological N fixation by sweet clover (∼100%) and alfalfa (90–70%) except at 20 dS m–1 (80 and 43%, respectively).",,
3483,,alfalfa,host_plant_or_common_name,claim,T4,positive,True,corpus_fulltext,PMC9171386,90,percent,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Bruning et al. (2015) reported no significant effect of increasing soil salinity (1.7–16 dS m–1) on biological N fixation by sweet clover (∼100%) and alfalfa (90–70%) except at 20 dS m–1 (80 and 43%, respectively).",,
3484,,alfalfa,host_plant_or_common_name,claim,T4,positive,True,corpus_fulltext,PMC9171386,70,percent,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Bruning et al. (2015) reported no significant effect of increasing soil salinity (1.7–16 dS m–1) on biological N fixation by sweet clover (∼100%) and alfalfa (90–70%) except at 20 dS m–1 (80 and 43%, respectively).",,
3485,134375.0,Achromobacter sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,12.415,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Achromobacter sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 12.415 ± 0.225 r,,
3486,85698.0,Achromobacter xylosoxidans,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,17.133,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Achromobacter xylosoxidans | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 17.133 ± 0.310 l,,
3487,565.0,Atlantibacter hermannii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,13.258,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Atlantibacter hermannii | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 13.258 ± 0.240 q,,
3488,,Bacillus sp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,9.274,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Bacillus sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 9.274 ± 0.168 v,,
3489,1390.0,Bacillus amyloliquefaciens,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,11.161,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Bacillus amyloliquefaciens | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 11.161 ± 0.202 t,,
3490,492670.0,Bacillus velezensis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,21.8,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Bacillus velezensis | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 21.800 ± 0.395 g,,
3491,36773.0,Burkholderia sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,26.457,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Burkholderia sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 26.457 ± 0.479 b,,
3492,95486.0,Burkholderia cenocepacia,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,15.778,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Burkholderia cenocepacia | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 15.778 ± 0.286 mn,,
3493,28095.0,Burkholderia gladioli,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,18.498,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Burkholderia gladioli | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 18.498 ± 0.335 jk,,
3494,1871047.0,Chryseobacterium sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,14.513,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Chryseobacterium sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 14.513 ± 0.263 o,,
3495,42895.0,Enterobacter sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,11.173,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Enterobacter sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 11.173 ± 0.191 u,,
3496,61645.0,Enterobacter asburiae,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,8.234,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Enterobacter asburiae | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 08.234 ± 0.222 rs,,
3497,550.0,Enterobacter cloacae,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,14.724,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Enterobacter cloacae | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 14.724 ± 0.267 o,,
3498,1812935.0,Enterobacter roggenkampii,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,29.709,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Enterobacter roggenkampii | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 29.709 ± 0.538 a,,
3499,539813.0,Enterobacter tabaci,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,13.309,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Enterobacter tabaci | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 13.309 ± 0.241 q,,
3500,568783.0,Herbaspirillum aquaticum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,24.781,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Herbaspirillum aquaticum | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 24.781 ± 0.449 cd,,
3501,497725.0,Kosakonia oryzae,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,10.285,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Kosakonia oryzae | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 10.285 ± 0.422 f,,
3502,69220.0,Lelliottia nimipressuralis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,24.158,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Lelliottia nimipressuralis | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 24.158 ± 0.438 e,,
3503,33935.0,Lysinibacillus macroides,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,13.891,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Lysinibacillus macroides | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 13.891 ± 0.252 p,,
3504,1972252.0,Metakosakonia sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,6.163,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Metakosakonia sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 6.163 ± 0.112 w,,
3505,51671.0,Microbacterium sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,24.57,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Microbacterium sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 24.570 ± 0.445 de,,
3506,69393.0,Pantoea sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,15.356,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pantoea sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 15.356 ± 0.278 n,,
3507,549.0,Pantoea agglomerans,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,10.082,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pantoea agglomerans | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 10.082 ± 0.183 u,,
3508,553.0,Pantoea ananatis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,18.645,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pantoea ananatis | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 18.645 ± 0.339 j,,
3509,59814.0,Pantoea dispersa,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,15.305,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pantoea dispersa | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 15.305 ± 0.422 f,,
3510,306.0,Pseudomonas sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,17.243,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pseudomonas sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 17.243 ± 0.312 l,,
3511,287.0,Pseudomonas aeruginosa,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,12.626,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pseudomonas aeruginosa | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 12.626 ± 0.229 r,,
3512,587753.0,Pseudomonas chlororaphis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,18.156,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pseudomonas chlororaphis | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 18.156 ± 0.329 k,,
3513,70775.0,Pseudomonas plecoglossicida,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,18.919,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pseudomonas plecoglossicida | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 18.919 ± 0.343 ij,,
3514,303.0,Pseudomonas putida,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,25.202,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pseudomonas putida | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 25.202 ± 0.456 c,,
3515,198620.0,Pseudomonas koreensis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,15.567,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pseudomonas koreensis | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 15.567 ± 0.282 n,,
3516,470150.0,Pseudomonas taiwanensis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,12.215,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Pseudomonas taiwanensis | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 12.215 ± 0.221 rs,,
3517,391.0,Rhizobium sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,13.258,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Rhizobium sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 13.258 ± 0.240 q,,
3518,,Serratia sp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,18.919,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Serratia sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 18.919 ± 0.343 ij,,
3519,615.0,Serratia marcescens,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,14.513,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Serratia marcescens | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 14.513 ± 0.263 o,,
3520,330920.0,Sphingomonas azotifigens,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,17.614,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Sphingomonas azotifigens | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 17.614 ± 0.319 l,,
3521,59803.0,Sphingomonas echinoides,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,19.401,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Sphingomonas echinoides | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 19.401 ± 0.351 hi,,
3522,53317.0,Sphingomonas trueperi,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,16.189,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Sphingomonas trueperi | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 16.189 ± 0.293 m,,
3523,29378.0,Staphylococcus arlettae,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,11.793,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Staphylococcus arlettae | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 11.793 ± 0.214 s,,
3524,69392.0,Stenotrophomonas sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,13.258,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Stenotrophomonas sp. | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 13.258 ± 0.240 q,,
3525,40324.0,Stenotrophomonas maltophilia,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,12.415,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Stenotrophomonas maltophilia | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 12.415 ± 0.225 r,,
3526,56458.0,Xanthomonas sacchari,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9181200,19.541,nmoL C2H4 mg Protein h−1,accepted quantitative rate,Xanthomonas sacchari | nifH Gene Amplification | Accession Number | ARA (nmoL C2H4 mg Protein h−1) | 19.541 ± 0.354 h,,
3527,244366.0,Klebsiella variicola MNAZ1050,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9187771,1180,nmol C2H4 (mg protein hr)-1,accepted quantitative rate,the nitrogenase activity of one strain mapping to the most abundant core OTU (29.2%) was identified as K. variicola and contained the entire nif gene cluster with nitrogenase activity of up to 1180 nmol C2H4 (mg protein hr)−1,,
3528,,SynComs,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9187771,11.81,mg N2-fixed per total N,assay reported without a usable scale,"these SynComs do thrive and contribute, through biological nitrogen fixation, 11.8% of the total N accumulated in maize stems",,
3529,,SynComs,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9187771,4.01,mg N2-fixed per total N,assay reported without a usable scale,"these SynComs do thrive and contribute, through biological nitrogen fixation, 4.01% of the total N accumulated in maize roots",,
3530,,SynComs,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9187771,0.46,mg N2-fixed per total N,assay reported without a usable scale,"these SynComs do thrive and contribute, through biological nitrogen fixation, 0.46% of the total N accumulated in maize leaves",,
3531,,S. meliloti,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9197100,8,fold higher in bacteroids from drought-stressed nodules than,assay reported without a usable scale,enzyme activity supported by proline was 8-fold higher in bacteroids from drought-stressed nodules than in bacteroids from controls,,
3532,,S. meliloti,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9197100,8,fold higher in bacteroids from drought-stressed nodules than,assay reported without a usable scale,enzyme activity supported by proline was 8-fold higher in bacteroids from drought-stressed nodules than in bacteroids from controls,,
3533,,S. meliloti,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9197100,8,fold higher in bacteroids from drought-stressed nodules than,assay reported without a usable scale,enzyme activity supported by proline was 8-fold higher in bacteroids from drought-stressed nodules than in bacteroids from controls,,
3534,,NifHAv,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9209457,1673,nmol ethylene formed per min and mg of NifDKAv,nitrogenase purified from this organism,NifHAv was used as NifH control protein (black stars). The molar ratio of NifH:NifDKAv was 40:1. Nitrogenase activity is shown in relation to the activity obtained prior to oxygen exposure at t0 (for ScNifHHt 532 ± 30 units (nmol ethylene f,,
3535,,ScNifHHt,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9209457,532,nmol ethylene formed per min and mg of NifDKAv,nitrogenase purified from this organism,NifHAv was used as NifH control protein (black stars). The molar ratio of NifH:NifDKAv was 40:1. Nitrogenase activity is shown in relation to the activity obtained prior to oxygen exposure at t0 (for ScNifHHt 532 ± 30 units (nmol ethylene f,,
3536,,ScNifHGs,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9209457,159,nmol ethylene formed per min and mg of NifDKAv,nitrogenase purified from this organism,NifHAv was used as NifH control protein (black stars). The molar ratio of NifH:NifDKAv was 40:1. Nitrogenase activity is shown in relation to the activity obtained prior to oxygen exposure at t0 (for ScNifHHt 532 ± 30 units (nmol ethylene f,,
3537,,ScNifHDe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9209457,188,nmol ethylene formed per min and mg of NifDKAv,nitrogenase purified from this organism,NifHAv was used as NifH control protein (black stars). The molar ratio of NifH:NifDKAv was 40:1. Nitrogenase activity is shown in relation to the activity obtained prior to oxygen exposure at t0 (for ScNifHHt 532 ± 30 units (nmol ethylene f,,
3538,29449.0,Rhizobium etli,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9227430,68,percent,assay reported without a usable scale,plants had 68% greater nitrogenase activity than plants inoculated with wild-type R. etli,,
3539,29449.0,Rhizobium etli,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9227430,25,percent,assay measured; denominator or scale lost,the resulting seeds had a 25–30% increase in leaf content,,
3540,29449.0,Rhizobium etli,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9227430,16,percent,assay reported without a usable scale,a 16% rise in nitrogen content as a result of this change,,
3541,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9227430,35,percent,assay reported without a usable scale,enhanced nodule numbers by 35%,,
3542,382.0,Sinorhizobium meliloti,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9227430,40,percent,assay reported without a usable scale,host alfalfa plant biomass by 40% compared with the wild-type control strain,,
3543,2547396.0,Arthrobacter terricola JH1-1,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9228311,50.3,µg/mL,assay measured; denominator or scale lost,"The Arthrobacter species, designated as GN70, produced the highest amount of IAA (50.3 µg/mL) (Table 1).",,
3544,,A. vinelandii UW140 (ΔnifB),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9239050,21.1,nmol C2H4 min-1 OD600,assay measured; denominator or scale lost,The activity of the A. vinelandii DJ wild type was 21.1 ± 0.2 U.,,
3545,3100426.0,Cyanothece sp. strain PCC 7425 (nifB),binomial_prefix_strain_dropped,assay_direct,T1,negative,True,corpus_fulltext,PMC9239050,0,nmol C2H4 min-1 OD600,explicit negative statement: 'no',"Cyanothece sp. strain PCC 7425 (nifB) restored the Nif+ phenotype, but no acetylene reduction activity could be measured at 18 h or 42 h (bdl, below detection limit).",,
3546,,R. palustris nifA*,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9245687,19.1,nmol N h-1 mg-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the biohybrid coculture achieved peak faradaic efficiencies of 100, 19.1, and 6.3% for acetate, nitrogen in biomass, and ammonia, respectively",,
3547,,R. palustris nifA*,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9245687,6.3,nmol N h-1 mg-1,assay reported without a usable scale,"the biohybrid coculture achieved peak faradaic efficiencies of 100, 19.1, and 6.3% for acetate, nitrogen in biomass, and ammonia, respectively",,
3548,,R. palustris nifA*,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9245687,0.51,nmol N h-1 mg-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the system produced acetate with a solar to chemical efficiency of 1.78 ± 0.13% over 2 d, and upon introduction of R. palustris nifA*, it was able to fix N2 into nitrogenous biomass and ammonia with efficiencies of 0.51 ± 0.05% and 0.08 ± 0",,
3549,,R. palustris nifA*,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9245687,0.08,nmol N h-1 mg-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","the system produced acetate with a solar to chemical efficiency of 1.78 ± 0.13% over 2 d, and upon introduction of R. palustris nifA*, it was able to fix N2 into nitrogenous biomass and ammonia with efficiencies of 0.51 ± 0.05% and 0.08 ± 0",,
3550,,AcLPΔglnE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9249168,0.1,mM NH3 24-h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",strains excreted between 0.1–1.5 mM of NH3 after 24-h incubation in N2-fixing conditions,,
3551,,AcLPΔglnE,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9249168,1.5,mM NH3 24-h-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",strains excreted between 0.1–1.5 mM of NH3 after 24-h incubation in N2-fixing conditions,,
3552,36773.0,Burkholderia sp. strain GXS16,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9263702,2.42,μmol C2H4 h–1 ml–1,assay measured; denominator or scale lost,"Burkholderia sp. strain GXS16 was previously isolated from the sugarcane variety Guitang 31. Our previous study reported that strain GXS16 has nitrogenase activity of 2.42 μmol C2H4 h–1ml–1, strong ACC deaminase activity, and the ability to",,
3553,253212.0,Alnus cremastogyne,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC9277416,12.86,μmol m−2 s−1,symbiotic assay; the microbial symbiont is the fixing partner,Deciduous trees showed significantly higher net photosynthetic rates than evergreen both at well water (12.86 vs. 7.46 μmol m−2 s−1) and drought treatment (5.45 vs. 1.63 μmol m−2 s−1; Figure S1),unusable,not_a_single_microbial_species
3554,253212.0,Alnus cremastogyne,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC9277416,5.45,μmol m−2 s−1,symbiotic assay; the microbial symbiont is the fixing partner,Deciduous trees showed significantly higher net photosynthetic rates than evergreen both at well water (12.86 vs. 7.46 μmol m−2 s−1) and drought treatment (5.45 vs. 1.63 μmol m−2 s−1; Figure S1),unusable,not_a_single_microbial_species
3555,,Trichodesmium,exact_name,claim,T4,positive,True,corpus_fulltext,PMC9291983,2.97,mol N mol chl a −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Trichodesmium | 2.97 ± 1.04 | ARA e (4:1 ratio f ) | mol N mol chl a −1 h−1 | Breitbarth et al. (2008),,
3556,,Crocosphaera,exact_name,claim,T4,positive,True,corpus_fulltext,PMC9291983,20.7,fmol N cell−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Crocosphaera | 20.7 ± 0.70 | ARA (3:1 ratio) | fmol N cell−1 h−1 | Garcia et al. (2013),,
3557,,Calothrix,exact_name,claim,T4,positive,True,corpus_fulltext,PMC9291983,2.76,μmol C2H4 mg chl a −1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Calothrix | 2.76 ± 0.30 | ARA | μmol C2H4 mg chl a −1 h−1 | Foster et al. (2010),,
3558,,MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9298215,7.26,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,MoFe | N2 | 7.26 | Total | N2 flux [%] | MFe : Fe[b],,
3559,,VFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9298215,4.8,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,VFe | N2 | 4.80 | Total | N2 flux [%] | MFe : Fe[b],,
3560,,FeFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9298215,2.25,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,FeFe | N2 | 2.25 | Total | N2 flux [%] | MFe : Fe[b],,
3561,,P. protegens CHA0‐ΔretS‐nif,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9299100,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,CHA0‐ΔretS‐nif exhibited enhanced biocontrol activity and high levels of nitrogenase activity.,,
3562,3880.0,Medicago truncatula,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC9301243,0.7,nitrogenase activity (control),symbiotic assay; the microbial symbiont is the fixing partner,"A second set of plants was given no heavy metal treatment and was used as a control group. After 3 days of treatment, roots and leaves were collected separately in Eppendorf tubes containing three sterile 3-mm AISi 304 steel balls, and tiss",unusable,not_a_single_microbial_species
3563,,DJ2241,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9310841,773,nmol H2/min/mg,nitrogenase purified from this organism,DJ2241 | Specific activities | Metal content |  |  |  |  |  | nmol | nmol | nmol | nmol C2H4/min/mg | mol Fe/mol | mol V/mol |  |  | H2/min/mg | NH3/min/mg | H2/min/mg | nmol C2H6/min/mg | FeFe protein | FeFe protein |  |  | 773 ± 38 | 171 ,,
3564,,DJ2290,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9310841,734,nmol H2/min/mg,nitrogenase purified from this organism,DJ2290 | Specific activities | Metal content |  |  |  |  |  | nmol | nmol | nmol | nmol C2H4/min/mg | mol Fe/mol | mol V/mol |  |  | H2/min/mg | NH3/min/mg | H2/min/mg | nmol C2H6/min/mg | FeFe protein | FeFe protein |  |  | 734 ± 33 | 172 ,,
3565,,DJ2241,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9310841,520,nmol H2/min/mg,nitrogenase purified from this organism,DJ2241 | Specific activities | Metal content |  |  |  |  |  | nmol | nmol | nmol | nmol C2H4/min/mg | mol Fe/mol | mol V/mol |  |  | H2/min/mg | NH3/min/mg | H2/min/mg | nmol C2H6/min/mg | FeFe protein | FeFe protein |  |  | 520 ± 13 | 55 ±,,
3566,,DJ2290,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9310841,303,nmol H2/min/mg,nitrogenase purified from this organism,DJ2290 | Specific activities | Metal content |  |  |  |  |  | nmol | nmol | nmol | nmol C2H4/min/mg | mol Fe/mol | mol V/mol |  |  | H2/min/mg | NH3/min/mg | H2/min/mg | nmol C2H6/min/mg | FeFe protein | FeFe protein |  |  | 303 ± 13 | 0 ± ,,
3567,,DJ2381,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9310841,903,nmol H2/min/mg,nitrogenase purified from this organism,DJ2381 | Specific activities | Metal content |  |  |  |  |  | nmol | nmol | nmol | nmol C2H4/min/mg | mol Fe/mol | mol V/mol |  |  | H2/min/mg | NH3/min/mg | H2/min/mg | nmol C2H6/min/mg | FeFe protein | FeFe protein |  |  | 903 ± 34 | 213 ,,
3568,,DJ2411,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9310841,934,nmol H2/min/mg,nitrogenase purified from this organism,DJ2411 | Specific activities | Metal content |  |  |  |  |  | nmol | nmol | nmol | nmol C2H4/min/mg | mol Fe/mol | mol V/mol |  |  | H2/min/mg | NH3/min/mg | H2/min/mg | nmol C2H6/min/mg | FeFe protein | FeFe protein |  |  | 934 ± 43 | 201 ,,
3569,,DJ2480,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9310841,971,nmol H2/min/mg,nitrogenase purified from this organism,DJ2480 | Specific activities | Metal content |  |  |  |  |  | nmol | nmol | nmol | nmol C2H4/min/mg | mol Fe/mol | mol V/mol |  |  | H2/min/mg | NH3/min/mg | H2/min/mg | nmol C2H6/min/mg | FeFe protein | FeFe protein |  |  | 971 ± 33 | 228 ,,
3570,,diazotrophic bacteria,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9315449,3.4,tons ha−1,assay measured; denominator or scale lost,"In the 2019/2020 crop season, 37 million hectares of cultivated soybean in Brazil produced an average yield of 3.4 tons ha−1",,
3571,,not_nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9316218,41,% ± 0.09,assay reported without a usable scale,"The functional groups in leaf litter of nitrogen cycle were nitrogen fixation (41% ± 0.09), ureolysis (35% ± 0.07), nitrate reduction (21% ± 0.04) and ammonification (3% ± 0.02) (Figure 3c).",,
3572,,not_nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9316218,32,% ± 0.08,assay reported without a usable scale,"The functional groups in stem litter of nitrogen cycle were nitrogen fixation (32% ± 0.08), ureolysis (38% ± 0.09), nitrate reduction (23% ± 0.04) and ammonification (6% ± 0.03) (Figure 3d).",,
3573,,not_nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9316218,35,% ± 0.07,assay reported without a usable scale,"The functional groups in leaf litter of nitrogen cycle were nitrogen fixation (41% ± 0.09), ureolysis (35% ± 0.07), nitrate reduction (21% ± 0.04) and ammonification (3% ± 0.02) (Figure 3c).",,
3574,,not_nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9316218,38,% ± 0.09,assay reported without a usable scale,"The functional groups in stem litter of nitrogen cycle were nitrogen fixation (32% ± 0.08), ureolysis (38% ± 0.09), nitrate reduction (23% ± 0.04) and ammonification (6% ± 0.03) (Figure 3d).",,
3575,,not_nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9316218,21,% ± 0.04,assay reported without a usable scale,"The functional groups in leaf litter of nitrogen cycle were nitrogen fixation (41% ± 0.09), ureolysis (35% ± 0.07), nitrate reduction (21% ± 0.04) and ammonification (3% ± 0.02) (Figure 3c).",,
3576,,not_nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9316218,23,% ± 0.04,assay reported without a usable scale,"The functional groups in stem litter of nitrogen cycle were nitrogen fixation (32% ± 0.08), ureolysis (38% ± 0.09), nitrate reduction (23% ± 0.04) and ammonification (6% ± 0.03) (Figure 3d).",,
3577,,not_nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9316218,3,% ± 0.02,assay reported without a usable scale,"The functional groups in leaf litter of nitrogen cycle were nitrogen fixation (41% ± 0.09), ureolysis (35% ± 0.07), nitrate reduction (21% ± 0.04) and ammonification (3% ± 0.02) (Figure 3c).",,
3578,,not_nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9316218,6,% ± 0.03,assay reported without a usable scale,"The functional groups in stem litter of nitrogen cycle were nitrogen fixation (32% ± 0.08), ureolysis (38% ± 0.09), nitrate reduction (23% ± 0.04) and ammonification (6% ± 0.03) (Figure 3d).",,
3579,418699.0,Azoarcus olearius,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9317800,1,nmol C2H4 h-1 mg-1,assay reported without a usable scale,the highest level of nitrogenase activity observed when the oxygen level was decreased to 1%,,
3580,,Pseudomonas stutzeri,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9317800,1,nmol C2H4 h-1 mg-1,assay reported without a usable scale,the highest level of nitrogenase activity observed when the oxygen level was decreased to 1%,,
3581,,TIE-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9338886,0.91,mg L−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",a maximum n-butanol production rate of 0.91 mg L−1 was achieved,,
3582,,E69Q,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9351452,0.5,nmol/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",the rates were approximately 10-fold lower for the two variants (0.5 ± 0.1 nmol/min/mg for E69Q and 0.9 ± 0.4 nmol/min/mg for E69N),,
3583,,E69N,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9351452,0.9,nmol/min/mg,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",the rates were approximately 10-fold lower for the two variants (0.5 ± 0.1 nmol/min/mg for E69Q and 0.9 ± 0.4 nmol/min/mg for E69N),,
3584,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,8.0,%,co-culture assay; which member fixed is not resolved,"The nitrogen fixation rates of M.s were 8.0, 10.7, and 17.7% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3585,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,12.6,%,co-culture assay; which member fixed is not resolved,"The nitrogen fixation rates of In-M.s were 12.6, 14.9, and 23.0% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3586,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,14.9,%,co-culture assay; which member fixed is not resolved,"The nitrogen fixation rates of In-M.s were 12.6, 14.9, and 23.0% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3587,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,23.0,%,assay reported without a usable scale,"The nitrogen fixation rates of In-M.s were 12.6, 14.9, and 23.0% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3588,,M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,10.7,%,assay reported without a usable scale,"The nitrogen fixation rates of M.s were 8.0, 10.7, and 17.7% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3589,,M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,17.7,%,assay reported without a usable scale,"The nitrogen fixation rates of M.s were 8.0, 10.7, and 17.7% in the −50%, CK, and +30% treatment groups, respectively (P < 0.05, Table 2).",,
3590,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,0.63,g/m2,co-culture assay; which member fixed is not resolved,"The biological nitrogen fixation rate in In-M.s (0.63, 0.84, and 3.59 g/m2, respectively, for the −50%, CK, and +50% treatment groups) increased with the increase in the quantity of water.",,
3591,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,0.84,g/m2,co-culture assay; which member fixed is not resolved,"The biological nitrogen fixation rate in In-M.s (0.63, 0.84, and 3.59 g/m2, respectively, for the −50%, CK, and +50% treatment groups) increased with the increase in the quantity of water.",,
3592,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,3.59,g/m2,co-culture assay; which member fixed is not resolved,"The biological nitrogen fixation rate in In-M.s (0.63, 0.84, and 3.59 g/m2, respectively, for the −50%, CK, and +50% treatment groups) increased with the increase in the quantity of water.",,
3593,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,12.6,%,co-culture assay; which member fixed is not resolved,"The nitrogen fixation rates of In-M.s were 12.6, 14.9, and 23.0% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3594,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,14.9,%,co-culture assay; which member fixed is not resolved,"The nitrogen fixation rates of In-M.s were 12.6, 14.9, and 23.0% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3595,,In-M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,23.0,%,assay reported without a usable scale,"The nitrogen fixation rates of In-M.s were 12.6, 14.9, and 23.0% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3596,,M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,10.7,%,assay reported without a usable scale,"The nitrogen fixation rates of M.s were 8.0, 10.7, and 17.7% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3597,,M.s,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9363765,17.7,%,assay reported without a usable scale,"The nitrogen fixation rates of M.s were 8.0, 10.7, and 17.7% in the −50%, CK, and +50% treatment groups, respectively (P < 0.05, Table 2).",,
3598,,TN03,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9366913,138.21,nmol ethylene mg−1 protein h−1,accepted quantitative rate,ARA (nmoles mg−1 protein h−1) | 138.21 ± 15.21 | 143.07 ± 11.98,,
3599,,TN09,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9366913,143.07,nmol ethylene mg−1 protein h−1,accepted quantitative rate,ARA (nmoles mg−1 protein h−1) | 138.21 ± 15.21 | 143.07 ± 11.98,,
3600,,SP70-1143,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9370643,4.3,nmol C2H4 h-1 mg-1 protein,symbiotic assay; the microbial symbiont is the fixing partner,bacterial nitrogenase activities were also higher in the more efficient BNF genotype than in CH (4.30 ± 1.81 in SP and 1.49 ± 1.33 in CH),,
3601,,Chunee,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9370643,1.49,nmol C2H4 h-1 mg-1 protein,symbiotic assay; the microbial symbiont is the fixing partner,bacterial nitrogenase activities were also higher in the more efficient BNF genotype than in CH (4.30 ± 1.81 in SP and 1.49 ± 1.33 in CH),,
3602,,SP70-1143,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9370643,3.89,μmol γ-glutamyl monohydroxamate min−1 μg−1 protein,symbiotic assay; the microbial symbiont is the fixing partner,GS activities were higher in the more efficient BNF genotype than in CH (3.89 ± 0.59 in SP and 3.19 ± 0.54 in CH),,
3603,,Chunee,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9370643,3.19,μmol γ-glutamyl monohydroxamate min−1 μg−1 protein,symbiotic assay; the microbial symbiont is the fixing partner,GS activities were higher in the more efficient BNF genotype than in CH (3.89 ± 0.59 in SP and 3.19 ± 0.54 in CH),,
3604,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,7.78,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA0 (control) | Nitrogenase enzyme activity | 7.78 ± 0.18d,,
3605,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,8.76,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA1 (1.25 l ha–1) | Nitrogenase enzyme activity | 8.76 ± 0.23 c,,
3606,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,11.13,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA2 (2.50 l ha–1) | Nitrogenase enzyme activity | 11.13 ± 0.78 b,,
3607,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,15.23,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA3 (3.75 l ha–1) | Nitrogenase enzyme activity | 15.23 ± 0.72 a,,
3608,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,8.4,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA0 (control) | Nitrogenase enzyme activity | 8.40 ± 0.49d,,
3609,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,10.38,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA1 (1.25 l ha–1) | Nitrogenase enzyme activity | 10.38 ± 0.97 c,,
3610,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,11.8,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA2 (2.50 l ha–1) | Nitrogenase enzyme activity | 11.80 ± 1.03b,,
3611,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,12.32,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA3 (3.75 l ha–1) | Nitrogenase enzyme activity | 12.32 ± 1.06a,,
3612,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,6.84,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA0 | P0 | Nitrogenase enzyme activity | 6.84 ± 0.11k,,
3613,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,7.77,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,"RA0 | P1 | Nitrogenase enzyme activity | 7.77 ± 0.13i,j",,
3614,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,8.22,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,"RA0 | P2 | Nitrogenase enzyme activity | 8.22 ± 0.12g,h,i",,
3615,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,8.29,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,"RA0 | P3 | Nitrogenase enzyme activity | 8.29 ± 0.11g,h",,
3616,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,7.6,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA1 | P0 | Nitrogenase enzyme activity | 7.60 ± 0.12j,,
3617,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,8.63,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA1 | P1 | Nitrogenase enzyme activity | 8.63 ± 0.14g,,
3618,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,9.2,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA1 | P2 | Nitrogenase enzyme activity | 9.20 ± 0.10f,,
3619,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,9.6,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA1 | P3 | Nitrogenase enzyme activity | 9.60 ± 0.08f,,
3620,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,8.03,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,"RA2 | P0 | Nitrogenase enzyme activity | 8.03 ± 0.07h,i,g",,
3621,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,9.23,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA2 | P1 | Nitrogenase enzyme activity | 9.23 ± 0.08f,,
3622,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,12.83,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA2 | P2 | Nitrogenase enzyme activity | 12.83 ± 0.06d,,
3623,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,14.43,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA2 | P3 | Nitrogenase enzyme activity | 14.43 ± 0.14 c,,
3624,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,11.13,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA3 | P0 | Nitrogenase enzyme activity | 11.13 ± 0.08e,,
3625,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,15.9,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA3 | P1 | Nitrogenase enzyme activity | 15.90 ± 0.11b,,
3626,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,16.93,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA3 | P2 | Nitrogenase enzyme activity | 16.93 ± 0.14a,,
3627,,lentil plants,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9386484,16.97,μmol C2H4 g–1 nodule dry weight h–1,symbiotic assay; the microbial symbiont is the fixing partner,RA3 | P3 | Nitrogenase enzyme activity | 16.97 ± 0.18a,,
3628,7.0,A. caulinodans,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,1.4,10−18 mol-C2H4/day/cell,accepted quantitative rate,A. caulinodans | ARA (10−18 mol-C2H4/day/cell) | 1.4 ± 0.09,,
3629,,E. fredii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,3.1,10−18 mol-C2H4/day/cell,accepted quantitative rate,E. fredii | ARA (10−18 mol-C2H4/day/cell) | 3.1 ± 0.06,,
3630,,R. sphaeroides,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,1,10−18 mol-C2H4/day/cell,accepted quantitative rate,R. sphaeroides | ARA (10−18 mol-C2H4/day/cell) | 1.0 ± 0.07,,
3631,,P. saccharophila,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,0.8,10−18 mol-C2H4/day/cell,accepted quantitative rate,P. saccharophila | ARA (10−18 mol-C2H4/day/cell) | 0.8 ± 0.05,,
3632,,D. gummosa,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,1,10−18 mol-C2H4/day/cell,accepted quantitative rate,D. gummosa | ARA (10−18 mol-C2H4/day/cell) | 1.0 ± 0.04,,
3633,,R. gelatinosus,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,0.4,10−18 mol-C2H4/day/cell,accepted quantitative rate,R. gelatinosus | ARA (10−18 mol-C2H4/day/cell) | 0.4 ± 0.02,,
3634,,P. stutzeri,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,1.2,10−18 mol-C2H4/day/cell,accepted quantitative rate,P. stutzeri | ARA (10−18 mol-C2H4/day/cell) | 1.2 ± 0.08,,
3635,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,1.2,10−18 mol-C2H4/day/cell,accepted quantitative rate,A. vinelandii | ARA (10−18 mol-C2H4/day/cell) | 1.2 ± 0.09,,
3636,,G. sulfurreducens,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,0.5,10−18 mol-C2H4/day/cell,accepted quantitative rate,G. sulfurreducens | ARA (10−18 mol-C2H4/day/cell) | 0.5 ± 0.06,,
3637,,P. macerans,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,0.6,10−18 mol-C2H4/day/cell,accepted quantitative rate,P. macerans | ARA (10−18 mol-C2H4/day/cell) | 0.6 ± 0.02,,
3638,1501.0,C. pasteurianum,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,0.2,10−18 mol-C2H4/day/cell,accepted quantitative rate,C. pasteurianum | ARA (10−18 mol-C2H4/day/cell) | 0.2 ± 0.02,,
3639,1519.0,C. tyrobutyricum,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,0.2,10−18 mol-C2H4/day/cell,accepted quantitative rate,C. tyrobutyricum | ARA (10−18 mol-C2H4/day/cell) | 0.2 ± 0.01,,
3640,1710.0,N. cellulans,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,0.9,10−18 mol-C2H4/day/cell,accepted quantitative rate,N. cellulans | ARA (10−18 mol-C2H4/day/cell) | 0.9 ± 0.09,,
3641,,M. barkeri,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9389315,1.9,10−18 mol-C2H4/day/cell,accepted quantitative rate,M. barkeri | ARA (10−18 mol-C2H4/day/cell) | 1.9 ± 0.17,,
3642,,dual-root soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9403732,22.4,C2H4 μmol g−1 nodule dry mass h−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N0 | SNA (C2H4 μmol g−1 nodule dry mass h−1) | 22.4 ± 2.91a,,
3643,,dual-root soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9403732,16.8,C2H4 μmol g−1 nodule dry mass h−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N100 | SNA (C2H4 μmol g−1 nodule dry mass h−1) | 16.8 ± 0.41b,,
3644,,dual-root soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9403732,21.2,C2H4 μmol g−1 nodule dry mass h−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N100 | SNA (C2H4 μmol g−1 nodule dry mass h−1) | 21.2 ± 2.90a,,
3645,,dual-root soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9403732,30.4,C2H4 μmol g−1 nodule dry mass h−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N100-0 | SNA (C2H4 μmol g−1 nodule dry mass h−1) | 30.4 ± 1.87c,,
3646,,dual-root soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9403732,42.5,C2H4 μmol g−1 nodule dry mass h−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N100-0 | SNA (C2H4 μmol g−1 nodule dry mass h−1) | 42.5 ± 1.87b,,
3647,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,4.2,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N0 | ARA (C2H4 μmol h−1 plant−1) | 4.2 ± 0.07a,unusable,not_a_single_microbial_species
3648,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,4.2,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N0 | ARA (C2H4 μmol h−1 plant−1) | 24.3 ± 1.74a,unusable,not_a_single_microbial_species
3649,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,2.0,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N100 | ARA (C2H4 μmol h−1 plant−1) | 2.0 ± 0.22b,unusable,not_a_single_microbial_species
3650,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,3.8,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N100 | ARA (C2H4 μmol h−1 plant−1) | 16.4 ± 1.47b,unusable,not_a_single_microbial_species
3651,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,17.8,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N100-0 | ARA (C2H4 μmol h−1 plant−1) | 17.8 ± 2.41b,unusable,not_a_single_microbial_species
3652,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,18.1,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strain N100-0 | ARA (C2H4 μmol h−1 plant−1) | 18.1 ± 1.12b,unusable,not_a_single_microbial_species
3653,,dual-root soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9403732,24.5,C2H4 μmol g−1 nodule dry mass h−1,symbiotic assay; the microbial symbiont is the fixing partner,I0 | SNA(C2H4 μmol g−1 nodule dry mass h−1) | 24.5 ± 2.91a,,
3654,,dual-root soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9403732,24.5,C2H4 μmol g−1 nodule dry mass h−1,symbiotic assay; the microbial symbiont is the fixing partner,I0 | SNA(C2H4 μmol g−1 nodule dry mass h−1) | 24.5 ± 2.91a,,
3655,,dual-root soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9403732,23.3,C2H4 μmol g−1 nodule dry mass h−1,symbiotic assay; the microbial symbiont is the fixing partner,I3.75 | SNA(C2H4 μmol g−1 nodule dry mass h−1) | 23.3 ± 2.68a,,
3656,,dual-root soybean nodules,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9403732,21.5,C2H4 μmol g−1 nodule dry mass h−1,symbiotic assay; the microbial symbiont is the fixing partner,I3.75 | SNA(C2H4 μmol g−1 nodule dry mass h−1) | 21.5 ± 0.80a,,
3657,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,4.4,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,I0 | ARA(C2H4 μmol h−1 plant−1) | 4.4 ± 0.07b,unusable,not_a_single_microbial_species
3658,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,4.4,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,I0 | ARA(C2H4 μmol h−1 plant−1) | 4.4 ± 0.07a,unusable,not_a_single_microbial_species
3659,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,5.3,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,I3.75 | ARA(C2H4 μmol h−1 plant−1) | 5.3 ± 0.11a,unusable,not_a_single_microbial_species
3660,3848.0,dual-root soybean,epithet_and_strain_genus_renamed,assay_direct,T1,positive,False,corpus_fulltext,PMC9403732,2.5,C2H4 μmol h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,I3.75 | ARA(C2H4 μmol h−1 plant−1) | 2.5 ± 0.02b,unusable,not_a_single_microbial_species
3661,,ΔndhD1ΔndhD2 double mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9414918,2.9,nmol H2/L/min/OD750,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Vmax value of 2.9 nmol H2/L/min/OD750 ± 0.2 for the mutant,,
3662,,A. vinelandii DJ995,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9417956,29.3,percent,assay reported without a usable scale,"the highest ammonia turnover frequency (Fig. 4d) of >2 × 107 h−1 can be realized. To further quantify the conversion efficiencies, the photon-to-fuel conversion efficiency (PFCE) and quantum efficiency (QE) were calculated (Fig. 4c), by con",,
3663,,A. vinelandii DJ995,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9417956,12.9,percent,assay reported without a usable scale,"To further estimate the photons-to-fuel conversion efficiency generation using enzyme activation with light, limited by enzyme turnover rate,10 the energy input from light was estimated to be 18.9 μJ and energy output obtained from fuels wa",,
3664,,g-C3N4/BiMoO6,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,3271,μmol L−1 g−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","g-C3N4/BiMoO6 | 4 | Reflux assisted | 500 W Xe lamp with a 420 nm cut-off filter, I = 100 mW cm−2 | 3271 μmol L−1 g−1 | Nessler's reagent | 100",,
3665,,NiO/KNbO3,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,470.6,μmol g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",NiO/KNbO3 | 10 | Photodeposition | 300 watt Xe lamp | 470.6 μmol g−1 h−1 | Nessler's reagent | 102,,
3666,,Cu2O/SnS2/SnO2,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,372,μmol g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Cu2O/SnS2/SnO2 | 100 | Solvothermal | 300 watt Xe lamp | 372 μmol g−1 h−1 | Nessler's reagent | 103,,
3667,,Ag/AgI-δ-Bi2O3,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,420,μmol L−1 g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Ag/AgI-δ-Bi2O3 | 200 | Hydrothermal-photodeposition | 400 W Xe lamp with a 420 nm cut-off filter | 420 μmol L−1 g−1 h−1 | Ion chromatography | 97,,
3668,,AgCl/δ-Bi2O3,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,606,μmol g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",AgCl/δ-Bi2O3 | 200 | Hydrothermal | 400 W Xe lamp with a 400 nm cut-off filter | 606 μmol g−1 h−1 | Nessler's reagent | 106,,
3669,,g-C3N4/ZnSnCdS,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,7.543,mg L−1 h−1 g−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",g-C3N4/ZnSnCdS | 200 | Hydrothermal | 250 W Na lamp | 7.543 mg L−1 h−1 g−1 | Nessler's reagent | 99,,
3670,,g-C3N04/ZnMoCdS,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,2.5,mg L−1 h−1 g−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",g-C3N4/ZnMoCdS | 200 | Hydrothermal post-treatment | 250 W Na lamp | 2.5 mg L−1 h−1 g−1 | Nessler's reagent | 107,,
3671,,Cu2O/CN,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,10,μmol h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Cu2O/CN | 20 | Solvothermal | 300 W Xe λ > 420 nm | 10 μmol h−1 | Indophenol blue method | 108,,
3672,,PANI@ZnIn2S4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,290,μmol L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",PANI@ZnIn2S4 | 50 | Hydrothermal | 300 W Xe λ > 420 nm | 290 μmol L−1 h−1 | Nessler's reagent | 109,,
3673,,Bi2MoO6/OV-BiOBr,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,90.7,μmol g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Bi2MoO6/OV-BiOBr | 30 | Solvothermal | 300 W Xe λ > 420 nm | 90.7 μmol g−1 h−1 | Nessler's reagent | 91,,
3674,,g-C3N4/FeOCl,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,3800,μmol L−1 g−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",g-C3N4/FeOCl | 4 | Calcination and hydrothermal | 500 W Xe lamp | 3800 μmol L−1 g−1 | 115,,
3675,,YF3:Sm3+/ATP,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,41.2,mg−1 L−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",YF3:Sm3+/ATP | 50 | Hydrothermal | 400 W Xe lamp with a 420 nm cut-off filter | 41.2 mg−1 L−1 | 116,,
3676,,SiW9Co3/PDA/BWO,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,52.67,μmol gcat−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","SiW9Co3/PDA/BWO | 150 | Hydrothermal and polymerization | 400 W Xe lamp with a 420 nm cut-off filter, I = 400 mW cm−2 | 52.67 μmol gcat−1 h−1 | 117",,
3677,,MOF@defective C3N4 film,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,2.32,mmol g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MOF@defective C3N4 film | 10 | Sol–gel | 300 W Xe lamp with a 400 nm cut-off filter | 2.32 mmol g−1 h−1 | 118,,
3678,,g-C3N4/ZnFe2O4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,1.02,μmol L−1 min−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",g-C3N4/ZnFe2O4 | 100 | Solid state synthesis and solvothermal | 500 W Xe lamp with a 420 nm cut-off filter | 1.02 μmol L−1 min−1 | 119,,
3679,,AgBr/Bi4O5Br2,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,179.4,μmol L−1 g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",AgBr/Bi4O5Br2 | 5 | Hydrothermal and ion exchange process | 300 W Xe lamp (PLS-SXE300C) | 179.4 μmol L−1 g−1 h−1 | 120,,
3680,,g-C3N4/Ag2CO3 (with N vacancy),no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,11,mg L−1 h−1 gcat−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",g-C3N4/Ag2CO3 (with N vacancy) | 10 | Self-sacrificial | 250 W Xe lamp (400–800 nm) | 11 mg L−1 h−1 gcat−1 | 113,,
3681,,g-C3N4/Ni3V2O8,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,3355,μmol L−1 g−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","g-C3N4/Ni3V2O8 | 4 | Hydrothermal | 500 W Xe lamp with a 420 nm cut-off filter, I = 100 mW cm−2 | 3355 μmol L−1 g−1 | 121",,
3682,,TiO2/ZnFe2O4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,1.48,μmol L−1 min−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",TiO2/ZnFe2O4 | 5 | Solvothermal method and calcination | 250 W Xe lamp with a 420 nm cut-off filter | 1.48 μmol L−1 min−1 | 122,,
3683,,AgInS2/MXene,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,38.8,μmol g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",AgInS2/MXene | 20 | Hydrothermal | 300 W Xe lamp with a 400 nm cut-off filter | 38.8 μmol g−1 h−1 | 123,,
3684,,CeCO3OH/g-C3N4/CeO2,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,1.16,mM g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CeCO3OH/g-C3N4/CeO2 | 30 | Self-sacrificial | 500 W Xe lamp | 1.16 mM g−1 h−1 | 124,,
3685,,LnCO3OH/g-C3N4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,8.91,mM g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",LnCO3OH/g-C3N4 | 30 | Hydrothermal and self-sacrificial | 500 W Xe lamp | 8.91 mM g−1 h−1 | 125,,
3686,,Ga2O3-DBD/g-C3N4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,112.5,μmol L−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Ga2O3-DBD/g-C3N4 | 2 | Thermal polymerization | 500 W Xe lamp | 112.5 μmol L−1 h−1 | 111,,
3687,,LaCoO3:Er3+/ATP,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,71.5,μmol g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",LaCoO3:Er3+/ATP | 4 | Sol–gel | 300 W Xe lamp with a 420 nm cut-off filter | 71.5 μmol g−1 h−1 | 126,,
3688,,MnO2−x/g-C3N4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,225,μmol g−1 h−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",MnO2−x/g-C3N4 | 50 | Hydrothermal and calcination | 300 W Xe lamp | 225 μmol g−1 h−1 | 127,,
3689,,g-C3N4/Mg1.1Al0.3Fe0.2O1.7,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,7.5,mg L−1 h−1 gcat−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",g-C3N4/Mg1.1Al0.3Fe0.2O1.7 | 200 | Hydrothermal | 250 W Xe lamp (400–800 nm) | 7.5 mg L−1 h−1 gcat−1 | 128,,
3690,,CoFe2O4/g-C3N4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,313,mg L−1 gcat−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",CoFe2O4/g-C3N4 | 20 | Decomposition–thermal polymerization | 300 W Xe lamp with a 400 nm cut-off filter | 313 mg L−1 gcat−1 | 129,,
3691,,W18O49/g-C3N4,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,2.6,mg L−1 h−1 gcat−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",W18O49/g-C3N4 | 200 | Hydrothermal | 300 W and 200 W Xe lamp with >800 nm and <800 nm filters | 2.6 mg L−1 h−1 gcat−1 | 130,,
3692,,g-C3N4/Cu2(OH)2CO3,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9417957,14,mg L−1 h−1 gcat−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","g-C3N4/Cu2(OH)2CO3 | 100 | In situ self-sacrificial | 300 W and 200 W Xe lamp with >800 nm and <800 nm filters, respectively | 14 mg L−1 h−1 gcat−1 | 131",,
3693,,23 MAGs,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9426519,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,"23 MAGs, most prevalent in the moderate-salinity G3 sediments (t test, all P < 0.05), possessed the nifDKH genes encoding nitrogenase, suggesting that they were autotrophic diazotrophs",,
3694,263511.0,Crocosphaera watsonii,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9431459,0.5,percent,assay reported without a usable scale,Estimated N2 fixation supported 0.5 to 12.7% of N demand of Crocosphaera in control and 0.5 to 11.6% in NH4+ treatment,,
3695,,"A. vinelandii Lipman (ATCC 13705, strain designation OP)",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9462850,2940,nmol min−1 mg−1,nitrogenase purified from this organism,MoFe protein had a specific activity of 2940 ± 30 nmol min−1 mg−1 (Vmax) and Fe protein had a specific activity of 1880 ± 90 nmol min−1 mg−1 (Vmax) when measured by acetylene reduction at saturation of each component.,,
3696,,"A. vinelandii Lipman (ATCC 13705, strain designation OP)",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9462850,1880,nmol min−1 mg−1,nitrogenase purified from this organism,MoFe protein had a specific activity of 2940 ± 30 nmol min−1 mg−1 (Vmax) and Fe protein had a specific activity of 1880 ± 90 nmol min−1 mg−1 (Vmax) when measured by acetylene reduction at saturation of each component.,,
3697,,OsNifBMi,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9486962,35,nmol C2H4 min-1 mg-1 NifDK,nitrogenase purified from this organism,"OsNifBMi-dependent activation of apo-NifDK resulted in nitrogenase activities of 35 ± 0.95 and 19 ± 0.94 nmol C2H4 min–1 mg–1 NifDK using OsNifBMi isolated from lines MiB32 and MiB115, respectively",,
3698,,OsNifBMt,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9486962,137,nmol C2H4 min-1 mg-1 NifDK,nitrogenase purified from this organism,FeMo-co synthesis using OsNifBMt isolated from MtB35 resulted in fourfold higher nitrogenase activities (137 nmol C2H4 min-1 mg-1 NifDK),,
3699,2720786.0,Dolichospermum sp. 54,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9490380,0.04,pmol N2-fixed cell-1 day-1,accepted quantitative rate,NH4+ + P = 0.04 ± 0.01 pmol N2-fixed cell–1 day–1,,
3700,2720786.0,Dolichospermum sp. 54,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9490380,0.04,pmol N2-fixed cell-1 day-1,duplicate of an accepted measurement,urea + P = 0.04 ± 0.004 pmol N2-fixed cell–1 day–1,,
3701,2720786.0,Dolichospermum sp. 54,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9490380,0.13,pmol N2-fixed cell-1 day-1,accepted quantitative rate,-N + P; 0.13 ± 0.02 pmol N2-fixed cell–1 day–1,,
3702,2720786.0,Dolichospermum sp. 54,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9490380,0.02,pmol N2-fixed cell-1 day-1,accepted quantitative rate,NO3– + P (0.02 ± 0.003 pmol N2-fixed cell–1 day–1),,
3703,2720786.0,Dolichospermum sp. 54,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9490380,0.03,pmol N2-fixed cell-1 day-1,accepted quantitative rate,-N-P (0.03 ± 0.01 pmol N2-fixed cell–1 day–1),,
3704,2720786.0,Dolichospermum sp. 54,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9490380,0.07,pmol N2-fixed cell-1 day-1,accepted quantitative rate,control (0.07 ± 0.01 pmol N2-fixed cell–1 day–1),,
3705,2720786.0,Dolichospermum sp. 54,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9490380,0.002,pmol N2-fixed cell-1 day-1,accepted quantitative rate,urea + P (0.002 ± 0.003 pmol N2-fixed cell–1 day–1),,
3706,,pollux-1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9516736,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"acetylene reduction assays confirmed that the nodules had no (nin-1) or a weak (pollux-1, pollux-5, and cyclops-1) nitrogenase enzyme activity",,
3707,,cyclops-1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9516736,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"acetylene reduction assays confirmed that the nodules had no (nin-1) or a weak (pollux-1, pollux-5, and cyclops-1) nitrogenase enzyme activity",,
3708,,nin-1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9516736,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'no',"acetylene reduction assays confirmed that the nodules had no (nin-1) or a weak (pollux-1, pollux-5, and cyclops-1) nitrogenase enzyme activity",,
3709,,S23321,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9530727,1243.1,nmol ethylene culture–1,assay measured; denominator or scale lost,"The presence of the N source reduced nitrogenase activity under all treatments; no activity was detected in S23321, while very low activity of less than 1 nmol ethylene culture–1 was noted for DOA9-WT and S2:pDOA9. The results obtained in t",,
3710,,S2:pDOA9,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9530727,1761.0,nmol ethylene culture–1,co-culture assay; which member fixed is not resolved,"The presence of the N source reduced nitrogenase activity under all treatments; no activity was detected in S23321, while very low activity of less than 1 nmol ethylene culture–1 was noted for DOA9-WT and S2:pDOA9. The results obtained in t",,
3711,,S2:pDOA9,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9530727,110.7,nmol ethylene h–1 plant–1,co-culture assay; which member fixed is not resolved,"These results implied that the nodules induced by S2:pDOA9 were small and less active because they were poorly developed and affected the ability to fix nitrogen, which did not reach the optimum level; 110.7 nmol ethylene h–1 plant–1 under ",,
3712,,OsNifHHt,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9534833,450,nmol ethylene min−1 mg−1,symbiotic assay; the microbial symbiont is the fixing partner,"The activity of the reconstituted OsNifHHt was ~9-fold higher than the as-isolated enzyme (50 vs 450 nmol ethylene min−1 mg−1) and identical to NifHHt expressed in yeast, which probably reflects its maximum activity in this assay with a ful",,
3713,,NifHAv,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9534833,1285,units,symbiotic assay; the microbial symbiont is the fixing partner,"The positive control ARA (40:1 ratio of NifHAv:NifDKAv) generated 1285 ± 225 units (mean ± SD, n = 3 technical replicates).",,
3714,,NifHAv,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9534833,1553,units,symbiotic assay; the microbial symbiont is the fixing partner,The positive control ARA (using NifHAv) generated 1553 ± 82 units.,,
3715,,Av1*,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9540607,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'without',"turnover by Av1* under D2/C2H2—without addition of any ‘extra’ N2—yielded a product with a shift in the GC retention time (Fig. 1a, solid brown) and a change of the GC–MS fragmentation pattern (Fig. 1b, brown bars) consistent with the forma",,
3716,,Av wild-type,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,860,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av wild-type | NH3b(N2) | 860,,
3717,,Av wild-type,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,615,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av wild-type | H2b(N2) | 615,,
3718,,Av wild-type,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9549741,1706,nmol C2H4 h-1,assay measured; denominator or scale lost,Av wild-type | C2H4c(C2H2) | 1706,,
3719,,Av wild-type,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,276,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av wild-type | H2c(C2H2) | 276,,
3720,,α-V70A,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,800,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-V70A | NH3b(N2) | 800,,
3721,,α-V70I,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,170,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-V70I | NH3b(N2) | 170,,
3722,,α-R96K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,373,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-R96K | NH3b(N2) | 373,,
3723,,α-R96K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,804,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-R96K | C2H4c(C2H2) | 804,,
3724,,α-R96K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,972,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-R96K | H2d(Ar) | 972,,
3725,,α-Q191K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,514,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-Q191K | H2b(N2) | 514,,
3726,,α-Q191K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,40,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-Q191K | C2H4c(C2H2) | 40,,
3727,,α-Q191K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,528,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-Q191K | H2c(C2H2) | 528,,
3728,,α-Q191K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,540,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-Q191K | H2d(Ar) | 540,,
3729,,α-Q191K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,182,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-Q191K | H2e(N2/CO) | 182,,
3730,,α-Q191K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,14,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-Q191K | C2H4f(C2H2/CO) | 14,,
3731,,α-Q191K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,340,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-Q191K | H2f (C2H2/CO) | 340,,
3732,,α-Q191K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,254,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-Q191K | H2g(Ar/CO) | 254,,
3733,,α-H195Q,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9549741,1350,nmol C2H4 h-1,assay measured; denominator or scale lost,α-H195Q | C2H4c(C2H2) | 1350,,
3734,,α-H195N,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,535,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-H195N | C2H4c(C2H2) | 535,,
3735,,α-H195N,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,135,nmol C2H6 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-H195N | C2H6c(C2H2) | 135,,
3736,,α-H195N,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,355,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-H195N | H2c(C2H2) | 355,,
3737,,α-R359K,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,709,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-R359K | NH3b(N2) | 709,,
3738,,α-R359K,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9549741,1523,nmol C2H4 h-1,assay measured; denominator or scale lost,α-R359K | C2H4c(C2H2) | 1523,,
3739,,α-F381L,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,816,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-F381L | NH3b(N2) | 816,,
3740,,α-F381L,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9549741,1656,nmol C2H4 h-1,assay measured; denominator or scale lost,α-F381L | C2H4c(C2H2) | 1656,,
3741,,Av Wild-type,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,989,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av Wild-type | NH3b(N2) | 989,,
3742,,Av Wild-type,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,555,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av Wild-type | H2b(N2) | 555,,
3743,,Av Wild-type,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9549741,2096,nmol C2H4 h-1,assay measured; denominator or scale lost,Av Wild-type | C2H4c(C2H2) | 2096,,
3744,,α-W444Y,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,507,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-W444Y | H2b(N2) | 507,,
3745,,α-W444Y,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9549741,2066,nmol C2H4 h-1,assay measured; denominator or scale lost,α-W444Y | C2H4c(C2H2) | 2066,,
3746,,α-W444F,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,906,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-W444F | NH3b(N2) | 906,,
3747,,α-W444F,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,505,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-W444F | H2b(N2) | 505,,
3748,,α-W444F,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9549741,1906,nmol C2H4 h-1,assay measured; denominator or scale lost,α-W444F | C2H4c(C2H2) | 1906,,
3749,,α-W444A,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,212,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-W444A | NH3b(N2) | 212,,
3750,,α-W444A,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,101,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-W444A | H2b(N2) | 101,,
3751,,α-W444A,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,364,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-W444A | C2H4c(C2H2) | 364,,
3752,,α-W444A,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,410,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-W444A | H2d(Ar) | 410,,
3753,,α-W444G,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,6,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-W444G | H2b(N2) | 6,,
3754,,α-W444G,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,8,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",α-W444G | C2H4c(C2H2) | 8,,
3755,,Av ΔnifV,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,840,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av ΔnifV | H2d(Ar) | 840,,
3756,,Kp Wild-type,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,725,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Kp Wild-type | NH3b(N2) | 725,,
3757,,Kp Wild-type,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,471,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Kp Wild-type | H2b(N2) | 471,,
3758,,Kp Wild-type,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9549741,1127,nmol C2H4 h-1,assay measured; denominator or scale lost,Kp Wild-type | C2H4c(C2H2) | 1127,,
3759,,Kp ΔnifV,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,318,nmol NH3 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Kp ΔnifV | NH3b(N2) | 318,,
3760,,Kp ΔnifV,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,842,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Kp ΔnifV | C2H4c(C2H2) | 842,,
3761,,Kp ΔnifV,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,574,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Kp ΔnifV | H2f (C2H2/CO) | 574,,
3762,,Kp ΔnifV,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9549741,718,nmol H2 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Kp ΔnifV | H2g(Ar/CO) | 718,,
3763,454547.0,Seidlitzia rosmarinus,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC9561941,63,Mg2+ (mg-1),assay reported without a usable scale,"the synergistic effect improved the stress response in Seidlitzia rosmarinus inoculated with Zhihengliuella halotolerans indicated by increased levels of Mg2+ (63%), Fe2+ (45%), Mn2+ (21%), Na+ (53%), chlorophyll (40%), biomass (35%), seedl",unusable,not_a_single_microbial_species
3764,454547.0,Seidlitzia rosmarinus,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC9561941,45,Fe2+ (mg-1),assay reported without a usable scale,"the synergistic effect improved the stress response in Seidlitzia rosmarinus inoculated with Zhihengliuella halotolerans indicated by increased levels of Mg2+ (63%), Fe2+ (45%), Mn2+ (21%), Na+ (53%), chlorophyll (40%), biomass (35%), seedl",unusable,not_a_single_microbial_species
3765,454547.0,Seidlitzia rosmarinus,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC9561941,21,Mn2+ (mg-1),assay reported without a usable scale,"the synergistic effect improved the stress response in Seidlitzia rosmarinus inoculated with Zhihengliuella halotolerans indicated by increased levels of Mg2+ (63%), Fe2+ (45%), Mn2+ (21%), Na+ (53%), chlorophyll (40%), biomass (35%), seedl",unusable,not_a_single_microbial_species
3766,454547.0,Seidlitzia rosmarinus,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC9561941,53,Na+ (mg-1),assay reported without a usable scale,"the synergistic effect improved the stress response in Seidlitzia rosmarinus inoculated with Zhihengliuella halotolerans indicated by increased levels of Mg2+ (63%), Fe2+ (45%), Mn2+ (21%), Na+ (53%), chlorophyll (40%), biomass (35%), seedl",unusable,not_a_single_microbial_species
3767,454547.0,Seidlitzia rosmarinus,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC9561941,40,chlorophyll (mg-1),assay reported without a usable scale,"the synergistic effect improved the stress response in Seidlitzia rosmarinus inoculated with Zhihengliuella halotolerans indicated by increased levels of Mg2+ (63%), Fe2+ (45%), Mn2+ (21%), Na+ (53%), chlorophyll (40%), biomass (35%), seedl",unusable,not_a_single_microbial_species
3768,454547.0,Seidlitzia rosmarinus,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC9561941,35,biomass (mg-1),assay reported without a usable scale,"the synergistic effect improved the stress response in Seidlitzia rosmarinus inoculated with Zhihengliuella halotolerans indicated by increased levels of Mg2+ (63%), Fe2+ (45%), Mn2+ (21%), Na+ (53%), chlorophyll (40%), biomass (35%), seedl",unusable,not_a_single_microbial_species
3769,454547.0,Seidlitzia rosmarinus,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC9561941,104,seedling quality index (unit-1),assay reported without a usable scale,"the synergistic effect improved the stress response in Seidlitzia rosmarinus inoculated with Zhihengliuella halotolerans indicated by increased levels of Mg2+ (63%), Fe2+ (45%), Mn2+ (21%), Na+ (53%), chlorophyll (40%), biomass (35%), seedl",unusable,not_a_single_microbial_species
3770,454547.0,Seidlitzia rosmarinus,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC9561941,48,protein (mg-1),assay reported without a usable scale,"the synergistic effect improved the stress response in Seidlitzia rosmarinus inoculated with Zhihengliuella halotolerans indicated by increased levels of Mg2+ (63%), Fe2+ (45%), Mn2+ (21%), Na+ (53%), chlorophyll (40%), biomass (35%), seedl",unusable,not_a_single_microbial_species
3771,,Sierra Mixe maize,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9583020,11.1,nmol ethylene h-1 mL-1 mucilage,symbiotic assay; the microbial symbiont is the fixing partner,"the accessions with thinner aerial roots, L3, and the inbred LH82 and B73 produced 1.6, 0.6, and 0.9 mL, respectively, and measured 4 mm in diameter. Similarly, the nitrogenase activity was higher in the accessions L13, L14, and L15, where ",,
3772,,Sierra Mixe maize,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9583020,13.9,nmol ethylene h-1 mL-1 mucilage,symbiotic assay; the microbial symbiont is the fixing partner,"the accessions with thinner aerial roots, L3, and the inbred LH82 and B73 produced 1.6, 0.6, and 0.9 mL, respectively, and measured 4 mm in diameter. Similarly, the nitrogenase activity was higher in the accessions L13, L14, and L15, where ",,
3773,,N-fixing bacteria,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9598760,0.076,%,assay reported without a usable scale,The relative signal intensity of the nifH in the HL was 0.076% higher than that in the RAL,,
3774,,O. viciifolia,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9603459,130,kg N2 ha-1,symbiotic assay; the microbial symbiont is the fixing partner,similar rates of nitrogen fixation (130 to 160 kg/ha) as alfalfa (140 to 160 kg/ha),,
3775,,HEH2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9604530,24,percent,assay measured; denominator or scale lost,"The reduction of acetylene under the same conditions (HEH2, Col/[ColH]OTf buffer, and [Mo]Br3 under blue LED irradiation and argon atmosphere) provides a mixture of ethylene and ethane in a ~6:1 ratio and a total yield of 24 ± 5% with respe",,
3776,1143.0,Synechocystis sp. PCC6803,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9605453,5.5,g L−1,assay measured; denominator or scale lost,the yield of ethanol increased from 0.5 g L−1 to 5.5 g L−1,,
3777,,A1501,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9607798,1618.2,nmol of Ethylene mg Protein−1 h−1,accepted quantitative rate,Strains | Mannitol-Treated Condition | Phosphate Solubilization Ability | IAA Production (mg/L) | ACC Deaminase Activity (μmol a-Ketobutyrate mg Protein−1 h−1) | Nitrogenase Activity (nmol of Ethylene mg Protein−1 h−1) | Extracellular Ammon,,
3778,,A1501,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9607798,1564.8,nmol of Ethylene mg Protein−1 h−1,accepted quantitative rate,Strains | Mannitol-Treated Condition | Phosphate Solubilization Ability | IAA Production (mg/L) | ACC Deaminase Activity (μmol a-Ketobutyrate mg Protein−1 h−1) | Nitrogenase Activity (nmol of Ethylene mg Protein−1 h−1) | Extracellular Ammon,,
3779,,nifH-mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9607798,24.79,nmol of Ethylene mg Protein−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strains | Mannitol-Treated Condition | Phosphate Solubilization Ability | IAA Production (mg/L) | ACC Deaminase Activity (μmol a-Ketobutyrate mg Protein−1 h−1) | Nitrogenase Activity (nmol of Ethylene mg Protein−1 h−1) | Extracellular Ammon,,
3780,,nifH-mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9607798,28.14,nmol of Ethylene mg Protein−1 h−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strains | Mannitol-Treated Condition | Phosphate Solubilization Ability | IAA Production (mg/L) | ACC Deaminase Activity (μmol a-Ketobutyrate mg Protein−1 h−1) | Nitrogenase Activity (nmol of Ethylene mg Protein−1 h−1) | Extracellular Ammon,,
3781,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9640675,30,percent,assay reported without a usable scale,"At a given growth rate of 0.2 day−1 (Supplementary Note 1), acidification resulted in a significant decrease of 30% (p = 0.024, two-tailed paired Student’s t-test) in the cell number-normalized N2 fixation rate of T. erythraeum under P-limi",,
3782,1206.0,Trichodesmium erythraeum IMS101,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9640675,45,percent,assay reported without a usable scale,"The reduction of N2 and C fixation rates normalized to cellular POP (45 % lower, p = 0.003; and 36% lower, p = 0.007, respectively, two-tailed paired Student’s t-test) (Supplementary Table 2).",,
3784,3906.0,Vicia faba L. nodules,binomial_prefix_strain_dropped,assay_relative,T3,positive,False,corpus_fulltext,PMC9654674,95,percent decrease in N-fixing capacity,assay reported without a usable scale,"After 8 days of DS, the N-fixing capacity and NR activity dropped by 95% (Figure 2B and Figure 4B), and the nodules turned brown, indicating that their function was strongly impaired.",unusable,not_a_single_microbial_species
3785,,alfalfa,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9684250,4.64,nmol ethylene/plant,symbiotic assay; the microbial symbiont is the fixing partner,The level of ethylene production was the highest from roots of genotype RNAi12-29 (4.64 nmol/plant) whereas the WT control plant contained the lowest level of ethylene (2.8 nmol/plant).,,
3786,2736929.0,Aliinostoc sp. YYLX235,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9690652,49.6,percent,assay reported without a usable scale,"the N2 fixation rate in the treatment of pH 6.0, 5.0, and 4.0 decreased 49.6%, 60.4%, and 71.2%, respectively.",,
3787,2736929.0,Aliinostoc sp. YYLX235,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9690652,60.4,percent,assay reported without a usable scale,"the N2 fixation rate in the treatment of pH 6.0, 5.0, and 4.0 decreased 49.6%, 60.4%, and 71.2%, respectively.",,
3788,2736929.0,Aliinostoc sp. YYLX235,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9690652,71.2,percent,assay reported without a usable scale,"the N2 fixation rate in the treatment of pH 6.0, 5.0, and 4.0 decreased 49.6%, 60.4%, and 71.2%, respectively.",,
3789,,complex [MoCl3(H-PN3PtBu)],no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9692791,3.1,equivalents of NH3 from N2,assay measured; denominator or scale lost,the complex [MoCl3(H-PN3PtBu)] is able to generate 3.1 equivalents of NH3 from N2,,
3790,,Rhizobacterial Strain COA3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9695096,18.9,nmol C2H4 h−1 mL−1,assay measured; denominator or scale lost,Rhizobacterial Strain | N2-Fixation (nmol C2H4 h−1 mL−1) | N2O Production (nmol N2O h−1 mL−1) | N2 Production (nmol N2O h−1 mL−1) | COA3 | 18.9 ± 2.4 a | 23.9 ± 4.2 b | 18.9 ± 1.0 a,,
3791,,Rhizobacterial Strain COA6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9695096,16.9,nmol C2H4 h−1 mL−1,assay measured; denominator or scale lost,Rhizobacterial Strain | N2-Fixation (nmol C2H4 h−1 mL−1) | N2O Production (nmol N2O h−1 mL−1) | N2 Production (nmol N2O h−1 mL−1) | COA6 | 16.9 ± 2.2 a | 25.9 ± 3.7 b | 18.1 ± 1.2 a,,
3792,,Rhizobacterial Strain COB5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9695096,10.9,nmol C2H4 h−1 mL−1,assay measured; denominator or scale lost,Rhizobacterial Strain | N2-Fixation (nmol C2H4 h−1 mL−1) | N2O Production (nmol N2O h−1 mL−1) | N2 Production (nmol N2O h−1 mL−1) | COB5 | 10.9 ± 1.0 b | 27.9 ± 3.1 b | 17.9 ± 1.1 a,,
3793,,Rhizobacterial Strain COB6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9695096,10.5,nmol C2H4 h−1 mL−1,assay measured; denominator or scale lost,Rhizobacterial Strain | N2-Fixation (nmol C2H4 h−1 mL−1) | N2O Production (nmol N2O h−1 mL−1) | N2 Production (nmol N2O h−1 mL−1) | COB6 | 10.5 ± 1.2 b | 24.9 ± 3.3 b | 17.7 ± 1.2 a,,
3794,,Rhizobacterial Strain MI13,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9695096,11.9,nmol C2H4 h−1 mL−1,assay measured; denominator or scale lost,Rhizobacterial Strain | N2-Fixation (nmol C2H4 h−1 mL−1) | N2O Production (nmol N2O h−1 mL−1) | N2 Production (nmol N2O h−1 mL−1) | MI13 | 11.9 ± 3.8 b | 45.9 ± 3.2 a | 16.9 ± 1.2 a,,
3795,,M. truncatula sst1 mutant plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9697194,90,percent reduction in the rate of nitrogen fixation,assay reported without a usable scale,The nodules of the sst1 mutant plants showed a reduction of approximately 90% in the rate of nitrogen fixation,,
3796,,Crocosphaera,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC9732122,0.0,µmol N2 (µg Chl a)−1 12 h−1,a zero is present in the quote beside assay context,N2 fixation | µmol N2 (µg Chl a)−1 12 h−1 | 0.00 | 0.08,,
3797,,MF-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9765461,1,nitrogen fixation (nmol C2H4 h-1 mg-1),nitrogenase purified from this organism,"Nine of 10 members of subgroup MF-2 harbored a complete nitrogen fixation gene cluster (nifHDKEBV), along with related transcriptional regulatory genes (Fig. 6A). In contrast, the MF-1, MF-3, and MF-4 bacteria dominating the animal tissue e",,
3798,,ethylene from Azotobacter vinelandii MoNase mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9768154,0.6,nmol C ethylene−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","EY-Mo-1e,f, relative scaling | ethylene from Azotobacter vinelandii MoNase mutant | 0.6 ± 0.2 (2)",,
3799,,ethylene from Azotobacter vinelandii VNase mutant,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9768154,7.0,nmol C ethylene−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","EY-V-1e, relative scaling | ethylene from Azotobacter vinelandii VNase mutant | 7.0 ± 0.2 (2)",,
3800,,nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9783092,0.23,V,assay measured; denominator or scale lost,a hydrogenase anode was combined with a nitrogenase cathode to yield a H2-oxidizing and N3-reducing EFC with an open circuit potential (OCP) of 0.23 ± 0.03 V.,,
3801,57577.0,red clover (Trifolium pratense L.),binomial_prefix_strain_dropped,assay_direct,T1,positive,False,corpus_fulltext,PMC9785344,0.5,µmol ethylene mL-1,symbiotic assay; the microbial symbiont is the fixing partner,The results were expressed as ethylene molar concentration (µmol/mL) in a jar after 0.5 h of incubation using equations according to Unkovich et al. [79]. The ethylene level was related to particular plants as we assessed whole genotypes.,unusable,not_a_single_microbial_species
3802,1873497.0,Rahnella sp. EU-A3SNfb,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9806681,25.02,nmol C2H4 mg−1 protein hr−1,accepted quantitative rate,"Rahnella sp. EU-A3SNfb a promising nitrogen-fixing bacterium isolated previously from Aegilops kotschyi have maximal nitrogenase activity of 25.02 ± 0.09 nmol C2H4 mg−1 protein hr−1 (Negi et al., 2022)",,
3803,353.0,Azotobacter chroococcum,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9813699,150,nmol C2H4 h-1 mg-1 protein,assay reported without a usable scale,only 18 isolates produced more than 150 nmol C2H4 h−1mg−1 of protein nitrogenase activity,,
3804,,S. rhizophila (WT-A2),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9813699,150,nmol C2H4 h-1 mg-1 protein,assay reported without a usable scale,only 18 isolates produced more than 150 nmol C2H4 h−1mg−1 of protein nitrogenase activity,,
3805,,Trichodesmium,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9826025,69.1,Tg N year−1,symbiotic assay; the microbial symbiont is the fixing partner,integrated N2 fixation decreasing from 69.1 to 58.9 Tg N year−1 (−15% or −10.2 Tg N year−1),,
3806,,Crocosphaera,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9826025,70.6,Tg N year−1,symbiotic assay; the microbial symbiont is the fixing partner,integrated N2 fixation decreasing from 70.6 to 65.8 Tg N year−1 (−7% or −4.8 Tg N year−1),,
3807,,S. meliloti,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9827912,20.8,nmol C2H4 mg nodule protein min-1,symbiotic assay; the microbial symbiont is the fixing partner,Nitrogenase activity of alfalfa nodules as assessed by the C 2H 2 reduction method. Data are shown as the mean±SD from nodules of 30 plants. Different letters indicate significant differences ( P<0.05) as analyzed by one-way ANOVA followed ,,
3808,,ΔihfA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9827912,8.7,nmol C2H4 mg nodule protein min-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase activity of alfalfa nodules as assessed by the C 2H 2 reduction method. Data are shown as the mean±SD from nodules of 30 plants. Different letters indicate significant differences ( P<0.05) as analyzed by one-way ANOVA followed ,,
3809,,ΔihfB,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9827912,7.3,nmol C2H4 mg nodule protein min-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase activity of alfalfa nodules as assessed by the C 2H 2 reduction method. Data are shown as the mean±SD from nodules of 30 plants. Different letters indicate significant differences ( P<0.05) as analyzed by one-way ANOVA followed ,,
3810,,ΔihfAB,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9827912,2.1,nmol C2H4 mg nodule protein min-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Nitrogenase activity of alfalfa nodules as assessed by the C 2H 2 reduction method. Data are shown as the mean±SD from nodules of 30 plants. Different letters indicate significant differences ( P<0.05) as analyzed by one-way ANOVA followed ,,
3811,,Mtumamit14-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9842706,14.4,nmol C2H4 h-1 plant-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","Nitrogenase activity was significantly lower in Mtumamit14-1 compared to the wild-type and Mtumamit14-2 backgrounds, normalized both to nodule number and weight (Fig. 5a,b).",,
3812,,Nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9846622,0.56,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",nsp2880 | NSP_RS01265 | Nitrogenase | 0.56 ± 0.18 | 1.20 ± 0.14 | −0.05 ± 0.16 | 188,,
3813,,Nitrogenase cofactor biosynthesis protein NifB,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846622,0.95,nmol C2H4 h-1 mg-1,nitrogenase purified from this organism,nsp40650 | NSP_RS17920 | Nitrogenase cofactor biosynthesis protein NifB | 0.95 ± 0.15 | 1.16 ± 0.10 | −0.03 ± 0.13 | 2674,,
3814,,coral tissue/mucus,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9849335,0,‰,a zero is present in the quote beside assay context,Host tissue δ15N values of 0‰ strongly suggest that diazotroph N2 fixation is occurring within the coral tissue/mucus at the low pH Sites,,
3815,571.0,Klebsiella oxytoca,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9854848,50.1,percent of wild type activity,assay reported without a usable scale,"adding Klebsiella oxytoca NifSU (Fe-S cluster assembly) and Paenibacillus electron transporter genes (pfoABfldA) to this minimal gene set improved the expression, yielding 50.1% of the activity of the wild type",,
3816,1184720.0,"Rhizobium anhuiense in the presence of menadione, riboflavin, or 9,10-phenanthre",binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC9855892,5.5,μW/cm2,co-culture assay; which member fixed is not resolved,"Rhizobium anhuiense in the presence of menadione, riboflavin, or 9,10-phenanthrenequinone as redox mediators | Graphite/platinum wire with a polycarbonate membrane to separate the electrode compartments | Single | 5.5 μW/cm2 | 0.35 mV | Thi",,
3817,,Azotobacter spp.,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9860928,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,Azotobacter spp. | ARA (nmol C2H4 h-1 mg-1) | 0,,
3819,,Gluconoacebacter diazotrophicus,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9860928,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,Gluconoacebacter diazotrophicus | ARA (nmol C2H4 h-1 mg-1) | 0,,
3820,,Burkholderia spp.,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9860928,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,Burkholderia spp. | ARA (nmol C2H4 h-1 mg-1) | 0,,
3821,,"Gluconacetobacter diazotrophicus, Burkholderia tropica, Azospirillum amazonense,",no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9860928,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,"Gluconacetobacter diazotrophicus, Burkholderia tropica, Azospirillum amazonense, Herbaspirillum rubrisubalbicans, and Herbaspirillum seropedicae | ARA (nmol C2H4 h-1 mg-1) | 0",,
3822,,Azospirillum,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC9860928,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,Azospirillum | ARA (nmol C2H4 h-1 mg-1) | 0,,
3823,386874.0,Sphingomonas sediminicola,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9861922,1.0,µmol C2H4 h−1 plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Nase activity from the detached root system was expressed in µmol C2H4 h−1 plant−1.,,
3825,,Nostoc,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9870883,23,%,assay reported without a usable scale,Nostocaceae family genera Nostoc and Anabaena averaged 23% and 18% respectively whereas Calothrix averaged 36% across the season,,
3826,,Anabaena,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9870883,18,%,assay reported without a usable scale,Nostocaceae family genera Nostoc and Anabaena averaged 23% and 18% respectively whereas Calothrix averaged 36% across the season,,
3827,,Calothrix,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9870883,36,%,assay reported without a usable scale,Nostocaceae family genera Nostoc and Anabaena averaged 23% and 18% respectively whereas Calothrix averaged 36% across the season,,
3828,,GXS16,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9872334,7.69,percent,assay reported without a usable scale,"The 15N isotope dilution assays demonstrated that the associative nitrogen fixation rates of GXS16 in sugarcane roots, stems, and leaves were 7.69%, 15.64%, and 8.72%, respectively",,
3829,,GXS16,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9872334,15.64,percent,assay reported without a usable scale,"The 15N isotope dilution assays demonstrated that the associative nitrogen fixation rates of GXS16 in sugarcane roots, stems, and leaves were 7.69%, 15.64%, and 8.72%, respectively",,
3830,,GXS16,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9872334,8.72,percent,assay reported without a usable scale,"The 15N isotope dilution assays demonstrated that the associative nitrogen fixation rates of GXS16 in sugarcane roots, stems, and leaves were 7.69%, 15.64%, and 8.72%, respectively",,
3831,364296.0,Rhodobium gokarnense,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9879849,574,ml H2/culture,nitrogenase purified from this organism,"Hydrogen evolution of the variously combined and treated cultures is presented in Fig. 7 for the cumulative values, Fig. 8 for the kinetics of evolution and Fig. 9 for the specific activity of algal and bacterial cells. Figure 7a shows the ",,
3832,364296.0,Rhodobium gokarnense,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9879849,830,ml H2/culture,co-culture assay; which member fixed is not resolved,"Hydrogen evolution of the variously combined and treated cultures is presented in Fig. 7 for the cumulative values, Fig. 8 for the kinetics of evolution and Fig. 9 for the specific activity of algal and bacterial cells. Figure 7a shows the ",,
3833,364296.0,Rhodobium gokarnense,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9879849,574,ml H2/culture,nitrogenase purified from this organism,"Hydrogen evolution of the variously combined and treated cultures is presented in Fig. 7 for the cumulative values, Fig. 8 for the kinetics of evolution and Fig. 9 for the specific activity of algal and bacterial cells. Figure 7a shows the ",,
3834,364296.0,Rhodobium gokarnense,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9879849,830,ml H2/culture,co-culture assay; which member fixed is not resolved,"Hydrogen evolution of the variously combined and treated cultures is presented in Fig. 7 for the cumulative values, Fig. 8 for the kinetics of evolution and Fig. 9 for the specific activity of algal and bacterial cells. Figure 7a shows the ",,
3835,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9880398,1.1,kg N ha−1 day−1,symbiotic assay; the microbial symbiont is the fixing partner,Azolla can double its weight every 3–5 days and fix atmospheric N2 at a rate exceeding legumes under suitable field conditions. The nitrogen-fixing capacity of Azolla has been estimated to be 1.1 kg N per hectare per day which is sufficient,,
3836,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9880398,52.5,kg N ha−1,symbiotic assay; the microbial symbiont is the fixing partner,inoculating Azolla 16.5–17.5-ton fresh weight ha−1 fixes up to 52.5 and 55.1 kg N ha−1,,
3837,,Azolla,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9880398,33.8,kg N ha−1,symbiotic assay; the microbial symbiont is the fixing partner,the incorporation of 12.2 t dry matter ha−1 adds up to 33.80 kg N ha−1,,
3838,,S. spontaneum,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9881415,72,fold,assay reported without a usable scale,"accession G152, the clone with the highest BNF activity, recorded 72-fold greater enzyme activity than the poorest performer, G103",,
3839,,S. spontaneum,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9881415,50,nmol C2H4 mg-1 protein h-1,assay reported without a usable scale,15 had a relatively high BNF activity (>50 nmol C2H4 mg-1 protein h-1),,
3840,,soybean (Glycine max),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9884020,3.6,nmol C2H4 h-1 plant-1,assay reported without a usable scale,the total nitrogenase activity per plant of TS lines were about 3.4-fold and 3.6-fold that of WT soybeans,,
3841,,soybean (Glycine max),no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9884020,3.4,mg nodule dry weight plant-1,assay reported without a usable scale,the nodule (dry weight) per plant and total nitrogenase activity per plant of TS lines were about 3.4-fold and 3.6-fold that of WT soybeans,,
3842,376.0,Bradyrhizobium sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9884651,17.9,kg ha−1,assay measured; denominator or scale lost,"The contribution of the N- fixed in the plant of inoculated peanut was significantly higher than in uninoculated peanut. The nitrogen derived from N- fixed recorded 5.16 kg ha−1 in uninoculated peanut, 17.90 kg ha−1 in Bradyrhizobium sp. in",,
3843,1872672.0,Azotobacter sp.,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9884651,16.15,kg ha−1,assay measured; denominator or scale lost,"The contribution of the N- fixed in the plant of inoculated peanut was significantly higher than in uninoculated peanut. The nitrogen derived from N- fixed recorded 5.16 kg ha−1 in uninoculated peanut, 17.90 kg ha−1 in Bradyrhizobium sp. in",,
3844,,bacteria isolated from A. prolifera soils,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9889642,1109,nmoles C₂H₄ d−1 vial−1,assay measured; denominator or scale lost,"For bacteria isolated from A. prolifera soils, ethylene production averaged 396 nmoles C₂H₄ d−1vial−1 on the south slope, whilst on the north slope it was 1,109 nmoles C₂H₄ d−1vial−1 (Figure 5E; F1,25 = 0.95, p = 0.007).",,
3845,,Rhizobium,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC9890182,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'non-',"Rhizobium, was the name given to this genus for the first time by Frank in 1889. There are 11 non-rhizobial species and 49 rhizobial species in the family Rhizobiaceae at the moment (Ledermann et al., 2021). The rhizobial species induce the",,
3846,365617.0,Paenibacillus sabinae T27,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9894248,80,nmol C2H4 h-1 mg-1,assay reported without a usable scale,Addition of 5 mM alanine led to recovery of 80% nitrogenase activity in the Δald1 mutant under 100 mM NH4+,,
3847,,Nitrogenases,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9919214,3,fold lower than [FeFe] hydrogenases,assay reported without a usable scale,Nitrogenases | Significantly sensitive | 3–4 fold lower than [FeFe] hydrogenases,,
3848,,[NiFe] hydrogenases,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9919214,100,fold lower than [FeFe] hydrogenases,assay reported without a usable scale,[NiFe] hydrogenases | Inactivated reversibly | 100-fold lower than [FeFe] hydrogenases,,
3849,,Nitrogenases,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9919214,3,fold lower than [FeFe] hydrogenases,assay reported without a usable scale,Nitrogenases | Significantly sensitive | 3–4 fold lower than [FeFe] hydrogenases,,
3850,,[NiFe] hydrogenases,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9919214,100,fold lower than [FeFe] hydrogenases,assay reported without a usable scale,[NiFe] hydrogenases | Inactivated reversibly | 100-fold lower than [FeFe] hydrogenases,,
3851,,sugarcane roots,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9920620,3.3,nmol C2H4 h-1 mg-1,symbiotic assay; the microbial symbiont is the fixing partner,"Correlation of ARA to N-fixation used a value of 3.3 as previously determined by the lead author [25], in which samples for correlation were first incubated in 50% by volume ambient air, and 50% by volume 80% N2 (99% 15N2), 20% O2 gas for 2",,
3852,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,25.0,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the plants carrying pUB-AsGLP1 (indicated as AsGLP1-OV) formed significantly more nodules (25.00 ± 2.041, n = 9) than the control (CK; 18.78 ± 0.8784, n = 9)",,
3853,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,18.78,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the plants carrying pUB-AsGLP1 (indicated as AsGLP1-OV) formed significantly more nodules (25.00 ± 2.041, n = 9) than the control (CK; 18.78 ± 0.8784, n = 9)",,
3854,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,19.3,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the number of nodules formed on 5′ RNAi plants was 19.3 ± 6.8 (n = 9), which was significantly smaller than that for the CK (38.8 ± 9.9, n = 9)",,
3855,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,38.8,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the number of nodules formed on 5′ RNAi plants was 19.3 ± 6.8 (n = 9), which was significantly smaller than that for the CK (38.8 ± 9.9, n = 9)",,
3856,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,26.7,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the nodule number of MtGLPx overexpression plants was 26.7 ± 1.4 (n = 9), which was larger than that of the CK (17.9 ± 1.1, n = 9)",,
3857,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,17.9,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the nodule number of MtGLPx overexpression plants was 26.7 ± 1.4 (n = 9), which was larger than that of the CK (17.9 ± 1.1, n = 9)",,
3858,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,8.4,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the nodule number in glpx-1 was 8.4 ± 0.5 (n = 9), which was significantly smaller than that in WT-R108 (15.0 ± 0.7, n = 9)",,
3859,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,15.0,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the nodule number in glpx-1 was 8.4 ± 0.5 (n = 9), which was significantly smaller than that in WT-R108 (15.0 ± 0.7, n = 9)",,
3860,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,25.0,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the plants carrying pUB-AsGLP1 (indicated as AsGLP1-OV) formed significantly more nodules (25.00 ± 2.041, n = 9) than the control (CK; 18.78 ± 0.8784, n = 9)",,
3861,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,18.78,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the plants carrying pUB-AsGLP1 (indicated as AsGLP1-OV) formed significantly more nodules (25.00 ± 2.041, n = 9) than the control (CK; 18.78 ± 0.8784, n = 9)",,
3862,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,19.3,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the number of nodules formed on 5′ RNAi plants was 19.3 ± 6.8 (n = 9), which was significantly smaller than that for the CK (38.8 ± 9.9, n = 9)",,
3863,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,38.8,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the number of nodules formed on 5′ RNAi plants was 19.3 ± 6.8 (n = 9), which was significantly smaller than that for the CK (38.8 ± 9.9, n = 9)",,
3864,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,26.7,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the nodule number of MtGLPx overexpression plants was 26.7 ± 1.4 (n = 9), which was larger than that of the CK (17.9 ± 1.1, n = 9)",,
3865,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,17.9,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the nodule number of MtGLPx overexpression plants was 26.7 ± 1.4 (n = 9), which was larger than that of the CK (17.9 ± 1.1, n = 9)",,
3866,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,8.4,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the nodule number in glpx-1 was 8.4 ± 0.5 (n = 9), which was significantly smaller than that in WT-R108 (15.0 ± 0.7, n = 9)",,
3867,,nodule,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927233,15.0,nodules plant-1,symbiotic assay; the microbial symbiont is the fixing partner,"the nodule number in glpx-1 was 8.4 ± 0.5 (n = 9), which was significantly smaller than that in WT-R108 (15.0 ± 0.7, n = 9)",,
3868,858423.0,Bradyrhizobium arachidis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927569,12.06,nmol/h/mg,symbiotic assay; the microbial symbiont is the fixing partner,"The nitrogenase activity of peanut nodules was 12.06 ± 2.04 nmol/h/mg, which was about 3 times higher than that nodules of S. flavescens (3.81 ± 0.58 nmol/h/mg)",,
3869,858423.0,Bradyrhizobium arachidis,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9927569,3.81,nmol/h/mg,symbiotic assay; the microbial symbiont is the fixing partner,"The nitrogenase activity of peanut nodules was 12.06 ± 2.04 nmol/h/mg, which was about 3 times higher than that nodules of S. flavescens (3.81 ± 0.58 nmol/h/mg)",,
3870,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9928161,7.6,percent,assay reported without a usable scale,the averaged nitrogenase activity and nitrogen fixation potential of nodules were significantly higher in SI by 7.6%~37.0% and 24.0%~50.3% at the R3 stage,,
3871,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9928161,13.0,percent,assay reported without a usable scale,the averaged nitrogenase activity and nitrogen fixation potential of nodules were significantly higher in SI by 13.0%~181.9% and 25.3%~223.2% at the R5 stage,,
3872,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9928161,37.0,percent,assay reported without a usable scale,the averaged nitrogenase activity and nitrogen fixation potential of nodules were significantly higher in SI by 7.6%~37.0% and 24.0%~50.3% at the R3 stage,,
3873,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9928161,50.3,percent,assay reported without a usable scale,the averaged nitrogenase activity and nitrogen fixation potential of nodules were significantly higher in SI by 7.6%~37.0% and 24.0%~50.3% at the R3 stage,,
3874,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9928161,24.0,percent,assay reported without a usable scale,the averaged nitrogenase activity and nitrogen fixation potential of nodules were significantly higher in SI by 7.6%~37.0% and 24.0%~50.3% at the R3 stage,,
3875,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9928161,181.9,percent,assay reported without a usable scale,the averaged nitrogenase activity and nitrogen fixation potential of nodules were significantly higher in SI by 13.0%~181.9% and 25.3%~223.2% at the R5 stage,,
3876,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9928161,25.3,percent,assay reported without a usable scale,the averaged nitrogenase activity and nitrogen fixation potential of nodules were significantly higher in SI by 13.0%~181.9% and 25.3%~223.2% at the R5 stage,,
3877,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9928161,223.2,percent,assay reported without a usable scale,the averaged nitrogenase activity and nitrogen fixation potential of nodules were significantly higher in SI by 13.0%~181.9% and 25.3%~223.2% at the R5 stage,,
3878,,nodulating side of dual-root soybean plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9939697,80,percent decrease in ARA and SNA compared to N0 treatment,assay reported without a usable scale,The ARA and SNA in both the N100 and N200 treatments were more than 80% lower than those in the N0 treatment,,
3879,,nodulating side of dual-root soybean plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9939697,80,percent decrease in ARA and SNA compared to N0 treatment,assay reported without a usable scale,The ARA and SNA in both the N100 and N200 treatments were more than 80% lower than those in the N0 treatment,,
3880,1206.0,Trichodesmium erythraeum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC9948733,0.0488,mM,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Km | 0.0488 | mM | Michaelis-Menten | 41,,
3881,1206.0,Trichodesmium erythraeum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC9948733,0.0182,mM,"value cited to another paper; fixation asserted, attribution belongs elsewhere",KI | 0.0182 | mM | Michaelis-Menten | 41,,
3882,380.0,S. fredii HH103,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC9952627,2.8,primordia/root,nitrogenase purified from this organism,"In the case of non-induced S. fredii HH103 cultures (B− medium, 55 mM mannitol), the purified NF extract slightly induced the formation of primordia (2.8 ± 0.9 primordia/root)",,
3883,380.0,S. fredii HH103,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC9952627,7.6,primordia/root,nitrogenase purified from this organism,"when the purified extracts of S. fredii HH103 cultures grown in 400 mM mannitol were added to soybean seedlings, a significant increase (approximately 3-fold) in the formation of nodule primordia could be detected (7.6 ± 1.5 primordia/root)",,
3884,380.0,S. fredii HH103,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC9952627,7.9,primordia/root,nitrogenase purified from this organism,the number of nodule primordia induced under the latter condition was very similar to that obtained when NFs purified from genistein-induced S. fredii HH103 cultures were added (7.9 ± 1.0 primordia/root) to soybean roots,,
3885,,Ana7120,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9964548,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'non-',"can fix atmospheric nitrogen through its nitrogenase complex. Under nitrogen deficiency, Ana7120 differentiates into non-photosynthetic cells called heterocysts, specialized in nitrogen fixation",,
3886,,A. vinelandii ΔnifL,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9971976,8,mg L−1 d−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Syn7942 | cscB | 34.2 mg L−1 d−1 | N/A; physical encapsulation | A. vinelandii | ΔnifL | PHB | 8 mg L−1 d−1 | Smith and Francis (2017) ‡,,
3887,,A. vinelandii ΔnifL,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC9971976,3.8,% DW d−1,assay reported without a usable scale,Syn7942 | cscB | 27.4 mg L−1 d−1 | 150 mM NaCl | A. vinelandii | ΔnifL | PHB | 3.8% DW d−1 | Smith and Francis (2016) †,,
3888,,H. boliviensis,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9971976,28.3,mg L−1 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Syn7942 | cscB | 0.5 mg L−1 d−1 | 170 mM NaCl | H. boliviensis | − | PHB | 28.3 mg L−1 d−1 | Weiss et al. (2017) ‡,,
3889,,"P. putida EM178 cscRABY, ΔnasT",no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9971976,2.3,mg L−1 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Syn7942 | cscB | 102 mg L−1 d−1 | 150 mM NaCl | P. putida EM178 | cscRABY, ΔnasT | PHA | 2.3 mg L−1 d−1 | Hobmeier et al. (2020) †",,
3890,,P. putida EM178 cscAB,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9971976,23.8,mg L−1 d−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Syn7942 | cscB | 250 mg L−1 d−1 | 150 mM NaCl | P. putida EM178 | cscAB | PHA | 23.8 mg L−1 d−1 | Löwe et al. (2017),,
3891,,"P. putida EM178 cscRABY, ΔnasT",no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9971976,42.1,mg L−1 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Syn7942 | cscB | 108 mg L−1 d-1** | 150 mM NaCl | P. putida EM178 | cscRABY, ΔnasT | PHA | 42.1 mg L−1 d−1 | Kratzl et al. (2023)",,
3892,562.0,E. coli BL21(DE3) efe,binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC9971976,0.74,mg L−1 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",ThermPKUAC | cscB | 18.1 mg L−1 d−1 | 150 mM NaCl | E. coli BL21(DE3) | efe | ethylene | 0.74 mg L−1 d−1 | Cui et al. (2022),,
3893,562.0,"E. coli BL21(DE3) cscA, cscB, cscK, mcr",binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC9971976,9.8,mg L−1 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Syn2973 | cscB | 96 mg L−1 d−1 | 150 mM NaCl | E. coli BL21(DE3) | cscA, cscB, cscK, mcr | 3-HP | 9.8 mg L−1 d−1 | Ma et al. (2022) †",,
3894,,"Y. lipolytica carB, carRP",no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9971976,325,mg L−1 d−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Syn2973 | cscB | 0.7 mg L−1 d-1** | 150 mM NaCl | Y. lipolytica | carB, carRP | β-carotene | 325 mg L−1 d−1 | Zhao et al. (2022) ‡",,
3895,,"P. putida KT2440 sfp, bpsA",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9971976,1.9,g L−1 d−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","P. putida KT2440 | sfp, bpsA | indigoidine | 1.9 g L−1 d−1 |  |  |  |  | ",,
3896,,V. natriegens tyr,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9971976,1.56,mg L−1 d−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Syn7942 | cscB | 263.5 mg L−1 d−1 | 150 mM NaCl | V. natriegens | tyr | melanin | 1.56 mg L−1 d−1 | Li C. et al. (2022) †,,
3897,562.0,"E. coli ATCC 8739 ΔpflB, ΔfrdABCD, ΔmgsA, ΔnarG, ΔnapA, ΔnarZ, cscB, gtfA",binomial_prefix_strain_dropped,claim,T4,positive,True,corpus_fulltext,PMC9971976,380,μW,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Syn7942 | cscB, sps 7942 | 200 mg L−1 d−1 | N/A | E. coli ATCC 8739 | ΔpflB, ΔfrdABCD, ΔmgsA, ΔnarG, ΔnapA, ΔnarZ, cscB, gtfA | electricity | 380 μW*** | Zhu et al. (2022)",,
3898,,ΔfixC*,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9973337,114,μmol H2 production (OD660)-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔfixC* | T11I | C38W | 114 ± 6.4,,
3899,,ΔfixC aadNC38W,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9973337,58,μmol H2 production (OD660)-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔfixC aadNC38W | Wild type | C38W | 58 ± 8.0,,
3900,,ΔfixC fer1T11I aadNC38W,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9973337,110,μmol H2 production (OD660)-1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔfixC fer1T11I aadNC38W | T11I | C38W | 110 ± 5.6,,
3901,1667.0,Arthrobacter sp. 24S4–2,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9975570,0.0642,U/mg protein,nitrogenase purified from this organism,The specific activity of nitrite reductase NiR was 0.0642 U/mg protein under aerobic conditions.,,
3902,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,5.6,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Levitan et al. (2007) | IMS101 | 80–120 | 25 | 0.17 (0.26) | 53%* | 5.6 (16.8) | 200%* | ARA,,
3903,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,7.6,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Kranz et al. (2010) | IMS101 | 200 | 25 | 0.39 (0.43) | 11%* | 7.6 (16.7) | 120%* | ARA,,
3904,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,4.4,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Levitan et al. (2010) | IMS101 | 80 | 25 | 0.17 (0.33) | 94%* | 4.4 (20.0) | 355%* | ARA,,
3905,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,12.6,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Garcia et al. (2011) | IMS101 | 100 | 27 | 0.22 (0.31) | 41%* | 12.6 (15.1) | 20% | 15N,,
3906,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,18.1,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Garcia et al. (2011) |  | 220 | 27 | 0.27 (0.38) | 41%* | 18.1 (23.8) | 31%* | 15N,,
3907,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,2.5,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Shi et al. (2012) | IMS101 | 90 | 27 | 0.26 (0.19) | −27%* | 2.5 (1.6) | –34%* | 15N,,
3908,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,3.4,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Shi et al. (2012) |  |  | 27 | 0.46 (0.37) | −20%* | 3.4 (1.7) | −50%* | 15N,,
3909,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,6.2,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Eichner et al. (2014) | IMS101 | 150 | 25 | 0.34 (0.31) | −9%* | 6.2 (10.6) | 71%* | ARA,,
3910,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,13.0,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Hutchins et al. (2015) | IMS101 | 120 | 26 | 0.25 (0.36) | 44%* | 13.0 (18.6) | 43%* | ARA,,
3911,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,13.1,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Hong et al. (2017) | IMS101 | 80 | 27 | 0.57 (0.47) | −18%* | 13.1 (10.6) | −19%* | ARA,,
3912,,T. erythraeum,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9975739,7.6,nmol N2 h-1 mg chl a-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Zhang et al. (2022) | IMS101 | 80 | 27 | 0.2 (0.2) | — | 7.6 (5.3) | −30%* | 15N,,
3913,,T. erythraeum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9975739,4.7,nmol N2 h-1 mg chl a-1,symbiotic assay; the microbial symbiont is the fixing partner,Yi and Gao (2022) | IMS101 | sunlight | 25 | 0.16 (0.14) | −12% | 4.7 (4.6) | −1% | ARA,,
3914,,T. erythraeum,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9975739,8.4,nmol N2 h-1 mg chl a-1,symbiotic assay; the microbial symbiont is the fixing partner,This study | IMS101 | 160 | 27 | 0.53 (0.52) | −2% | 8.4 (19.2) | 129%* | ARA,,
3915,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9977276,5,μmol C2H4/mg total protein/hr,accepted quantitative rate,"A. vinelandii strains harboring only ancestral nifD (Anc1A, Anc2) exhibited mean C2H2 reduction rates of ~5–6 μmol C2H4/mg total protein/hr, ~40–45% that of WT",,
3916,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9977276,9,μmol C2H4/mg total protein/hr,accepted quantitative rate,"Strain Anc1B, harboring ancestral nifHDK, exhibited a mean acetylene reduction rate of ~9 μmol C2H4/mg total protein/hr, ~70% that of WT",,
3917,,NI,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9977809,0,nmol ethylene plant−1,a zero is present in the quote beside assay context,Strains | Nitrogenase activity (nmol ethylene plant−1) | Plant fresh weight (mg plant−1) | Numbers of root nodule plant−1 | NI | 0 ± 0e | 59.77 ± 1.35d | 0 ± 0e,,
3918,,DOA9WT,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9977809,183.43,nmol ethylene plant−1,symbiotic assay; the microbial symbiont is the fixing partner,Strains | Nitrogenase activity (nmol ethylene plant−1) | Plant fresh weight (mg plant−1) | Numbers of root nodule plant−1 | DOA9WT | 183.43 ± 14.44a | 200.6 ± 14.46a | 33.44 ± 4.93a,,
3919,,ΔrpoNc,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9977809,42.69,nmol ethylene plant−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strains | Nitrogenase activity (nmol ethylene plant−1) | Plant fresh weight (mg plant−1) | Numbers of root nodule plant−1 | ΔrpoNc | 42.69 ± 9.51c | 80.37 ± 4.21c | 12.13 ± 2.85c,,
3920,,ΔrpoNp,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9977809,105.66,nmol ethylene plant−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strains | Nitrogenase activity (nmol ethylene plant−1) | Plant fresh weight (mg plant−1) | Numbers of root nodule plant−1 | ΔrpoNp | 105.66 ± 7.95b | 114.60 ± 9.36b | 22.42 ± 5.21b,,
3921,,ΔrpoNp::ΩrpoNc,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9977809,4.17,nmol ethylene plant−1,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",Strains | Nitrogenase activity (nmol ethylene plant−1) | Plant fresh weight (mg plant−1) | Numbers of root nodule plant−1 | ΔrpoNp::ΩrpoNc | 4.17 ± 1.02d | 58.83 ± 5.41d | 6.00 ± 3.17d,,
3922,103690.0,Anabaena sp. PCC 7120,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC9991459,0.9803,Raman spectral variation (PCA score),assay measured; denominator or scale lost,PCA scores accounting for 15N-induced spectral variations displayed a linear relationship with the amount of 15N2 supplied to both Anabaena sp. (R2 = 0.9803),,
3923,77022.0,R. raciborskii XM1,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC9991459,0.9103,Raman spectral variation (PCA score),assay measured; denominator or scale lost,PCA scores accounting for 15N-induced spectral variations displayed a linear relationship with the amount of 15N2 supplied to both Anabaena sp. (R2 = 0.9803) and R. raciborskii (R2 = 0.9103),,
3924,362.0,Agrobacterium radiobacter,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9999639,21.87,%,assay reported without a usable scale,"OTU_2, taxonomically defined as Agrobacterium radiobacter, that was the most common OTU enriched in the RKN-parasitized samples (21.87% in IRH and 13.64% in IRK).",,
3925,362.0,Agrobacterium radiobacter,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9999639,13.64,%,assay reported without a usable scale,"OTU_2, taxonomically defined as Agrobacterium radiobacter, that was the most common OTU enriched in the RKN-parasitized samples (21.87% in IRH and 13.64% in IRK).",,
3926,,Rhizobiales,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9999639,3.88,%,assay reported without a usable scale,"The cumulative abundance of nitrogen fixation-related OTUs enriched in IRK (4 OTUs) and IRH (4 OTUs) was 3.67 and 3.88%, respectively.",,
3927,,Rhizobiales,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC9999639,15.65,%,assay reported without a usable scale,The cumulative abundance of plant pathogen-related OTUs enriched in IRK (4 OTUs) and IRH (3 OTUs) was 24.77 and 15.65% respectively.,,
3928,,V7,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5133592,6000,fold higher than in pRHB576-S3,assay reported without a usable scale,The ratio of H2 to ethylene production in V7 strain was 6000-fold higher than in pRHB576-S3,,
3929,,S59,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,42.5,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S59 | C2H4 culture–1 h–1 | 42.5,,
3930,,T73,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,33.2,C2H4 culture–1 h–1,assay measured; denominator or scale lost,T73 | C2H4 culture–1 h–1 | 33.2,,
3931,,S11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,31.6,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S11 | C2H4 culture–1 h–1 | 31.6,,
3932,,F4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,28.4,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F4 | C2H4 culture–1 h–1 | 28.4,,
3933,,F3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,19.1,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F3 | C2H4 culture–1 h–1 | 19.1,,
3934,,S22,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,19.0,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S22 | C2H4 culture–1 h–1 | 19.0,,
3935,,S23,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,17.6,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S23 | C2H4 culture–1 h–1 | 17.6,,
3936,,F14,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,17.3,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F14 | C2H4 culture–1 h–1 | 17.3,,
3937,,S38,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,17.1,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S38 | C2H4 culture–1 h–1 | 17.1,,
3938,,S17,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,16.9,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S17 | C2H4 culture–1 h–1 | 16.9,,
3939,,S56,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.6,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S56 | C2H4 culture–1 h–1 | 0.6,,
3940,,S27,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.5,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S27 | C2H4 culture–1 h–1 | 0.5,,
3941,,T81,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.5,C2H4 culture–1 h–1,assay measured; denominator or scale lost,T81 | C2H4 culture–1 h–1 | 0.5,,
3942,,S57,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.5,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S57 | C2H4 culture–1 h–1 | 0.5,,
3943,,S12,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.5,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S12 | C2H4 culture–1 h–1 | 0.5,,
3944,,S41,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.4,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S41 | C2H4 culture–1 h–1 | 0.4,,
3945,,F18,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.4,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F18 | C2H4 culture–1 h–1 | 0.4,,
3946,,S55,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.3,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S55 | C2H4 culture–1 h–1 | 0.3,,
3947,,S39,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.3,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S39 | C2H4 culture–1 h–1 | 0.3,,
3948,,S33,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.2,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S33 | C2H4 culture–1 h–1 | 0.2,,
3949,,F1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.2,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F1 | C2H4 culture–1 h–1 | 0.2,,
3950,,S72,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.2,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S72 | C2H4 culture–1 h–1 | 0.2,,
3951,,S42,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.1,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S42 | C2H4 culture–1 h–1 | 0.1,,
3952,,S69,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.1,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S69 | C2H4 culture–1 h–1 | 0.1,,
3953,,S1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.1,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S1 | C2H4 culture–1 h–1 | 0.1,,
3954,,S54,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.1,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S54 | C2H4 culture–1 h–1 | 0.1,,
3955,,S65,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.1,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S65 | C2H4 culture–1 h–1 | 0.1,,
3956,,S18,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.1,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S18 | C2H4 culture–1 h–1 | 0.1,,
3957,,S63,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.1,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S63 | C2H4 culture–1 h–1 | 0.1,,
3958,,S30,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.05,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S30 | C2H4 culture–1 h–1 | 0.05,,
3959,,S62,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.05,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S62 | C2H4 culture–1 h–1 | 0.05,,
3960,,S53,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.05,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S53 | C2H4 culture–1 h–1 | 0.05,,
3961,,S29,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.05,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S29 | C2H4 culture–1 h–1 | 0.05,,
3962,,S64,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.04,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S64 | C2H4 culture–1 h–1 | 0.04,,
3963,,S37,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.04,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S37 | C2H4 culture–1 h–1 | 0.04,,
3964,,S47,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.03,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S47 | C2H4 culture–1 h–1 | 0.03,,
3965,,S52,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.02,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S52 | C2H4 culture–1 h–1 | 0.02,,
3966,,S71,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.02,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S71 | C2H4 culture–1 h–1 | 0.02,,
3967,,S35,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.02,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S35 | C2H4 culture–1 h–1 | 0.02,,
3968,,F2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.01,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F2 | C2H4 culture–1 h–1 | 0.01,,
3969,,S3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.01,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S3 | C2H4 culture–1 h–1 | 0.01,,
3970,,S16,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.01,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S16 | C2H4 culture–1 h–1 | 0.01,,
3971,,S26,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.01,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S26 | C2H4 culture–1 h–1 | 0.01,,
3972,,S25,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,1.0,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S25 | C2H4 culture–1 h–1 | 1.0,,
3973,,S34,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,1.0,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S34 | C2H4 culture–1 h–1 | 1.0,,
3974,,F9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,1.0,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F9 | C2H4 culture–1 h–1 | 1.0,,
3975,,S4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.8,C2H4 culture–1 h–1,assay measured; denominator or scale lost,S4 | C2H4 culture–1 h–1 | 0.8,,
3976,,F10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.7,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F10 | C2H4 culture–1 h–1 | 0.7,,
3977,,F11,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.6,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F11 | C2H4 culture–1 h–1 | 0.6,,
3978,,T84,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.03,C2H4 culture–1 h–1,assay measured; denominator or scale lost,T84 | C2H4 culture–1 h–1 | 0.03,,
3979,,F15,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.02,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F15 | C2H4 culture–1 h–1 | 0.02,,
3980,,F7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.02,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F7 | C2H4 culture–1 h–1 | 0.02,,
3981,,F2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.02,C2H4 culture–1 h–1,assay measured; denominator or scale lost,F2 | C2H4 culture–1 h–1 | 0.02,,
3982,,Paenibacillus spp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,0.99,nmol C2H4 culture-1 h-1,assay measured; denominator or scale lost,low (0–0.99‍ ‍nmol C2H4 culture–1 h–1),,
3983,,Paenibacillus spp.,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12727198,9.99,nmol C2H4 culture-1 h-1,assay measured; denominator or scale lost,middle (1–9.99‍ ‍nmol C2H4 culture–1 h–1),,
3984,,Paenibacillus spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12727198,10,nmol C2H4 culture-1 h-1,assay reported without a usable scale,high (>10‍ ‍nmol C2H4 culture–1 h–1),,
3985,,Sigma A1lot # SZ1670V,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4201487,21,µmoles 15NX per mole 15N2,assay reported without a usable scale,Sigma A1lot # SZ1670V | 46N2O | ≥21±3,,
3986,,Sigma A3 †lot # SZ1670V,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4201487,63,µmoles 15NX per mole 15N2,assay reported without a usable scale,Sigma A3 †lot # SZ1670V | 46N2O | ≥63±15,,
3987,,Sigma B †lot # MBBB0968V,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4201487,49,µmoles 15NX per mole 15N2,assay reported without a usable scale,Sigma B †lot # MBBB0968V | 46N2O | ≥49±17,,
3988,,Cambridge B †lot # I-16727,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4201487,0.81,µmoles 15NX per mole 15N2,assay reported without a usable scale,Cambridge B †lot # I-16727 | 46N2O | ≥0.81±0.24,,
3989,,Campro Scientific†lot # EB1169V,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4201487,11,µmoles 15NX per mole 15N2,assay reported without a usable scale,Campro Scientific†lot # EB1169V | 46N2O | ≥11±3,,
3990,,MS2Y1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7654227,0.0,nmol N cm3 h−1,a zero is present in the quote beside assay context,MS2Y1 | N2 Fix | nmol N cm3 h−1 | 0.00,,
3991,,LM1,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7654227,0.0,nmol N cm3 h−1,a zero is present in the quote beside assay context,LM1 | N2 Fix | nmol N cm3 h−1 | 0.00,,
3992,,LM2,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7654227,0.0,nmol N cm3 h−1,a zero is present in the quote beside assay context,LM2 | N2 Fix | nmol N cm3 h−1 | 0.00,,
3993,,NP,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7654227,0.0,nmol N cm3 h−1,a zero is present in the quote beside assay context,NP | N2 Fix | nmol N cm3 h−1 | 0.00,,
3994,,BBL,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7654227,0.0,nmol N cm3 h−1,a zero is present in the quote beside assay context,BBL | N2 Fix | nmol N cm3 h−1 | 0.00,,
3995,,LM 1 Y2,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC7654227,0.0,nmol N cm3 h−1,a zero is present in the quote beside assay context,LM 1 Y2 | N2 Fix | nmol N cm3 h−1 | 0.00,,
3996,60916.0,Trifolium incarnatum,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC10303559,1.8,fold increase in N derived from atmospheric N2 fixation,assay reported without a usable scale,"at D42, in S-fed plants, the Si supply led to an increase in the amount of N2 derived from the atmosphere by around 1.8-fold",unusable,not_a_single_microbial_species
3997,60916.0,Trifolium incarnatum,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC10303559,2.7,fold increase in N fixed,assay reported without a usable scale,supplying Si to S-deprived plants allowed a strong increase in both the amount of N fixed (around 2.7-fold),unusable,not_a_single_microbial_species
3998,60916.0,Trifolium incarnatum,exact_name,assay_relative,T3,positive,False,corpus_fulltext,PMC10303559,1.8,fold increase in total N,assay reported without a usable scale,supplying Si to S-deprived plants allowed a strong increase in both the amount of N fixed (around 2.7-fold) and the total N (around 1.8-fold),unusable,not_a_single_microbial_species
3999,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.016,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",16 June 2015 | 35.04 | -75.50 | 1.016 ± 0.0221 | 2,,
4000,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.897,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",16 May 2016 | 34.98 | -75.39 | 1.897 ± 1.594 | 2,,
4001,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,17.12,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",25 May 2016 | 35.13 | -75.11 | 17.12 ± 7.377 | 2,,
4002,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.958,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",15 June 2016 | 34.96 | -75.46 | 1.958 ± 1.339 | 2,,
4003,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,3.17,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",22 May 2018 | 34.92 | -75.47 | 3.170 ± 0.3743 | 3,,
4004,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.348,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",7 August 2018 | 34.96 | -75.49 | 1.348 ± 0.3549 | 3,,
4005,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,0.768,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",14 March 2019 | 34.99 | -75.35 | 0.7680 ± 0.2285 | 3,,
4006,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,6.735,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",04 June 2019 | 35.45 | -75.03 | 6.735 ± 0.7648 | 3,,
4007,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,10.74,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",26 May 2020 | 34.99 | -75.35 | 10.74 ± 3.864 | 3,,
4008,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,12.96,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",28 September 2020 | 34.84 | -75.54 | 12.96 ± 2.797 | 3,,
4009,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,5.832,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",10 March 2021 | 34.91 | -75.36 | 5.832 ± 1.385 | 3,,
4010,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,5.472,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",27 April 2021 | 34.88 | -75.49 | 5.472 ± 1.496 | 3,,
4011,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,32.34,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",07 June 2021 | 34.95 | -75.44 | 32.34 ± 5.435 | 2,,
4012,,Sargassum,exact_name,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.346,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",23 July 2021 | 34.97 | -75.46 | 1.346 ± 0.6089 | 3,,
4013,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.016,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",09 October 2015 | 34.86 | -75.47 | 1.016 ± 0.0221 | 2,,
4014,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.897,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",16 May 2016 | 34.98 | -75.39 | 1.897 ± 1.594 | 2,,
4015,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,17.12,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",25 May 2016 | 35.13 | -75.11 | 17.12 ± 7.377 | 2,,
4016,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.958,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",15 June 2016 | 34.96 | -75.46 | 1.958 ± 1.339 | 2,,
4017,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,3.17,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",22 May 2018 | 34.92 | -75.47 | 3.170 ± 0.3743 | 3,,
4018,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.348,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",7 August 2018 | 34.96 | -75.49 | 1.348 ± 0.3549 | 3,,
4019,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,0.768,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",14 March 2019 | 34.99 | -75.35 | 0.7680 ± 0.2285 | 3,,
4020,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,6.735,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",04 June 2019 | 35.45 | -75.03 | 6.735 ± 0.7648 | 3,,
4021,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,10.74,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",26 May 2020 | 34.99 | -75.35 | 10.74 ± 3.864 | 3,,
4022,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,12.96,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",28 September 2020 | 34.84 | -75.54 | 12.96 ± 2.797 | 3,,
4023,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,5.832,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",10 March 2021 | 34.91 | -75.36 | 5.832 ± 1.385 | 3,,
4024,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,5.472,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",27 April 2021 | 34.88 | -75.49 | 5.472 ± 1.496 | 3,,
4025,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,32.34,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",07 June 2021 | 34.95 | -75.44 | 32.34 ± 5.435 | 2,,
4026,,Sargassum epiphytic,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC10393174,1.346,μmol N g-1 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",23 July 2021 | 34.97 | -75.46 | 1.346 ± 0.6089 | 3,,
4027,,"Calothrix sp., Anabaena sp., Phormidium sp.",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC10393174,0.0104,μmol N g-1 h-1,co-culture assay; which member fixed is not resolved,"Beaufort, North Carolina | Codium decorticatum | Calothrix sp., Anabaena sp., Phormidium sp. | 0.086* (0.0104) | – | AR, 3:1 |  | [55]",,
4028,1187.0,"Calothrix sp. and non-heterocystous cyanobactera (e.g., Oscillatoria sp., Plecto",binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC10393174,0.0611,μmol N g-1 h-1,co-culture assay; which member fixed is not resolved,"Calothrix sp. and non-heterocystous cyanobactera (e.g., Oscillatoria sp., Plectonema) | (0.0611) | – | AR, 3:1 |  | [59] |  | ",,
4029,55497.0,Thalassia testudinum,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC10393174,2.57e-05,μmol N g-1 h-1,assay measured; denominator or scale lost,Thalassia testudinum | 0–2.57 x 10−5 | – |  |  |  |  | ,unusable,not_a_single_microbial_species
4030,,"Redfish Bay, Texas",no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10393174,0,μmol N m-2 d-1,a zero is present in the quote beside assay context,"Redfish Bay, Texas | N2 fixation | 0–11.3 | AR, 3:1",,
4031,,"Marathon, Florida",no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10393174,0,μmol N m-2 d-1,a zero is present in the quote beside assay context,"Marathon, Florida | N2 fixation | 0 –trace | AR, 3:1c",,
4032,55497.0,Thalassia testudinum,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC10393174,2.57e-05,μmol N m-2 d-1,assay measured; denominator or scale lost,"Thalassia testudinum | N2 fixation | 0–2.57 x 10−5 | AR, 3:1",unusable,not_a_single_microbial_species
4033,,Sargassum epiphytic diazotrophs,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC10393174,0,μmol N g-1 h-1,a zero is present in the quote beside assay context,Trace amounts of nitrogen fixation occurred when all replicates had rates less than 0.5 μmol N g-1 h-1 and/or at least one replicate had a rate of 0 μmol N g-1 h-1,,
4034,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11078936,84,%,assay reported without a usable scale,Seed | 45 mg kg−1 | SoilGreenhouse | ~ 1.22 | Increase of 84% | 12% increase in biological N2 fixationN metabolismPlant growth | 17,,
4035,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11078936,430,kg ha−1,assay measured; denominator or scale lost,23.2 g ha−1 | Field | Not evaluated | Increase of 430 kg ha−1 | N extraction for the grainsProtein content | 47,,
4036,,soybean,host_plant_or_common_name,claim,T4,positive,True,corpus_fulltext,PMC11078936,391,kg ha−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",2–3 kg ha−1 | Field | 1.52 | Increase of 391–658 kg ha−1 | N metabolismBiological N2 fixation | 37,,
4037,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11078936,19,%,symbiotic assay; the microbial symbiont is the fixing partner,1.5–3.0 mg kg−1 | SubstrateGreenhouse | – | Increase of 19–51% in pods per plant and 15% in seed weight | N metabolismNodulationFlavonoid metabolism | 19,,
4038,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11078936,39,%,assay reported without a usable scale,10–200 mg kg−1 | SoilGreenhouse | – | Increase in seed yield by 39% | PhotosynthesisMineral homeostasisPhytohormonesN metabolismTotal fatty acid content | 57,,
4039,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11078936,12,percent,assay reported without a usable scale,12% increase in biological N2 fixation,,
4040,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11078936,35,percent,assay reported without a usable scale,35% reduction in the severity of soybean rust,,
4041,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11078936,25,percent,assay reported without a usable scale,25% increase in shoot dry weight,,
4042,,soybean,host_plant_or_common_name,assay_direct,T1,positive,True,corpus_fulltext,PMC11078936,19,percent,symbiotic assay; the microbial symbiont is the fixing partner,Increase of 19–51% in pods per plant and 15% in seed weight,,
4043,,soybean plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11078936,1.4,fold increase in nitrogenase,assay reported without a usable scale,All the Ni application methods resulted in a 1.4-fold increase in nitrogenase,,
4044,,soybean plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11078936,3.9,fold increase in urease activity,assay reported without a usable scale,All the Ni application methods resulted in a 3.9-fold increase in urease activity,,
4045,,soybean plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11078936,8,percent increase in BNF,assay reported without a usable scale,"the BNF efficiency followed the yield trend; that is, the highest yield occurred in the treatments with the highest BNF values, with an average increase of 8% compared to that of the control",,
4046,,soybean plants,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11078936,20,percent increase in N2 fixation process,assay reported without a usable scale,"In this environment, all the Ni-treated plants had significantly greater BNF than did the plants in the control treatment, with a 20% increase in the N2 fixation process",,
4047,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11220614,0.6,μmol C2H4 h-1 mg-1 cells,accepted quantitative rate,∼0.6 μmol C2H4 produced (h−1 mg−1 cells) at 18 h (nearly 2-fold compared to natural cells); (see reference for details),,
4048,1525.0,M. thermoacetica,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC11220614,52,"± 17% (435-485 nm, 5 × 1013 photons cm-2 s-1)",assay measured; denominator or scale lost,"QY (acetate formation): 52 ± 17% (435-485 nm, 5 × 1013 photons cm-2 s-1)",,
4049,,D. desulfuricans,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,23,% (+MV)/4% (no MV),assay reported without a usable scale,Apparent QY (D. desulfuricans): 23% (+MV)/4% (no MV),,
4050,562.0,E. coli,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,7.93,% (470 nm)/9.59% (620 nm),assay reported without a usable scale,Apparent QE: 7.93% (470 nm)/9.59% (620 nm),,
4051,,M. barkeri,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,39.04,± 1.34%,assay reported without a usable scale,QY (CH4 production): 39.04 ± 1.34%,,
4052,70863.0,S. oneidensis,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,15.02,% (475 nm),assay reported without a usable scale,Apparent QE: 15.02% (475 nm),,
4053,,S. ovata,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,16.8,± 9%,assay reported without a usable scale,QY: 16.8 ± 9%,,
4054,,R. palustris,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC11220614,0.6,μmol C2H4 produced (h−1 mg−1 cells),duplicate of an accepted measurement,∼0.6 μmol C2H4 produced (h−1 mg−1 cells) at 18 h (nearly 2-fold compared to natural cells); (see reference for details),,
4055,,Recombinant E. coli,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,31.2,percent,assay reported without a usable scale,"Apparent QY: 31.2% (350 nm) | 0.95 mmol H2 produced in 2 h (50 mg semiconductor, 5 mM MV, 100 mg wet cells)",,
4056,70863.0,S. oneidensis,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,0.6,percent,assay reported without a usable scale,"Apparent QE (H2 production): 0.6 ± 0.1% (Eosin Y, 500 nm)/0.5 ± 0.1% (Ru(bpy)32+, 450 nm) | H2 produced in 40 min: ∼0.17 μmol (Eosin Y)/∼15 nmol (Ru(bpy)32+); (0.11 mM photosensitiser, 0.3 mM MV, OD590 = ∼0.25)",,
4057,,Recombinant E. coli,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,4.8,percent,assay reported without a usable scale,"Apparent QY: 4.8% (Eosin Y, DQ mediator) | TON (μmol H2 mL−1 OD600−1): 10.2 ± 0.7 (Eosin Y, in 184 h)/6.2 ± 1.0 (Ru(bpy)32+, in 360 h); (100 μM photosensitiser, 1 mM MV, OD600 = 5)",,
4058,1525.0,M. thermoacetica,epithet_and_strain_genus_renamed,assay_direct,T1,positive,True,corpus_fulltext,PMC11220614,52,percent,assay measured; denominator or scale lost,"QY (acetate formation): 52 ± 17% (435-485 nm, 5 × 1013 photons cm−2 s−1) | ∼1.25 mM acetate produced in 3 days (see reference SI for sample preparation)",,
4059,,D. desulfuricans,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,23,percent,assay reported without a usable scale,"Apparent QY (D. desulfuricans): 23% (+MV)/4% (no MV) | 55 μmol H2 produced in 100 h (D. desulfuricans); (3 mM Cd2+, 100 μmol Cys, 0.5 mM MV, dry cell weight 5.3 mg)",,
4060,562.0,E. coli,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,7.93,percent,assay reported without a usable scale,"Apparent QE: 7.93% (470 nm)/9.59% (620 nm) | 400 μmol (additional) H2 produced in 3 h (0.3 mM Cd2+, 1 mM Cys)",,
4061,,M. barkeri,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,39.04,percent,assay reported without a usable scale,QY (CH4 production): 39.04 ± 1.34% | 0.24 μmol CH4 produced (h−1); (0.6 mM Ni(0.75%): CdS semiconductor incubated with cells of OD600 = ∼0.2),,
4062,70863.0,S. oneidensis,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,15.02,percent,assay reported without a usable scale,"Apparent QE: 15.02% (475 nm) | 491.8 ± 26.6 μmol H2 produced in 9 h (8.6-fold compared to bare QDs); (28.1% cellular uptake efficiency of 100 mg ml−1 Cu QDs, OD600 = 1.0)",,
4063,,S. ovata,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,16.8,percent,assay reported without a usable scale,"QY: 16.8 ± 9% | ∼40 mM acetate produced in 4.5 days, rotation of 0.5 day light/dark cycles; (1.0 mM CdS)",,
4064,,S. ovata,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11220614,21.3,percent,assay reported without a usable scale,Apparent QY (acetate formation): 21.3% (420 ± 15 nm) | ∼9 mM acetate produced in 15 h (OD600 = 0.6),,
4066,,defective Cu (100) facets,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11923998,2.3,fold higher than that of the H–B process,assay reported without a usable scale,the eNO3RR catalyzed by defective Cu (100) facets gives an NH3 yield rate that is 2.3-fold higher than that of the H–B process,,
4067,,dimethoxyethane,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC11923998,58.5,percent,assay reported without a usable scale,exceptional FE of 58.5% ± 6.1% at ambient pressure,,
4068,,molybdenum complex,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12098753,31,equiv. based on the Mo atom of the catalyst,assay measured; denominator or scale lost,The amount of produced ammonia reached 31 ± 0.4 equiv. based on the Mo atom of the catalyst in 51% yield based on Ph3P,,
4069,375.0,Bradyrhizobium japonicum PSN49,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC12197054,67.7,percent,assay reported without a usable scale,"B. japonicum PSN49 showed the highest plant growth-promoting effects, with an increase of 67.7% in root dry weight and 17% in whole plant biomass, compared with plants inoculated with B. diazoefficiens USDA 110T.",,
4070,,Bacillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,38.4,percent,assay reported without a usable scale,"narG/napA, which catalyzes the reduction of NO3− to NO2−, was predominantly transcribed by Bacillaceae (38.4%) and Paenibacillaceae (27.9%).",,
4071,,Paenibacillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,27.9,percent,assay reported without a usable scale,"narG/napA, which catalyzes the reduction of NO3− to NO2−, was predominantly transcribed by Bacillaceae (38.4%) and Paenibacillaceae (27.9%).",,
4072,,Anaerolineaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,14.1,percent,assay reported without a usable scale,"the expression of nirK/S (NO2− → NO) was attributed primarily to Anaerolineaceae (14.1%), Ardenticatenaceae (11.9%), and Bacillaceae (5.6%).",,
4073,,Ardenticatenaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,11.9,percent,assay reported without a usable scale,"the expression of nirK/S (NO2− → NO) was attributed primarily to Anaerolineaceae (14.1%), Ardenticatenaceae (11.9%), and Bacillaceae (5.6%).",,
4074,,Bacillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,5.6,percent,assay reported without a usable scale,"the expression of nirK/S (NO2− → NO) was attributed primarily to Anaerolineaceae (14.1%), Ardenticatenaceae (11.9%), and Bacillaceae (5.6%).",,
4075,,Bacillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,51.3,percent,assay reported without a usable scale,"norB (NO → N2O) was transcribed mainly by Bacillaceae (51.3%), Anaeromyxobacteraceae (13.1%), Comamonadaceae (3.3%), and Holophagaceae (2.9%).",,
4076,,Anaeromyxobacteraceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,13.1,percent,assay reported without a usable scale,"norB (NO → N2O) was transcribed mainly by Bacillaceae (51.3%), Anaeromyxobacteraceae (13.1%), Comamonadaceae (3.3%), and Holophagaceae (2.9%).",,
4077,,Comamonadaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,3.3,percent,assay reported without a usable scale,"norB (NO → N2O) was transcribed mainly by Bacillaceae (51.3%), Anaeromyxobacteraceae (13.1%), Comamonadaceae (3.3%), and Holophagaceae (2.9%).",,
4078,,Holophagaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,2.9,percent,assay reported without a usable scale,"norB (NO → N2O) was transcribed mainly by Bacillaceae (51.3%), Anaeromyxobacteraceae (13.1%), Comamonadaceae (3.3%), and Holophagaceae (2.9%).",,
4079,,Bacillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,79.4,percent,assay reported without a usable scale,nosZ (N2O → N2) was expressed predominantly by Bacillaceae (79.4%),,
4080,,Bacillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,44.4,percent,assay reported without a usable scale,"nrfA, a gene involved in DNRA, was transcribed by Bacillaceae (44.4%), Anaeromyxobacteraceae (10.3%), and Holophagaceae (6.7%).",,
4081,,Anaeromyxobacteraceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,10.3,percent,assay reported without a usable scale,"nrfA, a gene involved in DNRA, was transcribed by Bacillaceae (44.4%), Anaeromyxobacteraceae (10.3%), and Holophagaceae (6.7%).",,
4082,,Holophagaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,6.7,percent,assay reported without a usable scale,"nrfA, a gene involved in DNRA, was transcribed by Bacillaceae (44.4%), Anaeromyxobacteraceae (10.3%), and Holophagaceae (6.7%).",,
4083,,Syntrophobacteraceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,77.3,percent,assay reported without a usable scale,nitrogenase genes (nifD/K) were expressed by Syntrophobacteraceae (77.3%) and Clostridiaceae (9.2%).,,
4084,,Clostridiaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,9.2,percent,assay reported without a usable scale,nitrogenase genes (nifD/K) were expressed by Syntrophobacteraceae (77.3%) and Clostridiaceae (9.2%).,,
4085,,Rhodocyclaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,82.4,percent,assay reported without a usable scale,"genes related to nitrogen fixation (nifD/K) showed the highest expression and were primarily transcribed by Rhodocyclaceae and Sulfurospirillaceae (82.4% and 10.7%, respectively) (Figure 4c(right)).",,
4086,,Sulfurospirillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,10.7,percent,assay reported without a usable scale,"genes related to nitrogen fixation (nifD/K) showed the highest expression and were primarily transcribed by Rhodocyclaceae and Sulfurospirillaceae (82.4% and 10.7%, respectively) (Figure 4c(right)).",,
4087,,Sulfurospirillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,51.8,percent,assay reported without a usable scale,"the second most highly expressed gene was nitrous oxide reductase gene (nosZ), with Sulfurospirillaceae, Comamonadaceae, and Rhodocyclaceae being the primary contributors to its transcription (51.8%, 35.2%, and 7.1%, respectively).",,
4088,,Comamonadaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,35.2,percent,assay reported without a usable scale,"the second most highly expressed gene was nitrous oxide reductase gene (nosZ), with Sulfurospirillaceae, Comamonadaceae, and Rhodocyclaceae being the primary contributors to its transcription (51.8%, 35.2%, and 7.1%, respectively).",,
4089,,Rhodocyclaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,7.1,percent,assay reported without a usable scale,"the second most highly expressed gene was nitrous oxide reductase gene (nosZ), with Sulfurospirillaceae, Comamonadaceae, and Rhodocyclaceae being the primary contributors to its transcription (51.8%, 35.2%, and 7.1%, respectively).",,
4090,,Anaeromyxobacteraceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,15.1,percent,assay reported without a usable scale,"the DNRA-related gene nrfA was predominantly transcribed by Anaeromyxobacteraceae (15.1%), Sulfurospirillaceae (6.6%), and Geobacteraceae (2.7%).",,
4091,,Sulfurospirillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,6.6,percent,assay reported without a usable scale,"the DNRA-related gene nrfA was predominantly transcribed by Anaeromyxobacteraceae (15.1%), Sulfurospirillaceae (6.6%), and Geobacteraceae (2.7%).",,
4092,,Geobacteraceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,2.7,percent,assay reported without a usable scale,"the DNRA-related gene nrfA was predominantly transcribed by Anaeromyxobacteraceae (15.1%), Sulfurospirillaceae (6.6%), and Geobacteraceae (2.7%).",,
4093,,Rhodocyclaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,33.7,percent,assay reported without a usable scale,"the ammonium assimilation gene (amt) was expressed in Rhodocyclaceae (33.7%), Sulfurospirillaceae (12.3%), Anaeromyxobacteraceae (10.3%), Geobacteraceae (5.2%), and Clostridiaceae (4.1%).",,
4094,,Sulfurospirillaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,12.3,percent,assay reported without a usable scale,"the ammonium assimilation gene (amt) was expressed in Rhodocyclaceae (33.7%), Sulfurospirillaceae (12.3%), Anaeromyxobacteraceae (10.3%), Geobacteraceae (5.2%), and Clostridiaceae (4.1%).",,
4095,,Geobacteraceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,5.2,percent,assay reported without a usable scale,"the ammonium assimilation gene (amt) was expressed in Rhodocyclaceae (33.7%), Sulfurospirillaceae (12.3%), Anaeromyxobacteraceae (10.3%), Geobacteraceae (5.2%), and Clostridiaceae (4.1%).",,
4096,,Clostridiaceae,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12298685,4.1,percent,assay reported without a usable scale,"the ammonium assimilation gene (amt) was expressed in Rhodocyclaceae (33.7%), Sulfurospirillaceae (12.3%), Anaeromyxobacteraceae (10.3%), Geobacteraceae (5.2%), and Clostridiaceae (4.1%).",,
4097,,DMSS-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12628773,33.89,×106 cells/µmol of SO42- reduced,assay measured; denominator or scale lost,The experimental results with malate as an electron donor ranged between 2.3 and 9.7 fmol/cell/day for csSRR and 33.89 × 106 to 114.8 × 106 cells/µmol of SO42- reduced for growth yield...,,
4098,,DMSS-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC12628773,114.8,×106 cells/µmol of SO42- reduced,assay measured; denominator or scale lost,The experimental results with malate as an electron donor ranged between 2.3 and 9.7 fmol/cell/day for csSRR and 33.89 × 106 to 114.8 × 106 cells/µmol of SO42- reduced for growth yield...,,
4099,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12736783,11,nmol C2H4 h-1,assay reported without a usable scale,enhancing the activities of nitrogenase (11%),,
4100,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12736783,19,nmol C2H4 h-1,assay reported without a usable scale,"the I treatment significantly increased the nitrate reductase and nitrogenase contents by 131% and 19%, respectively (p < 0.05; Figure 3b)",,
4101,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12736783,18,nmol C2H4 h-1,assay reported without a usable scale,IB significantly ... reducing nitrogenase content by 18% (p < 0.05; Figure 3b),,
4102,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12736783,6,nmol C2H4 h-1,assay reported without a usable scale,IM ... reducing nitrogenase content by 6% (p < 0.05; Figure 3b),,
4103,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12736783,8,nmol C2H4 h-1,assay reported without a usable scale,IMB ... significantly decreasing nitrogenase content by 8% (p < 0.05; Figure 3b),,
4104,,nitrogenase,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12736783,9,nmol C2H4 h-1,assay reported without a usable scale,"IMB ... significantly increasing the activities of nitrate reductase, hydroxylamine reductase, and nitrogenase by 1487%, 32%, and 9%, respectively (p < 0.05; Figure 3b)",,
4105,,nitrogenase,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12736783,0,nmol C2H4 h-1,a zero is present in the quote beside assay context,"the activity of rhizosphere nitrogenase was significantly positively correlated with the contents of ammonium nitrogen, soluble organic nitrogen, and particulate organic nitrogen (p < 0.05; Figure 7a), while it was significantly negatively ",,
4106,,Bradyrhizobium spp.,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC12832769,0,µL L-1,a zero is present in the quote beside assay context,"Nitrogenase activity peaks between 0 and 60 mg Ni kg-1, significantly enhancing carbon and nitrogen metabolism.",,
4107,,Bradyrhizobium spp.,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC12832769,10,nmol C2H4 h-1 mg-1,assay reported without a usable scale,treating soybean seeds with different doses of Ni increased BNF by an average of 10%,,
4108,197653.0,Anabaena azotica,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12833470,38,percent,assay measured; denominator or scale lost,Rice yield reach 38–74% in high-yielding soils and 107–157% in low-yielding soils.,,
4109,197653.0,Anabaena azotica,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC12833470,107,percent,assay measured; denominator or scale lost,Rice yield reach 38–74% in high-yielding soils and 107–157% in low-yielding soils.,,
4110,1180.0,Nostoc sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12833470,37.8,percent,assay reported without a usable scale,"The total nitrogen, ammonium, phosphorus and potassium was increased by 37.8%, 42.1%, 35.01%, and 15.36%, respectively, compared to controls.",,
4111,1180.0,Nostoc sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12833470,42.1,percent,assay reported without a usable scale,"The total nitrogen, ammonium, phosphorus and potassium was increased by 37.8%, 42.1%, 35.01%, and 15.36%, respectively, compared to controls.",,
4112,1180.0,Nostoc sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12833470,35.01,percent,assay reported without a usable scale,"The total nitrogen, ammonium, phosphorus and potassium was increased by 37.8%, 42.1%, 35.01%, and 15.36%, respectively, compared to controls.",,
4113,1180.0,Nostoc sp.,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12833470,15.36,percent,assay reported without a usable scale,"The total nitrogen, ammonium, phosphorus and potassium was increased by 37.8%, 42.1%, 35.01%, and 15.36%, respectively, compared to controls.",,
4114,1165.0,Anabaena cylindrica,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12833470,17,percent,assay reported without a usable scale,"The nitrogen in the soil increase by by 17% and 40% in Hertzog and Guquka soils, respectively",,
4115,1165.0,Anabaena cylindrica,exact_name,assay_relative,T3,positive,True,corpus_fulltext,PMC12833470,40,percent,assay reported without a usable scale,"The nitrogen in the soil increase by by 17% and 40% in Hertzog and Guquka soils, respectively",,
4116,562.0,E. coli BW25113 hyaB hybC hycE/pBS(Kan),binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC1904212,1.8,nmol/min/mg protein,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative","E. coli BW25113 hyaB hybC hycE/pBS(Kan) | ΔhyaB, ΔhybC, and ΔhycE (defective hydrogenase 1, 2, and 3) | Hydrogen uptake | nmol/min/mg proteina | relative",,
4117,,legumes,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7233140,38,percent,assay reported without a usable scale,"A meta-analysis reported about 38% greater N2 fixation under elevated CO2 because of 33% higher nodule number, 39% higher nodule biomass and 37% higher nitrogenase activity in legumes",,
4118,,lentil,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7233140,17,percent,assay reported without a usable scale,"A two-year-long FACE-based experiment in lentil (Lens culinaris) under ambient and elevated CO2 conditions (400 ppm and 550 ppm, respectively) showed higher stimulation in N2 fixation. It was expressed through greater nodule number (+27%), ",,
4119,1131.0,Synechococcus sp. 7002 mutants deficient in lactate dehydrogenase,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC9325326,5,fold increase in total H2 generation,assay reported without a usable scale,"Synechococcus 7002 mutants deficient in lactate dehydrogenase showed a 5-fold increase in total H2 generation when compared with the wild type (McNeely et al., 2010).",,
4120,148447.0,Paraburkholderia phymatum,exact_name,assay_direct,T1,positive,True,corpus_fulltext,PMC5748707,898.4,FC (MO vs. O),symbiotic assay; the microbial symbiont is the fixing partner,Bphy_7753 | Nitrogenase reductase | nifH | 898.4 ± 174.2 | 567.0,,
4121,,nifA mutant strain,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5748707,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'showed no',nodules induced by the nifA and rpoN mutant strains showed no nitrogenase activity (Figure 5C).,,
4122,,rpoN mutant strain,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC5748707,0,nmol C2H4 h-1 mg-1,explicit negative statement: 'showed no',nodules induced by the nifA and rpoN mutant strains showed no nitrogenase activity (Figure 5C).,,
4123,,cyoB mutant,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5748707,65,% reduction in relative nitrogenase activity,assay reported without a usable scale,"nodules induced by the cyoB mutant and the ΔcyoAB mutants showed a 65% and 75% reduction in the relative nitrogenase activity compared to their wild-type strain, respectively.",,
4124,,ΔcyoAB mutant,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC5748707,75,% reduction in relative nitrogenase activity,assay reported without a usable scale,"nodules induced by the cyoB mutant and the ΔcyoAB mutants showed a 65% and 75% reduction in the relative nitrogenase activity compared to their wild-type strain, respectively.",,
4125,,total N2-fixing bacteria,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6256256,3.3,× 105 copies of nifH gene g−1 sample,assay measured; denominator or scale lost,Significantly greater (P ≤ 0.05) counts of total N2-fixing bacteria were also observed in the rhizosphere (3.3 × 105~8.1 × 106 copies of nifH gene g−1 sample) compared with root endosphere (1.7~6.5 × 105 copies of nifH gene g−1 sample) samp,,
4126,,total N2-fixing bacteria,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6256256,1.7,× 105 copies of nifH gene g−1 sample,assay measured; denominator or scale lost,Significantly greater (P ≤ 0.05) counts of total N2-fixing bacteria were also observed in the rhizosphere (3.3 × 105~8.1 × 106 copies of nifH gene g−1 sample) compared with root endosphere (1.7~6.5 × 105 copies of nifH gene g−1 sample) samp,,
4127,,putative N2-fixing culturable bacteria,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6256256,2,× 103 CFU g−1,assay measured; denominator or scale lost,Smaller distances (less than one order) (P ≤ 0.05) were observed between on putative N2-fixing culturable bacteria in CRMA medium for rhizosphere samples (2~8.2 × 103 CFU g−1) compared with those from the root endosphere (8.5 × 102~1.9 × 10,,
4128,,putative N2-fixing culturable bacteria,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC6256256,8.5,× 102 CFU g−1,assay measured; denominator or scale lost,Smaller distances (less than one order) (P ≤ 0.05) were observed between on putative N2-fixing culturable bacteria in CRMA medium for rhizosphere samples (2~8.2 × 103 CFU g−1) compared with those from the root endosphere (8.5 × 102~1.9 × 10,,
4129,34073.0,Variovorax paradoxus 5C-2,binomial_prefix_strain_dropped,assay_relative,T3,positive,True,corpus_fulltext,PMC6930159,54.0,mg biomass (g soil)-1,assay reported without a usable scale,increased total biomass of pea by 25 and 54% under salinity levels of 70 and 130mM NaCl,,
4130,,soybean–Bradyrhizobium symbiosis,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7284691,4,mm in diameter,symbiotic assay; the microbial symbiont is the fixing partner,larger nodules (ca. 4 mm in diameter) had higher nitrogen-fixing activity than smaller ones (ca. 2 mm),,
4131,,soybean–Bradyrhizobium symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7284691,20.3,percent,co-culture assay; which member fixed is not resolved,"co-inoculation of either cells or supernatant of S141 with USDA110 showed the highest nitrogen-fixing efficiency, nodule dry weight, root dry weight, and total plant dry weight when compared with single USDA110 inoculation and control, whic",,
4132,,soybean–Bradyrhizobium symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7284691,16.7,percent,co-culture assay; which member fixed is not resolved,"co-inoculation of either cells or supernatant of S141 with USDA110 showed the highest nitrogen-fixing efficiency, nodule dry weight, root dry weight, and total plant dry weight when compared with single USDA110 inoculation and control, whic",,
4133,,soybean–Bradyrhizobium symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7284691,24.1,percent,co-culture assay; which member fixed is not resolved,"co-inoculation of either cells or supernatant of S141 with USDA110 showed the highest nitrogen-fixing efficiency, nodule dry weight, root dry weight, and total plant dry weight when compared with single USDA110 inoculation and control, whic",,
4134,,soybean–Bradyrhizobium symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7284691,15.7,percent,co-culture assay; which member fixed is not resolved,"co-inoculation of either cells or supernatant of S141 with USDA110 showed the highest nitrogen-fixing efficiency, nodule dry weight, root dry weight, and total plant dry weight when compared with single USDA110 inoculation and control, whic",,
4135,,soybean–Bradyrhizobium symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7284691,150,percent,co-culture assay; which member fixed is not resolved,"co-inoculation of either cells or supernatant of S141 with USDA110 showed the highest number of VL size and L size nodules, which increased 150–300% and 140–170%, respectively when compared with single inoculation.",,
4136,,soybean–Bradyrhizobium symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7284691,140,percent,co-culture assay; which member fixed is not resolved,"co-inoculation of either cells or supernatant of S141 with USDA110 showed the highest number of VL size and L size nodules, which increased 150–300% and 140–170%, respectively when compared with single inoculation.",,
4137,,soybean–Bradyrhizobium symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7284691,300,percent,co-culture assay; which member fixed is not resolved,"co-inoculation of either cells or supernatant of S141 with USDA110 showed the highest number of VL size and L size nodules, which increased 150–300% and 140–170%, respectively when compared with single inoculation.",,
4138,,soybean–Bradyrhizobium symbiosis,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7284691,170,percent,co-culture assay; which member fixed is not resolved,"co-inoculation of either cells or supernatant of S141 with USDA110 showed the highest number of VL size and L size nodules, which increased 150–300% and 140–170%, respectively when compared with single inoculation.",,
4139,,soybean,host_plant_or_common_name,assay_relative,T3,positive,True,corpus_fulltext,PMC7316968,31,percent,assay reported without a usable scale,symbiosis in soybean increased photosynthesis by up to 31% due to increased sink stimulation and decreased starch and soluble sugar accumulation,,
4140,138060.0,Mimosa tenuiflora,exact_name,claim,T4,positive,False,corpus_fulltext,PMC7845453,6,kg N ha–1 year–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","de Freitas et al. (2010) and de Souza et al. (2012) estimated that the contribution of BNF in the three legumes (Mimosa tenuiflora, Mimosa arenosa, and Piptadenia stipulacea) ranged from 6 to 11 kg N ha–1 year–1 in pristine Caatinga areas.",unusable,not_a_single_microbial_species
4141,138060.0,Mimosa tenuiflora,exact_name,claim,T4,positive,False,corpus_fulltext,PMC7845453,11,kg N ha–1 year–1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","de Freitas et al. (2010) and de Souza et al. (2012) estimated that the contribution of BNF in the three legumes (Mimosa tenuiflora, Mimosa arenosa, and Piptadenia stipulacea) ranged from 6 to 11 kg N ha–1 year–1 in pristine Caatinga areas.",unusable,not_a_single_microbial_species
4142,138060.0,Mimosa tenuiflora,exact_name,assay_direct,T1,positive,False,corpus_fulltext,PMC7845453,130,kg N ha–1 year–1,assay measured; denominator or scale lost,"de Freitas et al. (2010) and de Souza et al. (2012) estimated that the contribution of BNF in the three legumes (Mimosa tenuiflora, Mimosa arenosa, and Piptadenia stipulacea) ranged from 6 to 11 kg N ha–1 year–1 in pristine Caatinga areas. ",unusable,not_a_single_microbial_species
4143,,RLV_1833,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7950203,1,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RLV_1833 | pRlvC | Transmembr. nitrogen fixation cation transport protein FixI | 0.34 | 1 | 28,,
4144,,RLV_1892,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7950203,54,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RLV_1892 | pRlvC | nitrogen fixation FixC protein | 0.42 | 54 | 136,,
4145,,RLV_1894,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7950203,1,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RLV_1894 | pRlvC | NifA transcriptional regulator | 0.39 | 1 | 46,,
4146,,RLV_5494,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7950203,10,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",RLV_5494 | Chr | acetolactate synthase | 0.50 | 10 | 37,,
4148,,purple non-sulfur bacteria,epithet_and_strain_genus_renamed,assay_direct,T1,negative,True,corpus_fulltext,PMC8910389,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'non-',"2,4-D | Reduces nitrogenase, phosphatase, and hydrogen photoproduction activities of purple non-sulfur bacteria.",,
4149,,Azospirillum,exact_name,assay_direct,T1,negative,True,corpus_fulltext,PMC8910389,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'non-',Butachlor (20 μg/g) reduced the population of Azospirillum and anerobic nitrogen fixers in a non-flooded alluvial soil.,,
4150,,anerobic nitrogen fixers,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC8910389,0,nmol C2H4 h-1 (mg protein)-1,explicit negative statement: 'non-',Butachlor (20 μg/g) reduced the population of Azospirillum and anerobic nitrogen fixers in a non-flooded alluvial soil.,,
4151,,1a,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC9715552,0.1,equiv. based on Mo,"value cited to another paper; fixation asserted, attribution belongs elsewhere",1a | 2a | 0.1 | 0.2 | 0 | 0,,
4152,,L. sphaericus,no_taxdump_match,assay_direct,T1,negative,True,corpus_fulltext,PMC9783698,0,nmol C2H4 h-1 mg-1,a zero is present in the quote beside assay context,N fixation | N fixation (nmol C2H4 h-1 mg-1) | 0,,
4153,,UPMB10,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4807084,18.7,mg plant−1,assay measured; denominator or scale lost,"UPMB10 | % Ndfa (amount of N2 fixed, mg plant−1), Mean±SEM | 18.7±0.9 bA (30.3±2.2 bA)",,
4154,,Br1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4807084,11.4,mg plant−1,assay measured; denominator or scale lost,"Br1 | % Ndfa (amount of N2 fixed, mg plant−1), Mean±SEM | 11.4±2.0 cA (15.8±2.8 cA)",,
4155,,Fr1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4807084,18.5,mg plant−1,assay measured; denominator or scale lost,"Fr1 | % Ndfa (amount of N2 fixed, mg plant−1), Mean±SEM | 18.5±2.1 bA (33.0±3.9 bA)",,
4156,,S3r2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4807084,10.0,mg plant−1,assay measured; denominator or scale lost,"S3r2 | % Ndfa (amount of N2 fixed, mg plant−1), Mean±SEM | 10.0±2.0 cA (17.5±3.8 cA)",,
4157,,Mean by harvests,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC4807084,16.6,mg plant−1,assay measured; denominator or scale lost,"Mean by harvests | % Ndfa (amount of N2 fixed, mg plant−1), Mean±SEM | 16.6±1.5 A (28.4±2.9 A)",,
4158,,B. pumilus S1r1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4807084,30.5,% Ndfa (mg N fixed plant−1),assay reported without a usable scale,"Maize inoculated with B. pumilus S1r1 gave 30.5% Ndfa (262 mg N fixed plant−1) and 25.5% Ndfa (304 mg N fixed plant−1) at D50 and D65, respectively.",,
4159,,B. pumilus S1r1,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC4807084,25.5,% Ndfa (mg N fixed plant−1),assay reported without a usable scale,"Maize inoculated with B. pumilus S1r1 gave 30.5% Ndfa (262 mg N fixed plant−1) and 25.5% Ndfa (304 mg N fixed plant−1) at D50 and D65, respectively.",,
4160,,Ac | MoFee,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,436,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,Ac | MoFee | NH3gg(N2) | 436±32,,
4161,,Ac | MoFeg,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,520,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Ac | MoFeg | NH3gg(N2) | 520,,
4162,,Av | MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,78,nmol NH3gg(N2) h-1,nitrogenase purified from this organism,Av | MoFe | NH3gg(N2) | 78h,,
4163,,"Av | M-MoFei,j",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,715,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,"Av | M-MoFei,j | NH3gg(N2) | 715±82",,
4164,,"Av | V-MoFei,j",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,166,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,"Av | V-MoFei,j | NH3gg(N2) | 166±17",,
4165,,Rc | MoFek,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,235,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Rc | MoFek | NH3gg(N2) | 235,,
4166,,Ac | VFem,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,259,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,Ac | VFem | NH3gg(N2) | 259±8h(177n),,
4167,,Ac | VFem,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,265,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Ac | VFem | NH3gg(N2) | 265,,
4168,,Ac | VFem,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,350,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Ac | VFem | NH3gg(N2) | 350,,
4169,,Av | VFeo,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,330,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | VFeo | NH3gg(N2) | 330,,
4170,,Av | VFep,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,400,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,Av | VFep | NH3gg(N2) | ~400dd,,
4171,,Av | VFep,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,454,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,Av | VFep | NH3gg(N2) | 454±21,,
4172,,Av | VFep,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,19,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | VFep | NH3gg(N2) | 19,,
4173,,"Av | VFei,q",no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,458,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av | VFei,q | NH3gg(N2) | 458",,
4174,,"Av | M-VFei,r",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,20,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,"Av | M-VFei,r | NH3gg(N2) | 20±3ee",,
4175,,"Av | M-VFei,s",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,15,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,"Av | M-VFei,s | NH3gg(N2) | 15±1",,
4176,,Av | FeFet,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,181,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,Av | FeFet | NH3gg(N2) | 181±5,,
4177,,Av | FeFeu,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,110,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | FeFeu | NH3gg(N2) | 110,,
4178,,Av | FeFev(3Slow),no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,38,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | FeFev(3Slow) | NH3gg(N2) | 38,,
4179,,Av | FeFev(3Fast),no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,30,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | FeFev(3Fast) | NH3gg(N2) | 30,,
4180,,Rc | FeFew,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,190,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Rc | FeFew | NH3gg(N2) | 190,,
4181,,Rr | FeFey,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,3.6,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,Rr | FeFey | NH3gg(N2) | 3.6z,,
4182,,"Rp | FeFei,aa",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,80,nmol NH3gg(N2) h-1,assay measured; denominator or scale lost,"Rp | FeFei,aa | NH3gg(N2) | ~80bb",,
4183,,Rc | W-MoFecc,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,1,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Rc | W-MoFecc | NH3gg(N2) | 1,,
4184,,Av | W-MoFeff,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,145,nmol NH3gg(N2) h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | W-MoFeff | NH3gg(N2) | 145,,
4185,,Ac,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,259,nmol C2H4 h-1 mg-1,accepted quantitative rate,"Ac | VFem | 259±8h(177n) | 375±18h | - | - | - | 1516 | 1.25n | 3:1 | 205,207",,
4186,,Ac,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,265,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Ac | VFem | 265 | - | 426 | 8.5 | - | 1094 | - | 10:1 | 217,,
4187,,Ac,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,350,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Ac | VFem | 350 | 928 | 608 | 15 | 998 | 1348 | - | 20:1 | 141,,
4188,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,330,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | VFeo | 330 | - | 220 | - | - | 1400 | - | ~10:1f | 142,,
4189,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,400,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | VFep | ~400dd | - | - | - | - | - | - | 20:1 | 220,,
4190,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,454,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | VFep | - | - | 454±21 | 4.93±0.64 | - | - | - | 60:1 | 208,,
4191,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,11,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | VFep | - | - | 11.0±1 | 0.258±0.05 | - | - | - | 60:1 | 221,,
4192,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,560,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av | VFei,q | 458 | 792 | 560 | 17 | - | 1730 | - | 30:1 | 149",,
4193,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,39,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av | M-VFei,r | 20±3ee | 52±3ee | 39±1ee | 3.6±0.1ee | 61±3ee | 104±7.8ee | - | 30:1 | 23",,
4194,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,66,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av | M-VFei,s | 15±1 | 188±23 | 66±4 | - | - | 183±11 | - | 30:1 | 34",,
4195,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,306,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | FeFet | 181±5 | 599±57 | 306±3 | - | 484±3 | 1085±41 | - | 30:1 | 180,,
4196,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,58,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | FeFeu | 110 | 220 | 58 | 26 | 226 | 350 | - | 20:1 | 176,,
4197,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,28,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | FeFev(3Slow) | 38 | 213 | 28 | - | 202 | 253 | - | 10:1 | 175,,
4198,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,18,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | FeFev(3Fast) | 30 | 145 | 18 | - | 124 | 203 | - | 10:1 | 175,,
4199,,Rc,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,260,nmol C2H4 h-1 mg-1,accepted quantitative rate,"Rc | FeFew | 190 | 1300 | 260(345x) | ND | 1800l | 2600 | - | 40:1 | 115,178",,
4200,,Rr,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,6.5,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Rr | FeFey | 3.6z | 67 | 6.5 | 0.22 | 63 | 71 | - | 1:1 | 173,,
4201,,Rp,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,480,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Rp | FeFei,aa | ~80bb | - | - | - | - | ~480bb | - | - | 177",,
4202,,Rc,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,1,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Rc | W-MoFecc | NDhh | - | 1 | - | - | 102 | - | 2:1 | 223,,
4203,,Av,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,550,nmol C2H4 h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | W-MoFeff | 145 | 165 | 550 | - | 70 | 610 | - | ~10:1f | 224,,
4204,,Av MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,1300,nmol min-1,nitrogenase purified from this organism,Av MoFe | KN3 | H2(1)h | 1300,,
4205,,Av MoFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,630,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av MoFe | KN3 | N2(1) | 630,,
4206,,"Av Mo,Fe",no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,53,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av MoFe | KN3 | N2H4(3) | 53,,
4207,,Av MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,290,nmol min-1,nitrogenase purified from this organism,Av MoFe | KN3 | NH3(3) | 290b,,
4208,,Av VFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,470,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av VFe | KN3 | H2(1)h | 470,,
4209,,Av VFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,51,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av VFe | KN3 | N2(1) | 51,,
4210,,Av VFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,18,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av VFe | KN3 | N2H4(3) | 18,,
4211,,Av VFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,54,nmol min-1,nitrogenase purified from this organism,Av VFe | KN3 | NH3(3) | 54b,,
4212,,Av MoFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,270,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av MoFe | HCNc,f | HCNc,f | 270",,
4213,,Av MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,500,nmol min-1,nitrogenase purified from this organism,"Av MoFe | HCNd,f | HCNd,f | 500e",,
4214,,Av MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,70,nmol min-1,nitrogenase purified from this organism,"Av MoFe | HCNd,f | CH3NH2(2) | 70e",,
4215,,Av MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,190,nmol min-1,nitrogenase purified from this organism,"Av MoFe | HCNd,f | CH4(3) | 190e",,
4216,,Av MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,250,nmol min-1,nitrogenase purified from this organism,"Av MoFe | HCNd,f | NH3(3) | 250e",,
4217,,Av VFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,560,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av VFe | HCNc,f | HCNc,f | 560",,
4218,,Av VFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,20,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av VFe | HCNc,f | CH3NH2(2) | 20",,
4219,,Av VFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,260,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av VFe | HCNc,g | HCNc,g | 260",,
4220,,Av VFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,27,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av VFe | HCNc,g | CH3NH2(2) | 27",,
4221,,Av VFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,17,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av VFe | HCNc,g | CH4(3) | 17",,
4222,,Av VFe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,22,nmol min-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av VFe | HCNc,g | NH3(3) | 22",,
4223,,"MoFeb,c",no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,25,nmol C2H4 (CO) h-1 mg-1,accepted quantitative rate,"Av | MoFeb,c | ~1700000f |  | 25[730] | 13[110] | 2.9[55] | 5.9[63] | -[6.8] | -[7.4] | 10:1 | 237,238",,
4224,,"VFed,c",no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7491575,32000,nmol C2H4 (CO) h-1 mg-1,assay reported without a usable scale,"Av | VFed,c | ~540000f | 510[1200] | 32000[35000] | 1000[1500] | 43[220] | 560[590] | 2.1[6.4] | 3.3[9.8] | 10:1 | 237,238",,
4225,,"M-MoFee,c",no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,26,nmol C2H4 (CO) h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av | M-MoFee,c | - | [100] | 26[410] | 13[71] | 3.0[43] | 4.5[31] | -[6.6] | -[7.0] | 30:1 | 222",,
4226,,"V-MoFee,c",no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,33,nmol C2H4 (CO) h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av | V-MoFee,c | - | [81] | 33[370] | 8.8[93] | 3.4[49] | 3.1[21] | -[6.5] | -[10] | 30:1 | 222",,
4227,,"M-VFeg,c",no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,650,nmol C2H4 (CO) h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av | M-VFeg,c | 42200p | - | 650p | 21p | 1.7p | 7.3p | - | 0.75p | 30:1 | 23",,
4228,,"MoFeb,c",no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,0.14,nmol C2H4 (CO2) h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere","Av | MoFeb,c | 3.3[14] | 0.27 | 0.14 | - | - | - | - | - | 6:1 | 242",,
4229,,VFek,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,25,nmol C2H4 (CO2) h-1 mg-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Av | VFek | - | ~35l | 25±5l | - | 42±7l | - | - | - | m | 221,,
4230,,Av,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,25,nmol C2H4(CO) h-1 mg-1,accepted quantitative rate,"Av | MoFeb,c | C2H4(CO) | 25[730]",,
4231,,Av,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7491575,32000,nmol C2H4(CO) h-1 mg-1,assay reported without a usable scale,"Av | VFed,c | C2H4(CO) | 32000[35000]",,
4232,,Av,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,26,nmol C2H4(CO) h-1 mg-1,accepted quantitative rate,"Av | M-MoFee,c | C2H4(CO) | 26[410]",,
4233,,Av,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,33,nmol C2H4(CO) h-1 mg-1,accepted quantitative rate,"Av | V-MoFee,c | C2H4(CO) | 33[370]",,
4234,,Av,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,650,nmol C2H4(CO) h-1 mg-1,accepted quantitative rate,"Av | M-VFeg,c | C2H4(CO) | 650p",,
4235,,Av,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.14,nmol C2H4(CO2) h-1 mg-1,accepted quantitative rate,"Av | MoFeb,c | C2H4(CO2) | 0.14",,
4236,,Av,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.078,nmol C2H4(CO2) h-1 mg-1,accepted quantitative rate,"Av | VFed,c | C2H4(CO2) | 0.078[0.21]",,
4237,,Av,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.054,nmol C2H4(CO2) h-1 mg-1,accepted quantitative rate,"Av | VFed,c | C2H4(CO2) | 0.054[0.099]",,
4238,,Av,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,25,nmol C2H4(CO2) h-1 mg-1,duplicate of an accepted measurement,Av | VFek | C2H4(CO2) | 25±5l,,
4239,,M | Eu(II) | H2O | COb,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.05,nmol C2H4 h-1,assay measured; denominator or scale lost,M | Eu(II) | H2O | COb | C2H4 | 0.050,,
4240,,M | Eu(II) | H2O | COb,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.1,nmol C2H4 h-1,duplicate of an accepted measurement,M | Eu(II) | H2O | COb | C2H4 | 0.10,,
4241,,M | Eu(II) | H2O | CNc,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,5.5,nmol C2H4 h-1,assay measured; denominator or scale lost,M | Eu(II) | H2O | CNc | C2H4 | 5.5,,
4242,,M | Eu(II) | H2O | CNc,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,11,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",M | Eu(II) | H2O | CNc | C2H4 | 11,,
4243,,M | SmI2 | DMFd | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.15,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFd | CO | C2H4 | 0.15,,
4244,,M | SmI2 | DMFd | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.3,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFd | CO | C2H4 | 0.30,,
4245,,M | SmI2 | DMFd | CNe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,1.6,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFd | CNe | C2H4 | 1.6,,
4246,,M | SmI2 | DMFd | CNe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,3.2,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFd | CNe | C2H4 | 3.2,,
4247,,M | SmI2 | DMFd | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.013,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFd | CO2f | C2H4 | 0.013,,
4248,,M | SmI2 | DMFd | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.026,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFd | CO2f | C2H4 | 0.026,,
4249,,M | SmI2 | DMFg | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,3.0,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFg | CO | C2H4 | 3.0,,
4250,,M | SmI2 | DMFg | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,6.0,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFg | CO | C23H4 | 6.0,,
4251,,M | SmI2 | DMFg | CNc,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,42,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",M | SmI2 | DMFg | CNc | C2H4 | 42,,
4252,,M | SmI2 | DMFg | CNc,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,84,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",M | SmI2 | DMFg | CNc | C2H4 | 84,,
4253,,M | SmI2 | DMFg | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,1.5,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFg | CO2f | C2H4 | 1.5,,
4254,,M | SmI2 | DMFg | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,3.0,nmol C2H4 h-1,assay measured; denominator or scale lost,M | SmI2 | DMFg | CO2f | C2H4 | 3.0,,
4255,,V | Eu(II) | H2O | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.046,nmol C2H4 h-1,assay measured; denominator or scale lost,V | Eu(II) | H2O | CO | C2H4 | 0.046,,
4256,,V | Eu(II) | H2O | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.092,nmol C2H4 h-1,assay measured; denominator or scale lost,V | Eu(II) | H2O | CO | C2H4 | 0.092,,
4257,,V | Eu(II) | H2O | CNc,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,4.8,nmol C2H4 h-1,assay measured; denominator or scale lost,V | Eu(II) | H2O | CNc | C2H4 | 4.8,,
4258,,V | Eu(II) | H2O | CNc,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,9.6,nmol C2H4 h-1,assay measured; denominator or scale lost,V | Eu(II) | H2O | CNc | C2H4 | 9.6,,
4259,,V | SmI2 | DMFd | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.17,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFd | CO | C2H4 | 0.17,,
4260,,V | SmI2 | DMFd | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.33,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFd | CO | C2H4 | 0.33,,
4261,,V | SmI2 | DMFd | CNe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,1.4,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFd | CNe | C2H4 | 1.4,,
4262,,V | SmI2 | DMFd | CNe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,2.9,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFd | CNe | C2H4 | 2.9,,
4263,,V | SmI2 | DMFd | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.017,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFd | CO2f | C2H4 | 0.017,,
4264,,V | SmI2 | DMFd | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.034,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFd | CO2f | C2H4 | 0.034,,
4265,,V | SmI2 | DMFg | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,2.3,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFg | CO | C2H4 | 2.3,,
4266,,V | SmI2 | DMFg | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,4.6,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFg | CO | C2H4 | 4.6,,
4267,,V | SmI2 | DMFg | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.57,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFg | CO2f | C2H4 | 0.57,,
4268,,V | SmI2 | DMFg | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,1.1,nmol C2H4 h-1,assay measured; denominator or scale lost,V | SmI2 | DMFg | CO2f | C2H4 | 1.1,,
4269,,L | Eu(II) | H2O | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.035,nmol C2H4 h-1,assay measured; denominator or scale lost,L | Eu(II) | H2O | CO | C2H4 | 0.035,,
4270,,L | Eu(II) | H2O | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.07,nmol C2H4 h-1,assay measured; denominator or scale lost,L | Eu(II) | H2O | CO | C2H4 | 0.070,,
4271,,L | Eu(II) | H2O | CNc,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,3.753,nmol C2H4 h-1,assay measured; denominator or scale lost,L | Eu(II) | H2O | CNc | C2H4 | 3.753,,
4272,,L | Eu(II) | H2O | CNc,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,7.5,nmol C2H4 h-1,assay measured; denominator or scale lost,L | Eu(II) | H2O | CNc | C2H4 | 7.5,,
4273,,L | SmI2 | DMFd | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.12,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFd | CO | C2H4 | 0.12,,
4274,,L | SmI2 | DMFd | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.25,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFd | CO | C2H4 | 0.25,,
4275,,L | SmI2 | DMFd | CNe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.88,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFd | CNe | C2H4 | 0.88,,
4276,,L | SmI2 | DMFd | CNe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,1.8,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFd | CNe | C2H4 | 1.8,,
4277,,L | SmI2 | DMFd | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.021,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFd | CO2f | C2H4 | 0.021,,
4278,,L | SmI2 | DMFd | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.042,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFd | CO2f | C2H4 | 0.042,,
4279,,L | SmI2 | DMFg | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,2.2,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFg | CO | C2H4 | 2.2,,
4280,,L | SmI2 | DMFg | CO,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,4.4,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFg | CO | C2H4 | 4.4,,
4281,,L | SmI2 | DMFg | CNe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,27,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",L | SmI2 | DMFg | CNe | C2H4 | 27,,
4282,,L | SmI2 | DMFg | CNe,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,54,nmol C2H4 h-1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",L | SmI2 | DMFg | CNe | C2H4 | 54,,
4283,,L | SmI2 | DMFg | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.4,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFg | CO2f | C2H4 | 0.40,,
4284,,L | SmI2 | DMFg | CO2f,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.8,nmol C2H4 h-1,assay measured; denominator or scale lost,L | SmI2 | DMFg | CO2f | C2H4 | 0.80,,
4285,,A. vinelandii VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,454,nmol product × min−1 × (mg VFe)−1,nitrogenase purified from this organism,"Specific activities of 454 and 4.93 nmol product × min−1 × (mg VFe)−1 for the generation of C2H4 and C2H6, respectively, were indicative of alternative nitrogenase activity (Table 4)",,
4286,,A. vinelandii VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,19,nmol product × min−1 × (mg VFe)−1,nitrogenase purified from this organism,"the specific activity for N2 reduction was reported with a value of 19, reflecting ~5% of the activity of untagged or tagged A. vinelandii VFe protein",,
4287,,A. vinelandii FeFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,181,nmol product × min−1 × (mg FeFe)−1,nitrogenase purified from this organism,"The most active Av and Rc proteins show similar specific activities for N2 and C2H2 reduction (181 vs 190 and 306 vs 260, respectively)",,
4288,,R. capsulatus FeFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,306,nmol product × min−1 × (mg FeFe)−1,nitrogenase purified from this organism,"The most active Av and Rc proteins show similar specific activities for N2 and C2H2 reduction (181 vs 190 and 306 vs 260, respectively)",,
4289,,R. palustris FeFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,80,nmol product × min−1 × (mg FeFe)−1,nitrogenase purified from this organism,"NH3 production is found with a specific activity of ~80 nmol product × min−1 × (mg FeFe)−1, reflecting 40% of the activity as compared to the Av or Rc proteins",,
4290,,A. vinelandii MoFe protein,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7491575,8,nmol product × min−1 × (mg protein)−1,assay reported without a usable scale,producing N2 and N2H4 at 8% and 33% of the rates for the MoFe protein,,
4291,,A. vinelandii MoFe protein,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7491575,33,nmol product × min−1 × (mg protein)−1,assay reported without a usable scale,producing N2 and N2H4 at 8% and 33% of the rates for the MoFe protein,,
4292,,A. vinelandii VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,110,nmol product × min−1 × (mg protein)−1,nitrogenase purified from this organism,"specific activities for NH3 and N2H4 formation of ~110 and 26 nmol product × min−1 × (mg protein)−1, respectively",,
4293,,A. vinelandii VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,26,nmol product × min−1 × (mg protein)−1,nitrogenase purified from this organism,"specific activities for NH3 and N2H4 formation of ~110 and 26 nmol product × min−1 × (mg protein)−1, respectively",,
4294,,A. vinelandii MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,190,nmol product × min−1 × (mg protein)−1,nitrogenase purified from this organism,"specific activities for the formation of CH4, NH3, CH3NH2 and H2 were found to be 190, 250, 70 and 500 nmol product × min−1 × (mg protein)−1, respectively",,
4295,,A. vinelandii MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,250,nmol product × min−1 × (mg protein)−1,nitrogenase purified from this organism,"specific activities for the formation of CH4, NH3, CH3NH2 and H2 were found to be 190, 250, 70 and 500 nmol product × min−1 × (mg protein)−1, respectively",,
4296,,A. vinelandii MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,70,nmol product × min−1 × (mg protein)−1,nitrogenase purified from this organism,"specific activities for the formation of CH4, NH3, CH3NH2 and H2 were found to be 190, 250, 70 and 500 nmol product × min−1 × (mg protein)−1, respectively",,
4297,,A. vinelandii MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,500,nmol product × min−1 × (mg protein)−1,nitrogenase purified from this organism,"specific activities for the formation of CH4, NH3, CH3NH2 and H2 were found to be 190, 250, 70 and 500 nmol product × min−1 × (mg protein)−1, respectively",,
4298,,A. vinelandii VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,1.9,mM,nitrogenase purified from this organism,the VFe protein ... had a similar affinity for the substrate as the MoFe protein (Km = 1.9 mM),,
4299,,Av Mo-nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.025,nmol C2H4 × (mg protein)−1 × min−1,nitrogenase purified from this organism,specific activities for C2H4 and C2H6 of 0.025 and 0.013,,
4300,,Av Mo-nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.013,nmol C2H6 × (mg protein)−1 × min−1,nitrogenase purified from this organism,specific activities for C2H4 and C2H6 of 0.025 and 0.013,,
4301,,Av VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,32,nmol C2H4 × (mg protein)−1 × min−1,nitrogenase purified from this organism,"specific activities for C2H4 and C2H6 of 0.025 and 0.013, compared to 32 and 1 for the VFe protein",,
4302,,Av VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,1,nmol C2H6 × (mg protein)−1 × min−1,nitrogenase purified from this organism,"specific activities for C2H4 and C2H6 of 0.025 and 0.013, compared to 32 and 1 for the VFe protein",,
4303,,MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,1700,nmol H2 × (mg protein)−1 × min−1,nitrogenase purified from this organism,"specific activities of 1700 and 540 nmol H2 × (mg protein)−1 × min−1 for the MoFe and VFe proteins, respectively",,
4304,,VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,540,nmol H2 × (mg protein)−1 × min−1,nitrogenase purified from this organism,"specific activities of 1700 and 540 nmol H2 × (mg protein)−1 × min−1 for the MoFe and VFe proteins, respectively",,
4305,,Av VnfDGK,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,6,nmol product × (mg protein)−1 × min−1,nitrogenase purified from this organism,specific activity ~6 nmol product × (mg protein)−1 × min−1; mg protein is based on average yield from cells,,
4306,,Av VnfDGK,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,2.5,nmol product × (mg protein)−1 × min−1,nitrogenase purified from this organism,specific activity for hydrocarbon formation is ~2.5,,
4307,,Av MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.8,nmol product × (mg protein)−1 × min−1,nitrogenase purified from this organism,"specific activities of 0.8 and ~5 nmol product × (mg protein)−1 × min−1, respectively",,
4308,,modified Av MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,5,nmol product × (mg protein)−1 × min−1,nitrogenase purified from this organism,"specific activities of 0.8 and ~5 nmol product × (mg protein)−1 × min−1, respectively",,
4309,,MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,3.3,×10−3 nmol product × (mg protein)−1 × min−1,nitrogenase purified from this organism,"specific activities of 3.3, 0.27 and 0.14 (units of ×10−3)",,
4310,,VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.27,×10−3 nmol product × (mg protein)−1 × min−1,assay measured; denominator or scale lost,"specific activities of 3.3, 0.27 and 0.14 (units of ×10−3)",,
4311,,VFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.14,×10−3 nmol product × (mg protein)−1 × min−1,assay measured; denominator or scale lost,"specific activities of 3.3, 0.27 and 0.14 (units of ×10−3)",,
4312,,R. palustris Fe-only nitrogenase,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,10,×10−3 nmol product × (mg protein)−1 × min−1,assay measured; denominator or scale lost,specific activity of ~10 × 10−3 nmol product × (mg protein)−1 × min−1,,
4313,,A. vinelandii,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC7491575,1,nmol CH4 × (mg total protein)−1,assay reported without a usable scale,CH4 production reflected only ~1% of the activity for the other organisms,,
4314,,VnfDGK from A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,4.3,nmol product × (mg protein)−1 × min−1,assay measured; denominator or scale lost,"C1 to C4 products were observed, with the primary products being CO and CH4 (4.3 and 0.92 × 10−3 nmol product × (mg protein)−1 × min−1, respectively)",,
4315,,VnfDGK from A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.92,nmol product × (mg protein)−1 × min−1,assay measured; denominator or scale lost,"C1 to C4 products were observed, with the primary products being CO and CH4 (4.3 and 0.92 × 10−3 nmol product × (mg protein)−1 × min−1, respectively)",,
4316,,VFe protein from A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.9,nmol product × (mg protein)−1 × min−1,nitrogenase purified from this organism,the latter has an inverse KIE of ~0.9,,
4317,,VFe protein from A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,4.8,nmol product × (mg protein)−1 × min−1,nitrogenase purified from this organism,"methane, which has a more classical KIE value of ~4.8",,
4318,,VFe protein from A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,0.3,nmol product × (nmol cofactor)−1 × n,nitrogenase purified from this organism,"the total turnover number (TON; nmol product × (nmol cofactor)−1 × n, where n is the number of C for each product (CnHm)) for product formation is ~0.3",,
4319,,Av M-MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,650,nmol product × min−1 × (nmol cofactor)−1,assay measured; denominator or scale lost,"the in vivo M-VFe hybrid converted CO to C2H4 and C2H6 with higher specific activities (650 and 21 × 10−3 nmol product × min−1 × (nmol cofactor)−1 for C2H4 and C2H6, respectively) relative to V-MoFe (33 and 8.8 × 10−3 nmol product × min−1 ×",,
4320,,Av M-MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,21,× 10−3 nmol product × min−1 × (nmol cofactor)−1,assay measured; denominator or scale lost,"the in vivo M-VFe hybrid converted CO to C2H4 and C2H6 with higher specific activities (650 and 21 × 10−3 nmol product × min−1 × (nmol cofactor)−1 for C2H4 and C2H6, respectively) relative to V-MoFe (33 and 8.8 × 10−3 nmol product × min−1 ×",,
4321,,V-MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,33,nmol product × min−1 × (mg protein)−1,assay measured; denominator or scale lost,"the in vivo M-VFe hybrid converted CO to C2H4 and C2H6 with higher specific activities (650 and 21 × 10−3 nmol product × min−1 × (nmol cofactor)−1 for C2H4 and C2H6, respectively) relative to V-MoFe (33 and 8.8 × 10−3 nmol product × min−1 ×",,
4322,,V-MoFe,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,8.8,× 10−3 nmol product × min−1 × (mg protein)−1,assay measured; denominator or scale lost,"the in vivo M-VFe hybrid converted CO to C2H4 and C2H6 with higher specific activities (650 and 21 × 10−3 nmol product × min−1 × (nmol cofactor)−1 for C2H4 and C2H6, respectively) relative to V-MoFe (33 and 8.8 × 10−3 nmol product × min−1 ×",,
4323,,wild-type MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,25,nmol product × min−1 × (mg protein)−1,assay measured; denominator or scale lost,"the in vivo M-VFe hybrid converted CO to C2H4 and C2H6 with higher specific activities (650 and 21 × 10−3 nmol product × min−1 × (nmol cofactor)−1 for C2H4 and C2H6, respectively) relative to V-MoFe (33 and 8.8 × 10−3 nmol product × min−1 ×",,
4324,,wild-type MoFe protein,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,13,× 10−3 nmol product × min−1 × (mg protein)−1,assay measured; denominator or scale lost,"the in vivo M-VFe hybrid converted CO to C2H4 and C2H6 with higher specific activities (650 and 21 × 10−3 nmol product × min−1 × (nmol cofactor)−1 for C2H4 and C2H6, respectively) relative to V-MoFe (33 and 8.8 × 10−3 nmol product × min−1 ×",,
4325,,A. vinelandii,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC7491575,170,× 10−3 nmol product × min−1 × (nmol protein)−1,assay measured; denominator or scale lost,"CO could be measured and was maximally produced in a 40% CO2, 60% Ar atmosphere with higher specific activities (~170 × 10−3 nmol product × min−1 × (nmol protein)−1) than observed in the in vitro assays (Table 9)",,
4326,,V-nitrogenase,no_taxdump_match,claim,T4,positive,True,corpus_fulltext,PMC7491575,610,nmol product × min−1 × (mg protein)−1,"value cited to another paper; fixation asserted, attribution belongs elsewhere",Specific Activities for Standard Nitrogenase Substrate Assaysa | ratio of the reductase Fe protein to catalytic nitrogenase protein. | 610,,
4327,,WT A1501,no_taxdump_match,assay_relative,T3,positive,True,corpus_fulltext,PMC8249394,100,percent,assay reported without a usable scale,WT A1501 | Nitrogenase activity (%) | 100 ± 20,,
4328,,ΔgacA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,21,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔgacA | Nitrogenase activity (%) | 21 ± 9**,,
4329,,ΔgacA (pLgacA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,84,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔgacA (pLgacA) | Nitrogenase activity (%) | 84 ± 25,,
4330,,ΔrpoN,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,9,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrpoN | Nitrogenase activity (%) | 9 ± 3**,,
4331,,ΔrpoN (pLrpoN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,101,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrpoN (pLrpoN) | Nitrogenase activity (%) | 101 ± 16,,
4332,,ΔrpoS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,168,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrpoS | Nitrogenase activity (%) | 168 ± 42,,
4333,,ΔrpoS (pLrpoS),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,86,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrpoS (pLrpoS) | Nitrogenase activity (%) | 86 ± 17,,
4334,,ΔrsmA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,415,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmA | Nitrogenase activity (%) | 415 ± 72**,,
4335,,ΔrsmA (pLrsmA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,173,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmA (pLrsmA) | Nitrogenase activity (%) | 173 ± 42,,
4336,,ΔrsmZ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,50,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmZ | Nitrogenase activity (%) | 50 ± 9*,,
4337,,ΔrsmZ (pLrsmZ),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,90,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmZ (pLrsmZ) | Nitrogenase activity (%) | 90 ± 8,,
4338,,ΔrsmY,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,67,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmY | Nitrogenase activity (%) | 67 ± 6,,
4339,,ΔrsmY (pLrsmY),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,120,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmY (pLrsmY) | Nitrogenase activity (%) | 120 ± 19,,
4340,,ΔrsmYZ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,24,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmYZ | Nitrogenase activity (%) | 24 ± 11**,,
4341,,ΔbifA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,309,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔbifA | Nitrogenase activity (%) | 309 ± 65**,,
4342,,ΔbifA (pLbifA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,119,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔbifA (pLbifA) | Nitrogenase activity (%) | 119 ± 16,,
4343,,ΔsadC,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,113,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔsadC | Nitrogenase activity (%) | 113 ± 27,,
4344,,ΔsadC (pLsadC),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,106,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔsadC (pLsadC) | Nitrogenase activity (%) | 106 ± 27,,
4345,,ΔpslA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,61,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpslA | Nitrogenase activity (%) | 61 ± 14*,,
4346,,ΔpslA (pLpslA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,87,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpslA (pLpslA) | Nitrogenase activity (%) | 87 ± 9,,
4347,,ΔnifA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,97,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔnifA | Nitrogenase activity (%) | 97 ± 8,,
4348,,ΔnifA (pLnifA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,88,percent,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔnifA (pLnifA) | Nitrogenase activity (%) | 88 ± 6,,
4349,,ΔgacA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,21,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔgacA | Nitrogenase activity (%) | 21 ± 9**,,
4350,,ΔgacA (pLgacA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,84,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔgacA (pLgacA) | Nitrogenase activity (%) | 84 ± 25,,
4351,,ΔrpoN,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,9,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrpoN | Nitrogenase activity (%) | 9 ± 3**,,
4352,,ΔrpoN (pLrpoN),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,101,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrpoN (pLrpoN) | Nitrogenase activity (%) | 101 ± 16,,
4353,,ΔrpoS,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,168,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrpoS | Nitrogenase activity (%) | 168 ± 42,,
4354,,ΔrpoS (pLrpoS),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,86,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrpoS (pLrpoS) | Nitrogenase activity (%) | 86 ± 17,,
4355,,ΔrsmA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,415,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmA | Nitrogenase activity (%) | 415 ± 72**,,
4356,,ΔrsmA (pLrsmA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,173,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmA (pLrsmA) | Nitrogenase activity (%) | 173 ± 42,,
4357,,A1501 (pLrsmA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,51,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",A1501 (pLrsmA) | Nitrogenase activity (%) | 51 ± 7*,,
4358,,ΔrsmZ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,50,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmZ | Nitrogenase activity (%) | 50 ± 9*,,
4359,,ΔrsmZ (pLrsmZ),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,90,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmZ (pLrsmZ) | Nitrogenase activity (%) | 90 ± 8,,
4360,,A1501 (pLrsmZ),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,167,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",A1501 (pLrsmZ) | Nitrogenase activity (%) | 167 ± 19*,,
4361,,ΔrsmY,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,67,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmY | Nitrogenase activity (%) | 67 ± 6,,
4362,,ΔrsmY (pLrsmY),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,120,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmY (pLrsmY) | Nitrogenase activity (%) | 120 ± 19,,
4363,,A1501 (pLrsmY),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,137,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",A1501 (pLrsmY) | Nitrogenase activity (%) | 137 ± 37,,
4364,,ΔrsmYZ,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,24,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔrsmYZ | Nitrogenase activity (%) | 24 ± 11**,,
4365,,ΔbifA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,309,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔbifA | Nitrogenase activity (%) | 309 ± 65**,,
4366,,ΔbifA (pLbifA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,119,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔbifA (pLbifA) | Nitrogenase activity (%) | 119 ± 16,,
4367,,A1501 (pLbifA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,45,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",A1501 (pLbifA) | Nitrogenase activity (%) | 45 ± 15*,,
4368,,ΔsadC,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,113,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔsadC | Nitrogenase activity (%) | 113 ± 27,,
4369,,ΔsadC (pLsadC),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,106,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔsadC (pLsadC) | Nitrogenase activity (%) | 106 ± 27,,
4370,,A1501 (pLsadC),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,201,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",A1501 (pLsadC) | Nitrogenase activity (%) | 201 ± 53*,,
4371,,ΔpslA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,61,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpslA | Nitrogenase activity (%) | 61 ± 14*,,
4372,,ΔpslA (pLpslA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,87,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔpslA (pLpslA) | Nitrogenase activity (%) | 87 ± 9,,
4373,,A1501(pLpslA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,90,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",A1501(pLpslA) | Nitrogenase activity (%) | 90 ± 7,,
4374,,ΔnifA,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,97,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔnifA | Nitrogenase activity (%) | 97 ± 8,,
4375,,ΔnifA (pLnifA),no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC8249394,88,%,"mutant assayed; the wild type of this organism fixes, which is why a knockout was informative",ΔnifA (pLnifA) | Nitrogenase activity (%) | 88 ± 6,,
4376,316.0,P. stutzeri A1501,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC8249394,35,percent of maximum nitrogenase activity,assay reported without a usable scale," ~35% of the maximum nitrogenase activity was observed in planktonic growth at a low lactate concentration (1.0 mM), but very low nitrogenase activity was detected in biofilm growth",,
4377,316.0,P. stutzeri A1501,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC8249394,31,percent,assay reported without a usable scale,0.5 mM NH4+ caused a small reduction (31%) in nitrogenase activity of biofilm cells,,
4378,316.0,P. stutzeri A1501,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC8249394,100,percent,assay reported without a usable scale,WT A1501 | Nitrogenase activity (%) | 100 ± 20,,
4379,316.0,P. stutzeri A1501,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC8249394,94,percent,assay reported without a usable scale,A1501 (pLAFR3)a | Nitrogenase activity (%) | 94 ± 10,,
4380,316.0,P. stutzeri A1501,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC8249394,168,percent,assay reported without a usable scale,ΔrpoS | Nitrogenase activity (%) | 168 ± 42,,
4381,316.0,P. stutzeri A1501,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC8249394,152,percent,assay reported without a usable scale,ΔrsmA | Biofilm formation (%) | 152 ± 35,,
4382,316.0,P. stutzeri A1501,epithet_and_strain_genus_renamed,assay_relative,T3,positive,True,corpus_fulltext,PMC8249394,104,percent,assay reported without a usable scale,ΔnifA | Biofilm formation (%) | 104 ± 11,,
4383,,GB1-9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,62.22,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GB1-9 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 62.22,,
4384,,GB2-8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,53.43,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GB2-8 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 53.43,,
4385,,GB3-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,29.37,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GB3-1 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 29.37,,
4386,,GB3-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,41.97,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GB3-4 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 41.97,,
4387,,GB5-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,56.25,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GB5-5 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 56.25,,
4388,,GB6-6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,95.67,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GB6-6 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 95.67,,
4389,,GB9-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,74.98,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GB9-1 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 74.98,,
4390,,GB12-9,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,63.39,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GB12-9 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 63.39,,
4391,,GB14-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,38.55,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GB14-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 38.55,,
4392,,GS1-6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,74.98,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS1-6 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 74.98,,
4393,,GS1-8,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,99.4,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS1-8 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 99.40,,
4394,,GS2-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,28.65,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS2-1 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 28.65,,
4395,,GS2-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,39.62,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS2-5 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 39.62,,
4396,,GS3-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,67.44,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS3-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 67.44,,
4397,,GS3-6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,109.51,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS3-6 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 109.51,,
4398,,GS3-7,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,48.6,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS3-7 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 48.60,,
4399,,GS4-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,28.65,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS4-1 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 28.65,,
4400,,GS4-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,48.6,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS4-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 48.60,,
4401,,GS5-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,80.94,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS5-5 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 80.94,,
4402,,GS6-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,80.94,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS6-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 80.94,,
4403,,GS6-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,130.09,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS6-5 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 130.09,,
4404,,GS7-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,98.51,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS7-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 98.51,,
4405,,GS7-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,66.5,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS7-3 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 66.50,,
4406,,GS8-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,23.16,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS8-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 23.16,,
4407,,GS9-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,90.51,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS9-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 90.51,,
4408,,GS9-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,110.5,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS9-3 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 110.50,,
4409,,GS10-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,173.22,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS10-1 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 173.22,,
4410,,GS11-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,44.23,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS11-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 44.23,,
4411,,GS11-3,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,144.22,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS11-3 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 144.22,,
4412,,GS11-4,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,35.36,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS11-4 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 35.36,,
4413,,GS12-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,80.44,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS12-1 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 80.44,,
4414,,GS12-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,56.73,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS12-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 56.73,,
4415,,GS14-1,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,118.65,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS14-1 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 118.65,,
4416,,GS14-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,50.45,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS14-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 50.45,,
4417,,GS15-2,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,33.97,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS15-2 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 33.97,,
4418,,GS1-6,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,38.55,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS1-6 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 38.55,,
4419,,GS2-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,48.6,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS2-5 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 48.60,,
4420,,GS5-5,no_taxdump_match,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,173.22,nmol C2H4 mg–1 protein h–1,accepted quantitative rate,GS5-5 | Nitrogen fixation (nmol C2H4 mg–1 protein h–1) | 173.22,,
4421,1471381.0,Pseudomonas helmanticensis GS5-5,binomial_prefix_strain_dropped,assay_direct,T1,positive,True,corpus_fulltext,PMC9846362,94.01,nmol (C2H4) mg-1 protein h-1,accepted quantitative rate,"A total of 25 isolates (69.44%) were capable of growing on NFM medium and showed nitrogen fixation ability in the range of 51.53–94.01 nmol (C2H4) mg–1 protein h–1. Pseudomonas helmanticensis GS5-5 showed the highest nitrogenase activity, f",,
4435,285268.0,acetobacter nitrogenifigens,exact_name,assay_growth,T2,positive,False,hub_literature,10.1099/ijs.0.64101-0,,,hub lit_call=positive via N_free_growth,"s in culture media, growth in nitrogen-free medium, production of gamma-pyrone from glucos",unusable,n_free_growth_without_verified_control
4491,1183413.0,agrobacterium salinitolerans,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.001885,,,hub lit_call=positive via nif_genes,test strains formed a unique nifH lineage deeply separated from other rhi,,
4492,1183413.0,agrobacterium salinitolerans,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4520,1848972.0,allorhizobium terrae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003770,,,hub lit_call=positive via claim,"ch was used to characterize a nitrogen-fixing bacterium, designated strain CC-HIH110",,
4521,1848972.0,allorhizobium terrae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4524,2109933.0,alsobacter soli,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003088,,,hub lit_call=positive via claim,and negative for atmospheric nitrogen fixation and nitrate reduction. The strain was a,,
4525,2109933.0,alsobacter soli,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4551,1548597.0,anaerobacillus alkaliphilus,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003128,,,hub lit_call=positive via claim,"T (98.2 and 98.4 %), A. alkalidiazotrophicus MS 6 T (97.7 and 98.4 %), A. alkalilacu",,
4552,1548597.0,anaerobacillus alkaliphilus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4553,1532552.0,anaerobacillus isosaccharinicus,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.002721,,,hub lit_call=positive via claim,"15340 T , Anaerobacilus alkalidiazotrophicus DSM 22531 T , Anaerobacillusalkalilacus",,
4554,1532552.0,anaerobacillus isosaccharinicus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4565,2918170.0,anaeromyxobacter oryzae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005546,,,hub lit_call=positive via claim,"ae sp. nov., Anaeromyxobacter diazotrophicus sp. nov. and Anaeromyxobacter paludicol",,
4566,2918170.0,anaeromyxobacter oryzae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4602,551760.0,aromatoleum aromaticum,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003244,,,hub lit_call=positive via claim,indigens lineage members are diazotrophic endophytes lacking these catabolic capa,,
4603,551760.0,aromatoleum aromaticum,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4626,418699.0,azoarcus olearius,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.050609-0,,,hub lit_call=positive via claim,"A novel nitrogen-fixing strain, designated DQS-4(T), was isolat",,
4627,418699.0,azoarcus olearius,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4631,364039.0,azohydromonas australica,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.63733-0,,,hub lit_call=positive via nif_genes,"nus. Further studies on their nifH gene sequences, G+C content of the DNA",,
4639,418702.0,azonexus hydrophilus,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.65434-0,,,hub lit_call=positive via nif_genes,"arboured the nitrogenase gene nifH, but nitrogen-fixing activities could n",,
4640,418702.0,azonexus hydrophilus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4645,2785627.0,azospira inquinata,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005172,,,hub lit_call=positive via claim,"on acceptors, and are able to fix nitrogen. Poly-β-hydroxybutyrate storage granule",,
4648,404405.0,azospira restricta,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.64965-0,,,hub lit_call=positive via claim,alase-positive and is able to fix nitrogen. Poly-beta-hydroxybutyrate storage gran,,
4649,404405.0,azospira restricta,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4651,1720247.0,azospirillum agricola,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.000904,,,hub lit_call=positive via nif_genes,ion for dinitrogen reductase (nifH gene); the activity was recorded as 8.4,,
4654,2970906.0,azospirillum argentinense,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005475,,,hub lit_call=positive via claim,n Az39 T of Azospirillum is a diazotrophic plant growth-promoting bacterium isolat,,
4655,2970906.0,azospirillum argentinense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4656,1064539.0,azospirillum baldaniorum,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004517,,,hub lit_call=positive via claim,cterium due to its ability to fix atmospheric nitrogen and to produce plant-beneficial compoun,,
4659,3462279.0,azospirillum caeni,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.007227,,,hub lit_call=positive via claim,to 2 mM mesotrione and could fix nitrogen. Strain A39 T showed the highest 16S rR,,
4660,3462279.0,azospirillum caeni,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4661,403962.0,azospirillum canadense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.64804-0,,,hub lit_call=positive via nif_genes,"ysis, and 16S rRNA, cpn60 and nifH gene sequence analyses. 16S rRNA gene s",,
4662,403962.0,azospirillum canadense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4664,92933.0,azospirillum doebereinerae,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/00207713-51-1-17,,,hub lit_call=positive via ARA,"e dinitrogenase reductase and acetylene-reduction assay. On the basis of these results, t",,
4666,1233114.0,azospirillum fermentarium,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.050872-0,,,hub lit_call=positive via nif_genes,Azospirillum species. Highest nifH gene sequence similarities were obtaine,,
4667,1233114.0,azospirillum fermentarium,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4668,861533.0,azospirillum formosense,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.030585-0,,,hub lit_call=positive via claim,"rod-shaped, non-spore-forming diazotrophic bacterium, designated CC-Nfb-7(T), was",,
4669,861533.0,azospirillum formosense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4671,1226968.0,azospirillum humicireducens,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.046813-0,,,hub lit_call=positive via nif_genes,ctively. Similarities between nifH gene sequences of strain SgZ-5(T) and m,,
4674,3053926.0,azospirillum isscasi,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijsem.0.006218,,,hub lit_call=positive via ARA,fix atmospheric nitrogen and acetylene reduction activity was recorded up to 120.26 nmol,,
4678,328839.0,azospirillum melinis,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijs.0.64025-0,,,hub lit_call=positive via ARA,nitrogen-fixers by using the acetylene-reduction assay and PCR amplification of nifH gen,,
4681,286727.0,azospirillum oryzae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.63503-0,,,hub lit_call=positive via claim,c position of the free-living diazotrophic strain COC8(T) isolated from rice was i,,
4683,2044885.0,azospirillum palustre,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijsem.0.003560,,,hub lit_call=positive via ARA,en reductase ( nifH gene) and acetylene reduction activity was recorded up to 1250 nmol e,,
4686,682998.0,azospirillum ramasamyi,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijsem.0.003320,,,hub lit_call=positive via ARA,"n, which was evaluated by the acetylene reduction assay. Further, whole genome sequence a",,
4689,1304799.0,azospirillum soli,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.000618,,,hub lit_call=positive via claim,"egative, rod or spiral-shaped diazotrophic bacterium (designated strain CC-LY788T)",,
4694,528244.0,azospirillum thiophilum,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.018853-0,,,hub lit_call=positive via nif_genes,ctively. Similarities between nifH sequences of strain BV-S(T) and members,,
4696,660513.0,azospirillum zeae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.65128-0,,,hub lit_call=positive via nif_genes,"tion, and 16S rRNA, cpn60 and nifH gene sequence analysis, was taken to an",,
4697,660513.0,azospirillum zeae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4700,1986537.0,azotobacter bryophylli,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003412,,,hub lit_call=positive via claim,"Gram-stain-negative, aerobic, nitrogen-fixing bacterium, designated strain L461 T , w",,
4701,1986537.0,azotobacter bryophylli,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4708,472963.0,bacillus alkalidiazotrophicus,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.65655-0,,,hub lit_call=positive via nif_genes,y functional nitrogenase gene nifH was detected in both strain MS 6(T) and,,
4709,472963.0,bacillus alkalidiazotrophicus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4712,688079.0,bacillus nanhaiisediminis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.023671-0,,,hub lit_call=positive via claim,101(T) (96.76 %) and B. alkalidiazotrophicus MS 6(T) (96.47 %). Strain NH3(T) could,,
4713,688079.0,bacillus nanhaiisediminis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4717,1403274.0,beijerinckia doebereinerae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.006593-0,,,hub lit_call=positive via claim,"rch project with free-living, nitrogen-fixing bacteria, we determined the 16S rRNA ge",,
4718,1403274.0,beijerinckia doebereinerae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4737,2763117.0,bosea caraganae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.003509,,,hub lit_call=positive via nif_genes,"e other symbiotic nol , nod , nif and fix genes were detected. Based on t",,
4738,2763117.0,bosea caraganae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4739,1036779.0,bosea lupini,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.035477-0,,,hub lit_call=positive via nif_genes,"nes could be amplified, while nifH PCR gave non-specific products. On the",,
4740,1036779.0,bosea lupini,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4748,1404768.0,bradyrhizobium amphicarpaeae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.003569,,,hub lit_call=positive via nif_genes,"f the nitrogen fixation gene, nifH , placed 39S1MB T in a novel lineage di",,
4756,255045.0,bradyrhizobium canariense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.63292-0,,,hub lit_call=positive via nif_genes,"genetic analyses of symbiotic nifH and nodC sequences, the biovarieties ge",,
4758,2821403.0,bradyrhizobium cenepequi,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.005446,,,hub lit_call=positive via nif_genes,cut-off values. The nodC and nifH phylogenies included strains WSM 1738 T,,
4762,1404864.0,bradyrhizobium cosmicum,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.004380,,,hub lit_call=positive via nif_genes,"f the nitrogen fixation gene, nifH , placed 58S1 T and S23321 in a novel l",,
4764,515489.0,bradyrhizobium cytisi,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.027649-0,,,hub lit_call=positive via nif_genes,itrogen sources. The nodC and nifH genes of strain CTAW11(T) were phylogen,,
4773,2560054.0,bradyrhizobium frederickii,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.003697,,,hub lit_call=positive via nif_genes,"nd 40 %, respectively. In the nifH and nodC phylogenies, the strains were",,
4781,990078.0,bradyrhizobium huanghuaihaiense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.034546-0,,,hub lit_call=positive via nif_genes,red symbiotic genes (nodC and nifH) identical to those of reference strain,,
4784,1497618.0,bradyrhizobium ingae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.063727-0,,,hub lit_call=positive via nif_genes,(nodC) and nitrogen fixation (nifH) grouped together with those of B. irio,,
4785,1497618.0,bradyrhizobium ingae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4790,1549892.0,bradyrhizobium kavangense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.000666,,,hub lit_call=positive via nif_genes,ion. Phylogenetic analysis of nifH and nodC genes placed the novel strains,,
4791,1549892.0,bradyrhizobium kavangense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4792,722472.0,bradyrhizobium lablabi,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.027110-0,,,hub lit_call=positive via nif_genes,Bradyrhizobium. Sequencing of nifH and nodC genes and cross-nodulation tes,,
4796,989370.0,bradyrhizobium manausense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.061259-0,,,hub lit_call=positive via nif_genes,(nodC) and nitrogen fixation (nifH) grouped the novel strains of the genus,,
4798,1904807.0,bradyrhizobium mercantei,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.001870,,,hub lit_call=positive via nif_genes,d of species circumscription. nifH phylogeny clustered the SEMIA strains i,,
4801,1549938.0,bradyrhizobium namibiense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.002039,,,hub lit_call=positive via nif_genes,ogenetic analysis of nodC and nifH genes placed the novel strains in a gro,,
4802,1549938.0,bradyrhizobium namibiense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4804,1497615.0,bradyrhizobium neotropicale,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.065458-0,,,hub lit_call=positive via nif_genes,(nodC) and nitrogen fixation (nifH) placed the novel species in a new bran,,
4806,2560055.0,bradyrhizobium niftali,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.003640,,,hub lit_call=positive via nif_genes,the symbiotic genes nodC and nifH the CNPSo strains were clustered with B,,
4809,3040602.0,bradyrhizobium nivariense,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.007059,,,hub lit_call=positive via claim,"erife (Canary Islands), where nitrogen fixation is an essential activity in its N-poor",,
4810,3040602.0,bradyrhizobium nivariense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4813,931866.0,bradyrhizobium ottawaense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.065540-0,,,hub lit_call=positive via nif_genes,"osis gene sequences (nodC and nifH), all novel strains were placed in a ph",,
4815,280333.0,bradyrhizobium pachyrhizi,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.006320-0,,,hub lit_call=positive via nif_genes,kanii LMG 6134T. The nodD and nifH genes of strains PAC48T and PAC68T were,,
4817,190148.0,bradyrhizobium paxllaeri,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.060426-0,,,hub lit_call=positive via nif_genes,e highly related but distinct nifH and nodC symbiosis genes.,,
4823,1404411.0,bradyrhizobium septentrionale,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.004831,,,hub lit_call=positive via nif_genes,nod ) and nitrogen-fixation ( nif ) gene clusters. Phylogenetic analyses,,
4827,1803665.0,bradyrhizobium stylosanthis,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.001148,,,hub lit_call=positive via nif_genes,"re grouped in the analysis of nifH and nodC genes, but showed higher simil",,
4829,1549945.0,bradyrhizobium subterraneum,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.000403,,,hub lit_call=positive via nif_genes,ion. Phylogenetic analysis of nifH genes placed the novel strains in a gro,,
4830,1549945.0,bradyrhizobium subterraneum,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4831,1404367.0,bradyrhizobium symbiodeficiens,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003772,,,hub lit_call=positive via claim,"nd as well as key nodulation, nitrogen-fixation and photosystem genes. Data from variou",,
4832,1404367.0,bradyrhizobium symbiodeficiens,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4833,312253.0,bradyrhizobium tropiciagri,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.000592,,,hub lit_call=positive via nif_genes,reshold (91.2 %). Analysis of nifH and nodC gene sequences positioned the,,
4838,1654716.0,bradyrhizobium viridifuturi,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.000591,,,hub lit_call=positive via claim,"Symbiotic nitrogen-fixing bacteria, commonly called rhizobia, are",,
4865,667676.0,burkholderia diazotrophica,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.039859-0,,,hub lit_call=positive via claim,nd STM4206 were isolated from nitrogen-fixing nodules on the roots of Mimosa spp. and,,
4866,667676.0,burkholderia diazotrophica,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4867,1211383.0,burkholderia dipogonis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.000639,,,hub lit_call=positive via claim,"d WSM4640, were isolated from nitrogen-fixing nodules on roots of the invasive South",,
4868,1211383.0,burkholderia dipogonis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4870,634127.0,burkholderia heleia,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.015198-0,,,hub lit_call=positive via claim,"Nitrogen-fixing bacteria, strains SA41(T), SA42 and SA5",,
4871,634127.0,burkholderia heleia,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4872,627669.0,burkholderia humisilvae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.000368,,,hub lit_call=positive via claim,ic similarity to Burkholderia diazotrophica JPY461(T) (97.2-97.7%); the similarity,,
4873,627669.0,burkholderia humisilvae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4874,312026.0,burkholderia mimosarum,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.64325-0,,,hub lit_call=positive via claim,en strains were isolated from nitrogen-fixing nodules on the roots of plants of the g,,
4875,312026.0,burkholderia mimosarum,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4876,1399968.0,burkholderia monticola,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.066001-0,,,hub lit_call=positive via claim,(T) (97.3 %) and Burkholderia diazotrophica LMG 26031(T) (97.1 %). Based on average,,
4877,1399968.0,burkholderia monticola,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4878,392320.0,burkholderia nodosa,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.64873-0,,,hub lit_call=positive via claim,"nd Br3470, were isolated from nitrogen-fixing nodules on the roots of Mimosa scabrell",,
4879,392320.0,burkholderia nodosa,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4880,614212.0,burkholderia oxyphila,exact_name,genotype,T5,negative,False,hub_literature,10.1099/ijs.0.017368-0,,,hub lit_call=negative via nif_genes,"in OX-01(T) does not have any nif genes, which are required for N(2)-fixa",,
4882,273251.0,burkholderia sabiae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.65816-0,,,hub lit_call=positive via claim,"nd Br3405, were isolated from nitrogen-fixing nodules on the roots of Mimosa caesalpi",,
4883,273251.0,burkholderia sabiae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4884,321895.0,burkholderia silvatlantica,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.64362-0,,,hub lit_call=positive via claim,"In a previous study, nitrogen-fixing isolates were recovered from the rhizos",,
4885,321895.0,burkholderia silvatlantica,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4887,1515439.0,burkholderia susongensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.000059,,,hub lit_call=positive via claim,(T) (97.2 %) and Burkholderia diazotrophica JPY461(T) (97.1 %). The DNA G+C content,,
4888,1515439.0,burkholderia susongensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4889,863227.0,burkholderia symbiotica,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.037408-0,,,hub lit_call=positive via claim,"d JPY-581, were isolated from nitrogen-fixing nodules on the roots of two species of",,
4890,863227.0,burkholderia symbiotica,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4891,92647.0,burkholderia tropica,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.02879-0,,,hub lit_call=positive via claim,In an ecological survey of nitrogen-fixing bacteria isolated from the rhizosphere,,
4892,92647.0,burkholderia tropica,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4894,219649.0,burkholderia unamae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.02951-0,,,hub lit_call=positive via claim,with plants. A group of these diazotrophic isolates with identical or very similar,,
4895,219649.0,burkholderia unamae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4906,2806205.0,caldicellulosiruptor diazotrophicus,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005014,,,hub lit_call=positive via claim,"A novel nitrogen-fixing fermentative bacterium, designated as Y",,
4907,2806205.0,caldicellulosiruptor diazotrophicus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4922,3177514.0,celerinatantimonas sediminis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.007155,,,hub lit_call=positive via claim,"related to Celerinatantimonas diazotrophica S-G2-2 T (98.4% and 97.3%, respectively",,
4923,3177514.0,celerinatantimonas sediminis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4925,559956.0,celerinatantimonas yamalensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.045997-0,,,hub lit_call=positive via claim,"A facultatively anaerobic nitrogen-fixing bacterium, strain C7(T), was isolated f",,
4926,559956.0,celerinatantimonas yamalensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4931,1193626.0,cellvibrio diazotrophicus,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijs.0.054817-0,,,hub lit_call=positive via ARA,d E50(T) was confirmed by the acetylene reduction assay. On the basis of our polyphasic t,,
4933,2082724.0,cellvibrio polysaccharolyticus,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004805,,,hub lit_call=positive via claim,larity (97.1 %) to Cellvibrio diazotrophicus E50 T . Cells of strain Ka43 T are aero,,
4934,2082724.0,cellvibrio polysaccharolyticus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4980,2069303.0,ciceribacter azotifigens,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.002438,,,hub lit_call=positive via claim,"bacterium that was capable of fixing dinitrogen (designated strain A.slu09 T ), isolate",,
4981,2069303.0,ciceribacter azotifigens,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
4983,91623.0,clostridium akagii,exact_name,assay_growth,T2,positive,False,hub_literature,10.1099/00207713-50-2-873,,,hub lit_call=positive via N_free_growth,vely. CK58T and CK74T grew in nitrogen-free medium at pH 3.7 under an N2 atmosphere and re,unusable,n_free_growth_without_verified_control
5021,,cryptococcus terrestris,no_taxdump_match,assay_growth,T2,positive,False,hub_literature,10.1099/ijs.0.001800-0,,,hub lit_call=positive via N_free_growth,d nitrite and growth in vitamin-free medium.,unusable,n_free_growth_without_verified_control
5064,764842.0,derxia lacustris,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.041186-0,,,hub lit_call=positive via claim,"A novel nitrogen-fixing strain, designated HL-12(T), was isolat",,
5199,470028.0,devosia yakushimensis,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.011254-0,,,hub lit_call=positive via nif_genes,ulation test was negative and nifH and nodD genes were not detected. Based,,
5200,470028.0,devosia yakushimensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5203,3061286.0,dickeya ananatis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.006822,,,hub lit_call=positive via claim,"closest relative. Notably, a nitrogen fixation gene cluster comprising 28 genes, simil",,
5204,3061286.0,dickeya ananatis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5226,2697469.0,draconibacterium mangrovi,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004354,,,hub lit_call=positive via claim,T indicated that there was a nitrogen-fixing gene cluster encoding nitrogenase molyb,,
5233,3389880.0,duganella kummerowiae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.007207,,,hub lit_call=positive via nif_genes,rboured a relatively complete nif and fix genes. The main respiratory qui,,
5234,3389880.0,duganella kummerowiae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5248,505694.0,ectothiorhodospira variabilis,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.004648-0,,,hub lit_call=positive via nif_genes,l(-1)). Sequence analysis of nifH (nitrogenase) and cbbL (RuBisCO) confir,,
5249,505694.0,ectothiorhodospira variabilis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5260,1752398.0,ensifer alkalisoli,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.001510,,,hub lit_call=positive via nif_genes,"ymbiotic gene (nodA, nodC and nifH) sequences highly similar with those in",,
5261,1752398.0,ensifer alkalisoli,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5262,1472378.0,ensifer glycinis,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.001120,,,hub lit_call=positive via nif_genes,of symbiotic genes (nodC and nifH) of three novel strains clustered them,,
5263,1472378.0,ensifer glycinis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5265,716925.0,ensifer sojae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.025049-0,,,hub lit_call=positive via nif_genes,otic gene sequences (nodC and nifH) that were identical or very similar to,,
5266,716925.0,ensifer sojae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5267,551989.0,enterobacter arachidis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.013664-0,,,hub lit_call=positive via claim,"A methylotrophic nitrogen-fixing bacterial strain, Ah-143(T), isolated f",,
5268,551989.0,enterobacter arachidis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5270,497725.0,enterobacter oryzae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.65484-0,,,hub lit_call=positive via claim,"atively anaerobic, endophytic diazotrophs were isolated from surface-sterilized r",,
5271,497725.0,enterobacter oryzae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5272,1158459.0,enterobacter sacchari,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.045500-0,,,hub lit_call=positive via claim,"Five nitrogen-fixing bacterial strains (SP1(T), NN143, NN144",,
5273,1158459.0,enterobacter sacchari,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5322,1617283.0,flavobacterium nitrogenifigens,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.000330,,,hub lit_call=positive via claim,"A yellow, nitrogen-fixing bacterial strain, NXU-44(T), isolated f",,
5323,1617283.0,flavobacterium nitrogenifigens,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5324,,fonsecazyma yulaniae,no_taxdump_match,assay_growth,T2,positive,False,hub_literature,10.1099/ijsem.0.006830,,,hub lit_call=positive via N_free_growth,sp. nov. can grow in a vitamin-free medium and in a medium supplemented with 50% g,unusable,n_free_growth_without_verified_control
5329,1834516.0,frankia asymbiotica,exact_name,assay_growth,T2,positive,False,hub_literature,10.1099/ijsem.0.002153,,,hub lit_call=positive via N_free_growth,"n sources, and fixes nitrogen in the absence of combined nitrogen source in the growth media. Chemotaxono",unusable,n_free_growth_without_verified_control
5331,1836972.0,frankia canadensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.002939,,,hub lit_call=positive via claim,pensylvanica) species and to fix nitrogen in symbiosis and in pure culture. On th,,
5332,1836972.0,frankia canadensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5333,106370.0,frankia casuarinae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.001496,,,hub lit_call=positive via claim,pass all causal agents of the nitrogen-fixing root nodules of dicotyledonous plants f,,
5334,106370.0,frankia casuarinae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5335,573497.0,frankia colletiae,epithet_and_strain_genus_renamed,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005656,,,hub lit_call=positive via claim,A nitrogen-fixing actinobacterium strain (Cc1.17 T ) isol,,
5336,573497.0,frankia colletiae,epithet_and_strain_genus_renamed,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5337,1562887.0,frankia coriariae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.001797,,,hub lit_call=positive via claim,"he taxonomic description of a nitrogen-fixing actinobacterium, strain BMG5.1T, as a n",,
5338,1562887.0,frankia coriariae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5339,1836974.0,frankia nepalensis,exact_name,claim,T4,negative,True,hub_literature,10.1099/ijsem.0.006199,,,hub lit_call=negative via claim,2 -fixing vesicles and do not fix nitrogen in vitro . The peptidoglycan of strain,,
5347,2922866.0,fundidesulfovibrio terrae,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijsem.0.005880,,,hub lit_call=positive via ARA,"xed nitrogen according to the acetylene reduction assay. On the basis of these results, s",,
5354,3290090.0,gaoshiqia hydrogeniformans,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.006802,,,hub lit_call=positive via claim,"followed by Mangrovibacterium diazotrophicum SCSIO N0430 T (94.6%), Mangrovibacteriu",,
5355,3290090.0,gaoshiqia hydrogeniformans,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5356,2986998.0,gaoshiqia sediminis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005855,,,hub lit_call=positive via claim,milarity to Mangrovibacterium diazotrophicum DSM 27148 T (94.3 %). Based on its phyl,,
5357,2986998.0,gaoshiqia sediminis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5372,225194.0,geobacter bemidjiensis,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.63417-0,,,hub lit_call=positive via nif_genes,Analysis of the 16S rRNA and nifD genes indicated that all four strains a,,
5373,225194.0,geobacter bemidjiensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5430,112140.0,gluconacetobacter johannae,exact_name,claim,T4,positive,True,hub_literature,10.1099/00207713-51-4-1305,,,hub lit_call=positive via claim,"Diazotrophic bacteria were isolated, in two differen",,
5432,436.0,gluconacetobacter kombuchae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.64638-0,,,hub lit_call=positive via claim,"ucers, while only six members fix nitrogen. Bacterial strain RG3T, isolated from K",,
5433,436.0,gluconacetobacter kombuchae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5465,1860122.0,halothiobacillus diazotrophicus,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.006202,,,hub lit_call=positive via nif_genes,uced sulphur compounds and an nif complex encoding enzymes for nitrogen f,,
5466,1860122.0,halothiobacillus diazotrophicus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5491,211589.0,herbaspirillum chlorophenolicum,exact_name,claim,T4,negative,True,hub_literature,10.1099/ijs.0.02812-0,,,hub lit_call=negative via claim,(17 : 0). The strain does not fix nitrogen and is not plant-associated. It is an a,,
5493,92645.0,herbaspirillum frisingense,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/00207713-51-1-157,,,hub lit_call=positive via ARA,"ation of the nifD gene and an acetylene reduction assay, and was found with all isolates",,
5495,341045.0,herbaspirillum hiltneri,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.64031-0,,,hub lit_call=positive via claim,oteobacteria mainly comprises diazotrophic bacteria with a potential for endophyti,,
5496,341045.0,herbaspirillum hiltneri,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5515,2954236.0,hydrogenimonas leucolamina,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.006553,,,hub lit_call=positive via nif_genes,bacteria revealed that their [NiFe] hydrogenase genes belonging to Group 1,,
5516,2954236.0,hydrogenimonas leucolamina,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5532,513160.0,ideonella azotifigens,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.003368-0,,,hub lit_call=positive via claim,"Strain 1a22T, a nitrogen-fixing bacterium, was isolated from soil assoc",,
5559,2917712.0,jiella marina,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.006970,,,hub lit_call=positive via nif_genes,", thiosulphate oxidation and [NiFe]-hydrogenases. Based on comprehensive p",,
5560,2917712.0,jiella marina,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5571,3123317.0,kineothrix sedimenti,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.006750,,,hub lit_call=positive via nif_genes,"rain IPX_CK T carried a five- nif -gene-set ( nifHDKEB ), not present in",,
5572,3123317.0,kineothrix sedimenti,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5644,1484109.0,lichenicola cladoniae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004495,,,hub lit_call=positive via claim,genes involved in atmospheric nitrogen fixation and utilization of sole carbon compound,,
5645,1484109.0,lichenicola cladoniae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5648,2528642.0,lichenihabitans psoromatis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003695,,,hub lit_call=positive via claim,genes involved in atmospheric nitrogen fixation or utilization of carbon compounds such,,
5649,2528642.0,lichenihabitans psoromatis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5694,1691903.0,mangrovibacter phragmitis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.001789,,,hub lit_call=positive via claim,"m-stain-negative, rod-shaped, nitrogen-fixing, endophytic bacterial strain designated",,
5697,1529639.0,mangrovibacter yixingensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.000281,,,hub lit_call=positive via claim,"tively anaerobic, rod-shaped, nitrogen-fixing bacterial strain, designated TULL-AT, w",,
5700,2668052.0,mangrovibacterium lignilyticum,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004305,,,hub lit_call=positive via claim,"milarity to Mangrovibacterium diazotrophicum JCM 19152 T (96.8 %), followed by Mangr",,
5706,365339.0,marichromatium bheemlicum,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijs.0.64753-0,,,hub lit_call=positive via ARA,lacks diazotrophic growth and acetylene reduction activity. Pyridoxal phosphate is requir,,
5724,1476959.0,marinobacterium mangrovicola,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.067462-0,,,hub lit_call=positive via claim,"A nitrogen-fixing marine bacterium, designated strain Gal",,
5725,1476959.0,marinobacterium mangrovicola,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5755,335020.0,mesorhizobium albiziae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.64363-0,,,hub lit_call=positive via nif_genes,"of 16S rRNA, atpD, glnII and nifH genes. However, its nodC gene sequence",,
5756,335020.0,mesorhizobium albiziae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5757,475067.0,mesorhizobium alhagi,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.014043-0,,,hub lit_call=positive via nif_genes,"5 %), dnaJ, dnaK, recA, glnA, nifH, nodA and nodC gene sequences, fatty ac",,
5758,475067.0,mesorhizobium alhagi,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5760,2233532.0,mesorhizobium atlanticum,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003397,,,hub lit_call=positive via claim,Biological nitrogen fixation performed by diazotrophic bacteria is a,,
5766,2502215.0,mesorhizobium comanense,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005131,,,hub lit_call=positive via claim,"ined. Only few nodulation and nitrogen fixation genes were found in the genome, suggest",,
5767,2502215.0,mesorhizobium comanense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5770,410756.0,mesorhizobium gobiense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.2008/000125-0,,,hub lit_call=positive via nif_genes,The symbiotic loci (nodC and nifH) of the two novel species formed two ph,,
5771,410756.0,mesorhizobium gobiense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5781,1004279.0,mesorhizobium muleiense,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.038265-0,,,hub lit_call=positive via claim,be invaded to form effective nitrogen-fixing nodules. The narrow spectrum of utiliza,,
5789,1165689.0,mesorhizobium qingshengii,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.044362-0,,,hub lit_call=positive via nif_genes,ning strains shared identical nifH and nodC gene sequences and nodulated w,,
5791,559315.0,mesorhizobium robiniae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.019356-0,,,hub lit_call=positive via nif_genes,"nalyses of the nodA, nodC and nifH genes, in which the five isolates forme",,
5792,559315.0,mesorhizobium robiniae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5794,499528.0,mesorhizobium silamurunense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.031229-0,,,hub lit_call=positive via nif_genes,", recA, glnII, rpoB, nodC and nifH genes, SDS-PAGE of whole-cell soluble p",,
5803,2014805.0,mesorhizobium wenxiniae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.002770,,,hub lit_call=positive via nif_genes,gene and 98.3-99.44 % for the nifH gene to those of the chickpea rhizobial,,
5957,3230117.0,methylobacter arcticus,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.006984,,,hub lit_call=positive via claim,ot have nitrogenase genes for nitrogen fixation. Strain G7 T also possessed genes for e,,
5958,3230117.0,methylobacter arcticus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
5986,114616.0,methylobacterium nodulans,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.02902-0,,,hub lit_call=positive via nif_genes,"ethylobacterium species, i.e. nifH gene sequence, morphology, physiology,",,
6020,663610.0,methylocapsa aurea,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.020149-0,,,hub lit_call=positive via claim,5.2-7.2 and 2-33 °C and could fix atmospheric nitrogen under reduced oxygen tension. The major,,
6021,663610.0,methylocapsa aurea,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6022,1612308.0,methylocapsa palsarum,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.000465,,,hub lit_call=positive via claim,nd was capable of atmospheric nitrogen fixation under reduced oxygen tension. The major,,
6023,1612308.0,methylocapsa palsarum,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6033,227605.0,methylocella tundrae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.02805-0,,,hub lit_call=positive via claim,"Gram-negative, non-motile, dinitrogen-fixing rods that possess a soluble methane mon",,
6043,2743612.0,methylocystis silviterrae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005166,,,hub lit_call=positive via claim,"e contained various genes for nitrogen fixation, polyhydroxybutyrate synthesis, antibio",,
6046,2951405.0,methylocystis suflitae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.006239,,,hub lit_call=positive via claim,"T is capable of atmospheric dinitrogen fixation and can use ammonium (as NH 4 Cl), l-as",,
6047,2951405.0,methylocystis suflitae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6056,980561.0,methylomonas lenta,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.057794-0,,,hub lit_call=positive via nif_genes,monooxygenase (pMMO) and the nifH gene encoding nitrogenase were present.,,
6096,709888.0,micromonospora phytophila,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.002490,,,hub lit_call=positive via claim,microbial diversity study of nitrogen fixing nodules from Pisum sativum plants colle,,
6097,709888.0,micromonospora phytophila,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6102,420324.0,microvirga lupini,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.035097-0,,,hub lit_call=positive via nif_genes,s. Concatenated sequences for nifD and nifH show that the sequences of Lut,,
6106,1225564.0,microvirga vignae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.053082-0,,,hub lit_call=positive via nif_genes,"ene transfer, as sequences of nifH genes were very similar to those found",,
6117,1709001.0,mongoliimonas terrestris,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.002067,,,hub lit_call=positive via claim,"-94.0 %), and Hartmannibacter diazotrophicus E19T (93.9 %). The sole respiratory qui",,
6119,1155739.0,moorea producens,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.033761-0,,,hub lit_call=positive via claim,"n and chlorophyll a), but non-diazotrophic (lack heterocysts and nitrogenase reduc",,
6120,1155739.0,moorea producens,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6124,2692146.0,mrakia hoshinonis,exact_name,assay_growth,T2,positive,False,hub_literature,10.1099/ijsem.0.003216,,,hub lit_call=positive via N_free_growth,"ero temperatures and in vitamin-free media, with lipase and cellulase highly activ",unusable,not_a_single_microbial_species
6146,3144793.0,neorhizobium tunisiense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.006912,,,hub lit_call=positive via nif_genes,"or carried incomplete nod and nif gene sets, suggesting a loss of symbiot",,
6147,3144793.0,neorhizobium tunisiense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6162,1612173.0,niveispirillum cyanobacteriorum,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.000299,,,hub lit_call=positive via claim,"rod-shaped, non-spore-forming diazotrophic bacterium, designated strain TH16T, was",,
6163,1612173.0,niveispirillum cyanobacteriorum,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6192,2005071.0,nostoc thermotolerans,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.001800,,,hub lit_call=positive via nif_genes,"NA21, respectively, while the nifD gene sequence similarity was found to b",,
6193,2005071.0,nostoc thermotolerans,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6200,,novosphingobium album,no_taxdump_match,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005843,,,hub lit_call=positive via claim,"tion, heavy-metal resistance, nitrogen fixation, antibiotic resistance and sulphur meta",,
6201,,novosphingobium album,no_taxdump_match,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6212,378548.0,novosphingobium nitrogenifigens,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.64627-0,,,hub lit_call=positive via claim,A diazotroph capable of accumulating significant amo,,
6232,407152.0,ochrobactrum cytisi,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.64613-0,,,hub lit_call=positive via nif_genes,) and ESC5 contained nodD and nifH genes on megaplasmids that were related,,
6233,407152.0,ochrobactrum cytisi,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6260,1850370.0,paenibacillus apii,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.004447,,,hub lit_call=positive via nif_genes,Two nifH gene-harbouring bacterial strains were,,
6261,1850370.0,paenibacillus apii,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6262,1172618.0,paenibacillus artemisiicola,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005270,,,hub lit_call=positive via claim,"oting characteristics such as nitrogen fixation, siderophore production and phosphate s",,
6263,1172618.0,paenibacillus artemisiicola,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6264,2047734.0,paenibacillus azotifigens,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.002269,,,hub lit_call=positive via claim,"A nitrogen-fixing bacterium, designated NF2-4-5 T , was i",,
6265,2047734.0,paenibacillus azotifigens,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6266,160799.0,paenibacillus borealis,exact_name,claim,T4,positive,True,hub_literature,10.1099/00207713-51-2-535,,,hub lit_call=positive via claim,"Seven spore-forming, nitrogen-fixing bacterial isolates from spruce forest h",,
6268,128574.0,paenibacillus brasilensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/00207713-52-6-2147,,,hub lit_call=positive via claim,Sixteen nitrogen-fixing strains isolated from the rhizosphere o,,
6271,2873927.0,paenibacillus caui,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005216,,,hub lit_call=positive via claim,"A nitrogen-fixing, endospore-forming, motile, rod-shaped,",,
6272,2873927.0,paenibacillus caui,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6275,365616.0,paenibacillus forsythiae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.65238-0,,,hub lit_call=positive via nif_genes,is based on a fragment of the nifH gene and the full-length 16S rRNA gene,,
6278,682956.0,paenibacillus jilunlii,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.025056-0,,,hub lit_call=positive via nif_genes,ses based on a segment of the nifH gene sequence and a full-length 16S rRN,,
6279,682956.0,paenibacillus jilunlii,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6284,3242475.0,paenibacillus oryziterrae,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijsem.0.007124,,,hub lit_call=positive via nitrogenase,"if gene cluster and exhibited nitrogenase activity, and strain sgz5001063 T maintained hig",,
6291,483937.0,paenibacillus riograndensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.011973-0,,,hub lit_call=positive via claim,aracteristics: the ability to fix nitrogen and to produce siderophores and indole-,,
6293,365617.0,paenibacillus sabinae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.64519-0,,,hub lit_call=positive via claim,"Five novel endospore-forming, nitrogen-fixing bacterial strains were isolated from th",,
6296,373687.0,paenibacillus sonchi,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.009308-0,,,hub lit_call=positive via nif_genes,is based on a fragment of the nifH gene and the full-length 16S rRNA gene,,
6297,373687.0,paenibacillus sonchi,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6298,1333845.0,paenibacillus sophorae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.021709-0,,,hub lit_call=positive via nif_genes,is based on a fragment of the nifH gene and the full-length 16S rRNA gene,,
6305,268407.0,paenibacillus wynnii,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.63395-0,,,hub lit_call=positive via nif_genes,"arboured the nitrogenase gene nifH. Phenotypic tests, amplified rDNA restr",,
6307,369399.0,paenibacillus zanthoxyli,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.64652-0,,,hub lit_call=positive via nif_genes,"otaxonomic properties and the nifH gene sequence, the five novel strains f",,
6334,1200993.0,paraburkholderia fynbosensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.002884,,,hub lit_call=positive via claim,ins were able to nodulate and fix nitrogen with Lebeckia ambigua apart from WSM417,,
6335,1200993.0,paraburkholderia fynbosensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6343,2282883.0,paraburkholderia phosphatilytica,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003129,,,hub lit_call=positive via claim,nis TNe-841 T (97.3 %) and P. diazotrophica JPY461 T (97.1 %). 16S rRNA gene sequen,,
6344,2282883.0,paraburkholderia phosphatilytica,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6346,1701573.0,paraburkholderia piptadeniae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.001648,,,hub lit_call=positive via claim,the novel species from known diazotrophic species of the genus Paraburkholderia.,,
6396,431058.0,pelomonas aquatica,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.65149-0,,,hub lit_call=positive via nif_genes,"ase), cbbL/cbbM (Rubisco) and nifH (nitrogenase)] relevant for the metabol",,
6397,431058.0,pelomonas aquatica,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6432,555317.0,phyllobacterium meliloti,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.006876,,,hub lit_call=positive via claim,"ractions, but key nodulation, nitrogen-fixation and photosystem genes were not detected",,
6433,555317.0,phyllobacterium meliloti,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6434,1520277.0,phyllobacterium sophorae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.067017-0,,,hub lit_call=positive via claim,"U 03422(T) could nodulate and fix nitrogen effectively on its original host plant,",,
6435,1520277.0,phyllobacterium sophorae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6436,3458728.0,phytobacter cepae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.007043,,,hub lit_call=positive via nif_genes,"s delineation thresholds (ANI nif operon. Based on these results, we prop",,
6437,3458728.0,phytobacter cepae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6439,1855371.0,phytobacter palmae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003834,,,hub lit_call=positive via claim,novel strain S29 T with high nitrogen fixing ability was isolated from surface-steri,,
6441,1972431.0,phytobacter ursingii,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.002477,,,hub lit_call=positive via claim,The species Phytobacter diazotrophicus and the associated genus Phytobacter we,,
6463,1166257.0,pleomorphomonas diazotrophica,exact_name,assay_growth,T2,positive,False,hub_literature,10.1099/ijs.0.044461-0,,,hub lit_call=positive via N_free_growth,ogenase co-factors (Fe/Mo) in N-free media. Phenotypic and chemotaxonomic data sug,unusable,n_free_growth_without_verified_control
6491,2080288.0,pontibacter arcticus,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.003668,,,hub lit_call=positive via claim,alue of 96.0 % to Pontibacter diazotrophicus CCTCC AB 2013049 T . The major fatty ac,,
6492,2080288.0,pontibacter arcticus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6493,2562824.0,pontibacter pamirensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.005200,,,hub lit_call=positive via claim,e type strains of Pontibacter diazotrophicus (96.3 %) and Pontibacter yuliensis (96.,,
6494,2562824.0,pontibacter pamirensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6495,2304246.0,pontibacter terrae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.002964,,,hub lit_call=positive via claim,"yuliensis H9X T , Pontibacter diazotrophicus H4X T and Pontibacter humi SWU8 T (98.3",,
6496,2304246.0,pontibacter terrae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6513,3696279.0,promicromonospora noduliphila,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.007173,,,hub lit_call=positive via claim,"y and in sustaining rhizobial nitrogen fixation, as reflected in an enhanced nodulation",,
6514,3696279.0,promicromonospora noduliphila,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6527,575411.0,prototheca cutis,exact_name,assay_growth,T2,positive,False,hub_literature,10.1099/ijs.0.016402-0,,,hub lit_call=positive via N_free_growth,"C. This strain grew in vitamin-free medium and assimilated acetate (pH 5.1), l-ara",unusable,not_a_single_microbial_species
6563,291995.0,pseudomonas azotifigens,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijs.0.63586-0,,,hub lit_call=positive via nitrogenase,a compost pile in Japan. The nitrogenase activity of this strain was detected based on it,,
6566,228005.0,pseudonocardia dioxanivorans,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.63085-0,,,hub lit_call=positive via claim,train CB1190(T) is capable of fixing dinitrogen. The predominant fatty acids are 16 : 0,,
6567,228005.0,pseudonocardia dioxanivorans,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6581,1150369.0,pseudoxanthobacter liyangensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.056507-0,,,hub lit_call=positive via claim,"n negative, pale, rod-shaped, nitrogen-fixing bacterial strain, DDT-3(T), was isolate",,
6582,1150369.0,pseudoxanthobacter liyangensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6592,164546.0,ralstonia taiwanensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/00207713-51-5-1729,,,hub lit_call=positive via claim,of root nodule formation and nitrogen fixation.,,
6593,164546.0,ralstonia taiwanensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6605,1193627.0,rheinheimera hassiensis,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijs.0.061200-0,,,hub lit_call=positive via ARA,"molecular techniques and the acetylene reduction assay. The DNA-DNA hybridization, physi",,
6610,1864509.0,rhizobium altiplani,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.001322,,,hub lit_call=positive via nif_genes,(nodC) and nitrogen fixation (nifH) were most similar (99-100 %) to those,,
6612,1132659.0,rhizobium alvei,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.065706-0,,,hub lit_call=positive via nif_genes,croptilium atropurpureum. The nifH gene encoding denitrogenase reductase w,,
6613,1132659.0,rhizobium alvei,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6614,1184720.0,rhizobium anhuiense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.000365,,,hub lit_call=positive via nif_genes,All four strains had nodC and nifH genes and could form effective nodules,,
6616,3118145.0,rhizobium aouanii,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.006515,,,hub lit_call=positive via claim,"ing of microbial diversity in nitrogen-fixing symbioses, specifically within Acacia s",,
6617,3118145.0,rhizobium aouanii,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6618,1856850.0,rhizobium arenae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.001810,,,hub lit_call=positive via nif_genes,"of the nitrogen fixation gene nifH and three housekeeping genes, recA, atp",,
6619,1856850.0,rhizobium arenae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6622,1312182.0,rhizobium calliandrae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.048249-0,,,hub lit_call=positive via nif_genes,"rized by recA, atpD, rpoB and nifH gene phylogenies, phenotypic and DNA-DN",,
6623,1312182.0,rhizobium calliandrae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6624,2035448.0,rhizobium chutanense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.003430,,,hub lit_call=positive via nif_genes,e symbiotic genes of nodC and nifH were identified in both strains; each c,,
6627,240521.0,rhizobium daejeonense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.63667-0,,,hub lit_call=positive via nif_genes,"ume plant, Medicago sativa. A nifH gene encoding denitrogenase reductase,",,
6628,240521.0,rhizobium daejeonense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6629,2653122.0,rhizobium dioscoreae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004381,,,hub lit_call=positive via claim,study investigated endophytic nitrogen-fixing bacteria isolated from two species of y,,
6630,2653122.0,rhizobium dioscoreae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6631,1671795.0,rhizobium ecuadorense,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.000392,,,hub lit_call=positive via claim,me is capable of establishing nitrogen-fixing symbioses with several rhizobia; Rhizob,,
6633,1967781.0,rhizobium esperanzae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.002225,,,hub lit_call=positive via nif_genes,"alyses of the symbiotic genes nifH and nodC, the strains comprised a clust",,
6637,1335061.0,rhizobium flavum,exact_name,genotype,T5,negative,False,hub_literature,10.1099/ijs.0.061523-0,,,hub lit_call=negative via nif_genes,"ent legumes, and the nodD and nifH genes were not detected by PCR. Strain",,
6639,1353277.0,rhizobium freirei,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.052928-0,,,hub lit_call=positive via claim,ectiveness of most strains at fixing nitrogen under field conditions is very low. PRF,,
6645,1210932.0,rhizobium ipomoeae,exact_name,genotype,T5,negative,False,hub_literature,10.1099/ijsem.0.000875,,,hub lit_call=negative via nif_genes,he nitrogenase reductase gene nifH were not detected by PCR. Phylogenetic,,
6650,1214924.0,rhizobium lemnae,exact_name,genotype,T5,negative,False,hub_literature,10.1099/ijs.0.061622-0,,,hub lit_call=negative via nif_genes,"seolus vulgaris, and nodC and nifH genes were not detected. The results ob",,
6654,293958.0,rhizobium lusitanum,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.64402-0,,,hub lit_call=positive via nif_genes,nd strain P1-7T. The nodD and nifH genes carried by strain P1-7T are phylo,,
6656,,rhizobium marinum,no_taxdump_match,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.000593,,,hub lit_call=positive via nif_genes,"ent legumes, and the nodD and nifH genes were also not detected by PCR or",,
6657,,rhizobium marinum,no_taxdump_match,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6659,1265931.0,rhizobium metallidurans,exact_name,genotype,T5,negative,False,hub_literature,10.1099/ijs.0.000130,,,hub lit_call=negative via nif_genes,"e A. vulneraria, the nodC and nifH genes were not detected by PCR. The rhi",,
6662,410764.0,rhizobium multihospitium,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.65568-0,,,hub lit_call=positive via nif_genes,"trains had identical nodD and nifH genes, which were very similar to those",,
6663,410764.0,rhizobium multihospitium,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6664,464029.0,rhizobium oryzae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.65632-0,,,hub lit_call=positive via claim,During a study of endophytic nitrogen-fixing bacteria present in the wild rice speci,,
6665,464029.0,rhizobium oryzae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6666,1206817.0,rhizobium paknamense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.051888-0,,,hub lit_call=positive via nif_genes,was 60.4 mol% (Tm). nodC and nifH were not amplified in strain L6-8(T). D,,
6667,1206817.0,rhizobium paknamense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6668,1650438.0,rhizobium paranaense,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.064543-0,,,hub lit_call=positive via claim,"hizobia, which are capable of fixing atmospheric nitrogen (N2) in root nodules and supplying it t",,
6669,1650438.0,rhizobium paranaense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6671,1312132.0,rhizobium populi,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.061416-0,,,hub lit_call=positive via nif_genes,"n coding genes recA, atpD and nifH confirmed (similarities were less than",,
6672,1312132.0,rhizobium populi,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6673,379684.0,rhizobium pseudoryzae,exact_name,genotype,T5,negative,False,hub_literature,10.1099/ijs.0.026146-0,,,hub lit_call=negative via nif_genes,rent legumes and the nodD and nifH genes were not detected by PCR. Accordi,,
6675,1585791.0,rhizobium puerariae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.000863,,,hub lit_call=positive via nif_genes,e five tested legumes and the nifH and nodC genes were not detected by PCR,,
6676,1585791.0,rhizobium puerariae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6678,1368430.0,rhizobium rosettiformans,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.017491-0,,,hub lit_call=positive via nif_genes,"nd 62.7 mol%, respectively. A nifH gene encoding dinitrogenase reductase w",,
6679,1368430.0,rhizobium rosettiformans,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6681,424798.0,rhizobium soli,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.013094-0,,,hub lit_call=positive via nif_genes,"ent legumes, and the nodD and nifH genes were also not detected by PCR. St",,
6682,424798.0,rhizobium soli,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6685,1387186.0,rhizobium straminoryzae,exact_name,genotype,T5,negative,False,hub_literature,10.1099/ijs.0.062117-0,,,hub lit_call=negative via nif_genes,"ent legumes, and the nodD and nifH genes were not detected by PCR. The maj",,
6687,50338.0,rhizobium sullae,exact_name,claim,T4,positive,True,hub_literature,10.1099/00207713-52-4-1267,,,hub lit_call=positive via claim,ies of reports describing the nitrogen-fixing bacterial symbionts of sulla (Hedysarum,,
6689,887144.0,rhizobium taibaishanense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.029108-0,,,hub lit_call=positive via nif_genes,"rs for the detection of nodA, nifH and virC gene sequences, the strains pr",,
6690,887144.0,rhizobium taibaishanense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6691,501024.0,rhizobium tibeticum,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.009647-0,,,hub lit_call=positive via nif_genes,ation tests and sequencing of nifH and nodA genes showed that these two st,,
6695,1986026.0,rhizobium wuzhouense,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.002921,,,hub lit_call=positive via nif_genes,", nitrogenase reductase gene (nifH) and virulence gene (virC) were not det",,
6696,1986026.0,rhizobium wuzhouense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6910,417745.0,shinella kummerowiae,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijs.0.65723-0,,,hub lit_call=positive via nif_genes,"d some rhizobial strains. The nifH, nodC and nodD sequences of CCBAU 25048",,
6911,417745.0,shinella kummerowiae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6926,2976820.0,sinorhizobium prairiense,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.006947,,,hub lit_call=positive via claim,tes were capable of symbiotic nitrogen fixation with P. vulgaris . Based on genomic and,,
6927,2976820.0,sinorhizobium prairiense,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
6970,330920.0,sphingomonas azotifigens,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijs.0.64056-0,,,hub lit_call=positive via ARA,ese strains were confirmed by acetylene reduction assay and nifH gene detection. The thre,,
7013,487698.0,stenotrophomonas pavanii,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.019372-0,,,hub lit_call=positive via claim,"shaped, non-spore-forming and nitrogen-fixing bacterium, designated ICB 89(T), was is",,
7014,487698.0,stenotrophomonas pavanii,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7060,1842532.0,syntrophotalea acetylenivorans,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004698,,,hub lit_call=positive via claim,"pable of acetylenotrophic and diazotrophic growth, grew at 22-37 °C, pH 6.3-8.5 an",,
7061,1842532.0,syntrophotalea acetylenivorans,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7081,3036126.0,tepidibacter hydrothermalis,exact_name,genotype,T5,positive,False,hub_literature,10.1099/ijsem.0.006151,,,hub lit_call=positive via nif_genes,"ion, activation and export of NiFe-hydrogenase. Based on the phylogenetic",,
7082,3036126.0,tepidibacter hydrothermalis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7083,2731755.0,teredinibacter haidensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004627,,,hub lit_call=positive via claim,"ae strains), the capacity for nitrogen fixation (Bs08 T and T. turnerae strains) and th",,
7162,525918.0,thiothrix caldifontis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.009456-0,,,hub lit_call=positive via claim,"(T), G2, P and K2 are able to fix molecular nitrogen, but strain BL(T) is not. Randomly ampl",,
7163,525918.0,thiothrix caldifontis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7208,224312.0,vibrio hispanicus,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.02775-0,,,hub lit_call=positive via claim,"us (97.6% similarity), Vibrio diazotrophicus (97.9%), Vibrio campbellii (96.8%) and",,
7209,224312.0,vibrio hispanicus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7210,1550030.0,vibrio oceanisediminis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.000456,,,hub lit_call=positive via claim,"robic, motile, rod-shaped and nitrogen-fixing bacterium, designated strain S37T, was",,
7211,1550030.0,vibrio oceanisediminis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7212,435912.0,vibrio porteresiae,exact_name,assay_direct,T1,positive,True,hub_literature,10.1099/ijs.0.65604-0,,,hub lit_call=positive via ARA,be nitrogen-fixers using the acetylene reduction assay and by PCR detection of a nifH ge,,
7214,2711221.0,vibrio ziniensis,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004777,,,hub lit_call=positive via claim,sequence identity) and Vibrio diazotrophicus NBRC 103148 T (97.27%). The major cellu,,
7215,2711221.0,vibrio ziniensis,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7220,2692144.0,vishniacozyma ellesmerensis,exact_name,assay_growth,T2,positive,False,hub_literature,10.1099/ijsem.0.003206,,,hub lit_call=positive via N_free_growth,ero temperatures and in vitamin-free medium. These characteristics allow the strain,unusable,not_a_single_microbial_species
7229,1480121.0,wickerhamiella allomyrinae,exact_name,assay_growth,T2,positive,False,hub_literature,10.1099/ijs.0.068403-0,,,hub lit_call=positive via N_free_growth,"rgipensis, by growth on vitamin-free medium and at 37 °C. The type strain is Wicker",unusable,not_a_single_microbial_species
7234,3119929.0,xanthobacter albus,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.006909,,,hub lit_call=positive via claim,"The nitrogen-fixing, chemolithoautotrophic genus Xanthobact",,
7235,3119929.0,xanthobacter albus,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7240,2607286.0,xanthobacter oligotrophicus,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijsem.0.004972,,,hub lit_call=positive via claim,"A novel, aerobic nitrogen-fixing methylotrophic bacterium, strain 29k T",,
7258,374858.0,zoogloea caeni,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.65670-0,,,hub lit_call=positive via claim,"Two floc-forming, nitrogen-fixing bacteria, strains EMB43(T) and EMB61, o",,
7259,374858.0,zoogloea caeni,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7262,310767.0,zoogloea oryzae,exact_name,claim,T4,positive,True,hub_literature,10.1099/ijs.0.63755-0,,,hub lit_call=positive via claim,Two strains of free-living diazotrophs isolated from soil from a rice paddy fi,,
7263,310767.0,zoogloea oryzae,exact_name,claim,T4,positive,True,hub_consensus,,,,consensus_nfix=diazotroph (claim),,,
7269,264691.0,Anabaena variabilis,named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7270,28199.0,Arcobacter nitrofigilis (strain ATCC 33309 / DSM 7299 / LMG 7604 / NCTC 12251 / CI) (Campylobacter nitrofigilis),named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7271,354.0,Azotobacter vinelandii DJ,named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7272,1097.0,Chlorobaculum tepidum (strain ATCC 49652 / DSM 12025 / NBRC 103806 / TLS),named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7273,372787.0,Fischerella thermalis,named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7274,28232.0,Geobacter metallireducens (strain GS-15 / ATCC 53774 / DSM 7210),named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7275,571.0,Klebsiella oxytoca,named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7276,39152.0,Methanococcus maripaludis (strain C7 / ATCC BAA-1331),named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7277,2214.0,Methanosarcina acetivorans (strain ATCC 35395 / DSM 2834 / JCM 12185 / C2A),named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7278,2208.0,Methanosarcina barkeri CM1,named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7279,145263.0,Methanothermobacter marburgensis (strain ATCC BAA-927 / DSM 2133 / JCM 14651 / NBRC 100331 / OCM 82 / Marburg),named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7280,145262.0,Methanothermobacter thermautotrophicus (strain ATCC 29096 / DSM 1053 / JCM 10044 / NBRC 100330 / Delta H) (Methanobacterium thermoautotrophicum),named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7281,1061.0,Rhodobacter capsulatus (strain ATCC BAA-309 / NBRC 16581 / SB1003),named_in_table,claim,T4,positive,True,supplement_table,PMC10865832,YES,,Proved diazotroph, Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Growth temp. (ºC) Soluble Nif proteins in plant/yeast NifEN fusion Reference 1 Reference 2 Reference 3           ,,
7282,,Thalassospira,named_in_table,assay_relative,T3,positive,True,supplement_table,PMC12117797,Yes,,ARA,Bacteria isolated from diverse microalage       Microalgae Accession number Class Genus/Species identified using 16S nifH-PCR validation Growth in NFM ARA,,
7283,192.0,A. brasilense FP2,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12136154,0.2065,,ARA (nmol),Strain ARA (nmol),,
7284,1064539.0,A. baldaniorum,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12136154,0.2042,,ARA (nmol),Strain ARA (nmol),,
7285,7.0,A. caulinodans,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12136154,0.2056,,ARA (nmol),Strain ARA (nmol),,
7286,964.0,Herbaspirillum seropedicae,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC12136154,0.203,,ARA (nmol),Strain ARA (nmol),,
7287,1134687.0,Klebsiella michiganensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC12136154,0.6675,,ARA (nmol),Strain ARA (nmol),,
7288,244366.0,Klebsiella variicola,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC12136154,2.3354,,ARA (nmol),Strain ARA (nmol),,
7289,321895.0,P. silvatlantica,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12136154,0.205,,ARA (nmol),Strain ARA (nmol),,
7290,561879.0,Bacillus safensis,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7291,1423.0,Bacillus subtilis,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7292,549.0,Pantoea agglomerans,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7293,1396.0,Bacillus cereus,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,96.46,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7294,412384.0,Bacillus aryabhattai,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,54.86,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7295,2026192.0,Bacillus proteolyticus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7296,492670.0,Bacillus velezensis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,2.64,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7297,303.0,Pseudomonas putida,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,99.03,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7298,1423.0,Bacillus subtilis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,3.48,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7299,293387.0,Bacillus altitudinis,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7300,1404.0,Bacillus megaterium,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7301,1423.0,Bacillus subtilis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,6.48,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7302,1326968.0,Bacillus australimaris,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7303,104336.0,Microbacterium foliorum,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7304,1423.0,Bacillus subtilis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,7.85,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7305,1423.0,Bacillus subtilis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,4.64,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7306,2026186.0,Bacillus paranthracis,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7307,1402.0,Bacillus licheniformis,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7308,227866.0,Bacillus tequilensis,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7309,1404.0,Bacillus megaterium,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,61.83,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7310,1404.0,Bacillus megaterium,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,45.98,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7311,456493.0,Saccharibacillus sacchari,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7312,189381.0,Bacillus marisflavi,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,29.78,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7313,1423.0,Bacillus subtilis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,6.84,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7314,1423.0,Bacillus subtilis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,5.32,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7315,492670.0,Bacillus velezensis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,7.64,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7316,189381.0,Bacillus marisflavi,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,64.64,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7317,1423.0,Bacillus subtilis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,5.46,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7318,492670.0,Bacillus velezensis,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7319,1402.0,Bacillus licheniformis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,72.94,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7320,1423.0,Bacillus subtilis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,5.47,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7321,361575.0,Pseudarthrobacter phenanthrenivorans,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,57.56,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7322,293388.0,Bacillus aerius,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC12586097,-,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7323,492670.0,Bacillus velezensis,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC12586097,9.45,,ARA activity@,Sl. No. Bacterial isolates ARA activity@ P# IAA# K© Sider. ® NH3® HCN®,,
7324,184067.0,Kushneria indalinina,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC13223981,+,,N fix,Supplementary Table 8. In vitro PGP traits and enzymatic activities related with plant growth exhibited by bacterial isolates from aerial part of Halocnemum strobilaceum. Strain accession numbers are listed on the table. Strains selected for consortium inoculum are highlighted in bold.              ,,
7325,1423.0,Bacillus subtilis,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC13236832,+,,Nitrogen-Fixing Capacity,Strain Number Salt content（%） Nitrogen-Fixing Capacity Phosphorus Solubilization Capacity Iron-Producing Capacity IAA Production ACC-Amidase Production,,
7326,1423.0,Bacillus subtilis,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC13236832,+,,Nitrogen-Fixing Capacity,Strain Number Salt content（%） Nitrogen-Fixing Capacity Phosphorus Solubilization Capacity Iron-Producing Capacity IAA Production ACC-Amidase Production,,
7327,272131.0,Nostoc punctiforme ATCC 29133,named_in_table,claim,T4,positive,True,supplement_table,PMC2670836,+,,N2 fixing,Strain Locus_tag Accession # Heterocyst Filament N2 fixing hupL hupW hoxH hoxW,,
7328,264691.0,Anabaena variabilis ATCC 29413,named_in_table,claim,T4,positive,True,supplement_table,PMC2670836,+,,N2 fixing,Strain Locus_tag Accession # Heterocyst Filament N2 fixing hupL hupW hoxH hoxW,,
7329,272131.0,Nostoc punctiforme,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC2670836,+,,N2 fixing,Strain Locus_tag Accession # Heterocyst Filament N2 fixing hupL hupW hoxH hoxW,,
7330,70799.0,Nodularia spumigena CCY9414,named_in_table,claim,T4,positive,True,supplement_table,PMC2670836,+,,N2 fixing,Strain Locus_tag Accession # Heterocyst Filament N2 fixing hupL hupW hoxH hoxW,,
7331,272131.0,Nostoc punctiforme,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC2670836,+,,N2 fixing,Strain Locus_tag Accession # Heterocyst Filament N2 fixing hupL hupW hoxH hoxW,,
7332,3100233.0,Lyngbya sp. strain PCC 8106,named_in_table,claim,T4,positive,True,supplement_table,PMC2670836,+,,N2 fixing,Strain Locus_tag Accession # Heterocyst Filament N2 fixing hupL hupW hoxH hoxW,,
7333,28071.0,Gloeothece sp. strain PCC 6909,named_in_table,claim,T4,positive,True,supplement_table,PMC2670836,+,,N2 fixing,Strain Locus_tag Accession # Heterocyst Filament N2 fixing hupL hupW hoxH hoxW,,
7334,1143.0,Synechocystis sp. strain PCC 6803,named_in_table,claim,T4,negative,True,supplement_table,PMC2670836,-,,N2 fixing,Strain Locus_tag Accession # Heterocyst Filament N2 fixing hupL hupW hoxH hoxW,,
7335,,Micromonospora,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7336,,Bacillus,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7337,,Burkholderia,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7338,,Leifsonia,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7339,,Pantoea,named_in_table,claim,T4,positive,True,supplement_table,PMC3917472,++,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7340,,Streptomyces,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7341,,Agrobacterium,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7342,,Arthrobacter,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7343,,Bradyrhizobium,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7344,,Brevundimonas,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7345,,Burkholderia,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,nd,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7346,,Leifsonia,named_in_table,claim,T4,positive,True,supplement_table,PMC3917472,+,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7347,,Mesorhizobium,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7348,,Methylobacterium,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7349,,Pedobacter,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7350,,Pseudomonas,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7351,,Rhodococcus,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7352,,Staphylococcus,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7353,,Variovorax,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7354,,Arthrobacter,named_in_table,claim,T4,positive,True,supplement_table,PMC3917472,+,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7355,,Chryseobacterium,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7356,,Plantibacter,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7357,,Rhodopseudomonas,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7358,,Stenotrophomonas,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7359,,Arthrobacter,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,nd,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7360,,Leifsonia,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,nd,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7361,,Mycobacterium,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,nd,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7362,,Aeromicrobium,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7363,,Bacillus,named_in_table,claim,T4,positive,True,supplement_table,PMC3917472,++,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7364,,Lysinibacillus,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7365,,Caulobacter,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7366,,Janthinobacterium,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7367,,Kribbella,named_in_table,claim,T4,negative,True,supplement_table,PMC3917472,-,,N2 fix,BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO BS-CO repl cfu gFW-1 % identification identification accession Cd (0.8 mM) Cd (1.6 mM) Zn (0.6 mM) Zn (1 mM) Zn (2.5 mM) SID OA ACC IAA acetoin P sol P sol N2 fix,,
7368,185300.0,Paludibacter propionicigenes WB4,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,3,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7369,100716.0,Chloroherpeton thalassium ATCC 35110,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,3,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7370,253239.0,Ethanoligenens harbinense YUAN-3,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,3,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7371,483937.0,Paenibacillus riograndensis SBR5,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,25,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7372,365349.0,Pelosinus fermentans R7,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,28,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7373,51197.0,Syntrophobotulus glycolicus DSM8271 (FlGlyR),named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,3,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7374,1083.0,Phaeospirillum molischianum DSM120 (Rhodospirillum molischianum)37,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,40,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7375,1061.0,"Rhodobacter capsulatus SB1003, ATCC BAA_309",named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,3,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7376,1202716.0,Rhodomicrobium udaipurense JA643,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,41,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7377,1069.0,Rhodomicrobium vannielii ATCC 17100,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,3,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7378,2290.0,"Desulfobacter curvatus DSM 3379, AcRM3, ATCC 43919",named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,28,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7379,66821.0,Sulfurospirillum multivorans DSM 12446 (Dehalospirillum multivorans)50,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,52,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7380,204038.0,Dickeya dadantii Ech703 (Erwinia chrysanthemi)58,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,3,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7381,283686.0,"Kosakonia radicincitans DSM16656 (Enterobacter radicincitans, Pantoea agglomerans)61",named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,28,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7382,54291.0,Raoultella ornithinolytica BAL286,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,64,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7383,1148786.0,Diplosphaera colitermitum TAV2,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,69,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7384,877455.0,Methanobacterium lacus AL-21,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,3,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7385,2208.0,Methanosarcina barkeri Fusaro,named_in_table,genotype,T5,positive,False,supplement_table,PMC5328986,3,,Alternative Nitrogenase,Species Habitat/Isolation Isolation Alternative Nitrogenase,retiered,gene_count_misread_as_phenotype
7386,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,61.89110595645503,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7387,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,68.08193463591537,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7388,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,1.2675640589459345,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7389,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,97.0999846541341,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7390,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,13.564151452266,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7391,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,56.96014686575952,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7392,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,29.699285522657487,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7393,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,22.066429008782645,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7394,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,1.2651740134612954,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7395,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,589.1805736398154,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7396,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,364.910821033821,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7397,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,155.83020200565755,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7398,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,18.86717177430175,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7399,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,103.65593668795943,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7400,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,55.41077888154008,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7401,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,31.254566260509304,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7402,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,74.06053796663905,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7403,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,59.717666297953166,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7404,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,44.81272414557088,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7405,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,200.50165384608047,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7406,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,118.45841613958892,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7407,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,38.97253982820782,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7408,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,29.9066429672521,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7409,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,11.425379543510827,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7410,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,172.74357650165547,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7411,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,29.850543712733664,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7412,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,39.9045239384759,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7413,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,171.62889288570332,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7414,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,93.86990881397908,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7415,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,162.29401511347524,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7416,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,126.80527583421546,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7417,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,139.4301375020363,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7418,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,530.8649910002365,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7419,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,250.21991198719667,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7420,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,81.8427882314873,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7421,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,148.91279949886697,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7422,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,198.84135669859967,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7423,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,173.34658955898675,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7424,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,166.39737768485546,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7425,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,211.5106538171775,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7426,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,320.0349447087735,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7427,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,329.45223348918427,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7428,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,227.59678118847532,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7429,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,470.46613119544895,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7430,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,127.87330087531348,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7431,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,258.2456516355929,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7432,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,212.37288250281478,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7433,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,171.28999207190955,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7434,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,317.4177553718372,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7435,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,312.5579665032511,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7436,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,198.25447453930775,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7437,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,174.82593226487748,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7438,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,318.8743325126904,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7439,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,20.810370384450067,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7440,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,35.05396938859817,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7441,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,174.26534709645537,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7442,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,119.51113699912624,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7443,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,87.21904628496986,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7444,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,326.86556985644796,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7445,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,617.343958872836,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7446,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,239.06999927589587,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7447,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,761.2180329654292,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7448,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,321.0678673885524,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7449,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,192.66719165042673,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7450,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,212.70980595061403,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7451,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,135.79456802355077,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7452,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,266.5883841110998,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7453,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,492.7739274361046,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7454,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,615.1360476269515,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7455,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,551.4769061595621,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7456,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,238.2011146572007,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7457,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,325.9043924477946,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7458,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,233.0388681778372,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7459,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,184.57785617513332,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7460,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,283.96387079263906,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7461,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,149.2960196556606,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7462,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,312.3877032518117,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7463,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,207.18799571490516,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7464,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,641.5175694931814,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7465,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,377.98117292624613,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7466,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,385.00786847144445,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7467,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,455.87108409323224,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7468,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,265.0011739945712,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7469,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,1265.6098213291123,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7470,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,187.1067218775201,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7471,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,596.731480010128,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7472,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,379.4930498920123,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7473,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,260.0036331745738,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7474,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,247.17351557864674,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7475,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,266.4755369723956,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7476,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,3.789543108708256,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7477,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,3.165069275547668,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7478,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,3.4819068387876904,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7479,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,5.329877790025677,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7480,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,4.848814321871496,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7481,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,4.917537674464951,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7482,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,3.212014961297064,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7483,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,4.096545596599348,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7484,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,4.128020892087149,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7485,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,4.5197058222295095,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7486,164546.0,Cupriavidus taiwanensis,resolved_from_paper,assay_direct,T1,positive,True,supplement_table,PMC5687860,4.03425933136548,,ppm C2H2/nodule/hour,Figure 7-Source Data 6. Nitrogenase activity.         Strain Independent experiment no. dpi ppm C2H2/nodule/hour     ,,
7487,,Acidovorax,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7488,,Acinetobacter,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7489,,Agrobacterium,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7490,,Atlantibacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,3,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7491,,Bacillus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7492,,Citrobacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,8,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7493,,Curtobacterium,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,3,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7494,,Enterobacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,21,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7495,,Erwinia,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7496,,Escherichia,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7497,,Hafnia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7498,,Herbaspirillum,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7499,,Klebsiella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,26,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7500,,Kosakonia,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7501,,Lactococcus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7502,,Leifsonia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7503,,Lelliottia,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7504,,Metakosakonia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,26,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7505,,Microbacterium,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7506,,Micrococcus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7507,,Morganella,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7508,,Pantoea,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,5,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7509,,Pseudomonas,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7510,,Rahnella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,72,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7511,,Raoultella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,52,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7512,,Rhodococcus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7513,,Serratia,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7514,,Staphylococcus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7515,,Stenotrophomonas,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7516,,Acidovorax,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,2,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7517,,Acinetobacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,11,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7518,,Agrobacterium,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,11,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7519,,Atlantibacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,3,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7520,,Bacillus,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7521,,Citrobacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,10,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7522,,Curtobacterium,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,3,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7523,,Enterobacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,54,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7524,,Erwinia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,4,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7525,,Escherichia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7526,,Hafnia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,3,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7527,,Herbaspirillum,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7528,,Klebsiella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,26,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7529,,Kosakonia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,9,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7530,,Lactococcus,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,23,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7531,,Leifsonia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7532,,Lelliottia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,23,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7533,,Metakosakonia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,26,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7534,,Microbacterium,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7535,,Micrococcus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7536,,Morganella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7537,,Pantoea,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,14,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7538,,Pseudomonas,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,33,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7539,,Rahnella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,72,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7540,,Raoultella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,70,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7541,,Rhodococcus,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7542,,Serratia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,17,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7543,,Staphylococcus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7544,,Stenotrophomonas,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,15,,Ara/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7545,,Acidovorax,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7546,,Acinetobacter,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7547,,Agrobacterium,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7548,,Atlantibacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,3,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7549,,Bacillus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7550,,Citrobacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,10,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7551,,Curtobacterium,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,3,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7552,,Enterobacter,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,54,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7553,,Erwinia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,4,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7554,,Escherichia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7555,,Hafnia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,3,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7556,,Herbaspirillum,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7557,,Klebsiella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,26,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7558,,Kosakonia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,9,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7559,,Lactococcus,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,18,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7560,,Leifsonia,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7561,,Lelliottia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,23,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7562,,Metakosakonia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,26,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7563,,Microbacterium,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7564,,Micrococcus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7565,,Morganella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,1,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7566,,Pantoea,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,14,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7567,,Pseudomonas,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7568,,Rahnella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,72,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7569,,Raoultella,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,70,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7570,,Rhodococcus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7571,,Serratia,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC7521700,17,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7572,,Staphylococcus,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7573,,Stenotrophomonas,named_in_table,assay_direct,T1,negative,True,supplement_table,PMC7521700,0,,Ara/Gal/GlcA/Man/Xyl,Genus Ara Ara/Xyl Ara/Gal/GlcA/Man/Xyl Fuc Fuc/GlcA/Xyl Gal Gal/GlcA Gal/Man/Xyl Gal/GlcA/Fuc/Man/Xyl GlcA Man N Isolates Assigned to Genus,,
7574,354.0,Azotobacter vinelandii (strain DJ / ATCC BAA-1303),named_in_table,claim,T4,positive,True,supplement_table,PMC7782807,Yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
7575,35554.0,Geobacter sulfurreducens (strain ATCC 51573 / DSM 12127 / PCA),named_in_table,claim,T4,positive,True,supplement_table,PMC7782807,Yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
7576,1501.0,Clostridium pasteurianum BC1,named_in_table,claim,T4,positive,True,supplement_table,PMC7782807,Yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
7577,1076.0,Rhodopseudomonas palustris,named_in_table,claim,T4,positive,True,supplement_table,PMC7782807,Yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
7578,1061.0,Rhodobacter capsulatus (strain ATCC BAA-309 / NBRC 16581 / SB1003),named_in_table,claim,T4,positive,True,supplement_table,PMC7782807,Yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
7579,28232.0,Geobacter metallireducens (strain GS-15 / ATCC 53774 / DSM 7210),named_in_table,claim,T4,positive,True,supplement_table,PMC7782807,Yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
7580,145263.0,Methanothermobacter marburgensis (strain ATCC BAA-927 / DSM 2133 / JCM 14651 / NBRC 100331 / OCM 82 / Marburg) (Methanobacterium thermoautotrophicum),named_in_table,claim,T4,positive,True,supplement_table,PMC7782807,Yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
7581,1097.0,Chlorobium tepidum (strain ATCC 49652 / DSM 12025 / NBRC 103806 / TLS),named_in_table,claim,T4,positive,True,supplement_table,PMC7782807,Yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
7582,1857.0,Frankia sp. (strain FaC1),named_in_table,claim,T4,positive,True,supplement_table,PMC7782807,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8064,,Pantoea,named_in_table,assay_relative,T3,positive,True,supplement_table,PMC8485183,+,,ARA,Host Endophyte Genus ARA nifH GlnLux Burk's N-Free Liquid Growth NH4 Secretion Trial 1 NH4 Secretion Trial 2,,
8065,,Luteibacter,named_in_table,assay_relative,T3,negative,True,supplement_table,PMC8485183,ND,,ARA,Host Endophyte Genus ARA nifH GlnLux Burk's N-Free Liquid Growth NH4 Secretion Trial 1 NH4 Secretion Trial 2,,
8066,,Stenotrophomonas,named_in_table,assay_relative,T3,negative,True,supplement_table,PMC8485183,-,,ARA,Host Endophyte Genus ARA nifH GlnLux Burk's N-Free Liquid Growth NH4 Secretion Trial 1 NH4 Secretion Trial 2,,
8067,,Klebsiella,named_in_table,assay_relative,T3,positive,True,supplement_table,PMC8485183,+,,ARA,Host Endophyte Genus ARA nifH GlnLux Burk's N-Free Liquid Growth NH4 Secretion Trial 1 NH4 Secretion Trial 2,,
8068,,Enterobacter,named_in_table,assay_relative,T3,negative,True,supplement_table,PMC8485183,-,,ARA,Host Endophyte Genus ARA nifH GlnLux Burk's N-Free Liquid Growth NH4 Secretion Trial 1 NH4 Secretion Trial 2,,
8069,549.0,Pantoea agglomerans XD20,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC8796710,3187.8,,nitrogenase activity (nmol mL-1 h-1),"Name nitrogenase activity (nmol mL-1 h-1) Symbiosis plant Author, Year Journal",,
8070,69393.0,Pantoea sp. NN08200,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC8796710,2445,,nitrogenase activity (nmol mL-1 h-1),"Name nitrogenase activity (nmol mL-1 h-1) Symbiosis plant Author, Year Journal",,
8071,40324.0,Stenotrophomonas maltophilia B11S,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC8796710,1456.23,,nitrogenase activity (nmol mL-1 h-1),"Name nitrogenase activity (nmol mL-1 h-1) Symbiosis plant Author, Year Journal",,
8072,53317.0,Sphingomonas trueperi NNA‐14,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC8796710,350,,nitrogenase activity (nmol mL-1 h-1),"Name nitrogenase activity (nmol mL-1 h-1) Symbiosis plant Author, Year Journal",,
8073,573.0,Klebsiella pneumoniae subspecies 1′13,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC8796710,103.077,,nitrogenase activity (nmol mL-1 h-1),"Name nitrogenase activity (nmol mL-1 h-1) Symbiosis plant Author, Year Journal",,
8074,78543.0,Pseudomonas migulae,named_in_table,assay_direct,T1,positive,True,supplement_table,PMC8796710,2.8,,nitrogenase activity (nmol mL-1 h-1),"Name nitrogenase activity (nmol mL-1 h-1) Symbiosis plant Author, Year Journal",,
8075,354.0,Azotobacter vinelandii (strain DJ / ATCC BAA-1303),named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8076,35554.0,Geobacter sulfurreducens (strain ATCC 51573 / DSM 12127 / PCA),named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8077,1501.0,Clostridium pasteurianum (strain BC1),named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8078,1076.0,Rhodopseudomonas palustris,named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8079,1061.0,Rhodobacter capsulatus (strain ATCC BAA-309 / NBRC 16581 / SB1003),named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8080,28232.0,Geobacter metallireducens (strain GS-15 / ATCC 53774 / DSM 7210),named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8081,145263.0,Methanothermobacter marburgensis (strain ATCC BAA-927 / DSM 2133 / JCM 14651 / NBRC 100331 / OCM 82 / Marburg) (Methanobacterium thermoautotrophicum),named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8082,1097.0,Chlorobium tepidum (strain ATCC 49652 / DSM 12025 / NBRC 103806 / TLS),named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8083,1857.0,Frankia sp. (strain FaC1),named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8084,61435.0,Dehalococcoides ethenogenes (strain 195) (Dehalococcoides mccartyi 195),named_in_table,claim,T4,positive,True,supplement_table,PMC9209457,yes,,Proved diazotroph,Organism Phylum Proved diazotroph Relation to oxygen Mechanism of nutrition Optimal growth temp. (°C) Reference 1 Reference 2 Reference 3,,
8085,382.0,Ensifer meliloti,resolved_from_paper,claim,T4,negative,True,supplement_table,PMC9631207,-,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8086,382.0,Ensifer meliloti,resolved_from_paper,claim,T4,negative,True,supplement_table,PMC9631207,-,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8087,61646.0,Lelliottia amnigena,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8088,1404.0,Priestia megaterium,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8089,1615674.0,Pseudomonas lactis,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8090,1615674.0,Pseudomonas lactis,resolved_from_paper,claim,T4,negative,True,supplement_table,PMC9631207,-,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8091,492670.0,Bacillus velezensis,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8092,470934.0,Pantoea vagans,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8093,1615674.0,Pseudomonas lactis,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8094,2494702.0,Enterobacter huaxiensis,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8095,2026192.0,Bacillus proteolyticus,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8096,1495066.0,Pseudomonas capeferrum,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8097,227866.0,Bacillus tequilensis,resolved_from_paper,claim,T4,positive,True,supplement_table,PMC9631207,+,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8098,1495066.0,Pseudomonas capeferrum,resolved_from_paper,claim,T4,negative,True,supplement_table,PMC9631207,-,,Nitrogen fixation,Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP properties showed by the endophytes isolated from nodules of Medicago spp. Selected strains appear in bold. Supplementary Table 3. PGP pro,,
8099,,ΔdnaJ,table,assay_relative,T3,positive,True,body_table,PMC10055731,7.74 ± 0.64 ***,,ARA 5,"Symbiotic parameters of alfalfa plants inoculated with S. meliloti wild-type, flaAB mutant, and dnaJ derivative mutant strains 1. Strain SDW 2 NN 3 NFW 4 ARA 5",,
8100,,flaAB,table,assay_relative,T3,positive,True,body_table,PMC10055731,16.81 ± 1.71,,ARA 5,"Symbiotic parameters of alfalfa plants inoculated with S. meliloti wild-type, flaAB mutant, and dnaJ derivative mutant strains 1. Strain SDW 2 NN 3 NFW 4 ARA 5",,
8101,,flaABΔdnaJ,table,assay_relative,T3,positive,True,body_table,PMC10055731,7.03 ± 0.66 ***,,ARA 5,"Symbiotic parameters of alfalfa plants inoculated with S. meliloti wild-type, flaAB mutant, and dnaJ derivative mutant strains 1. Strain SDW 2 NN 3 NFW 4 ARA 5",,
8102,,NS4,table,assay_relative,T3,positive,True,body_table,PMC10055731,8.10 ± 1.35 **,,ARA 5,"Symbiotic parameters of alfalfa plants inoculated with S. meliloti wild-type, flaAB mutant, and dnaJ derivative mutant strains 1. Strain SDW 2 NN 3 NFW 4 ARA 5",,
8103,,NI 6,table,assay_relative,T3,negative,True,body_table,PMC10055731,-,,ARA 5,"Symbiotic parameters of alfalfa plants inoculated with S. meliloti wild-type, flaAB mutant, and dnaJ derivative mutant strains 1. Strain SDW 2 NN 3 NFW 4 ARA 5",,
8104,287.0,Pseudomonas aeruginosa DJ06,table,assay_relative,T3,positive,True,body_table,PMC10157262,31.27 ± 0.23b,,ARA (nmoL C2H4 mg protein h−1),The nitrogenase activity in the DJ06 strain in comparison with the other two strains. Strains ARA (nmoL C2H4 mg protein h−1),,
8105,1812935.0,Enterobacter roggenkampii ED5,table,assay_relative,T3,positive,True,body_table,PMC10157262,30.24 ± 0.19c,,ARA (nmoL C2H4 mg protein h−1),The nitrogenase activity in the DJ06 strain in comparison with the other two strains. Strains ARA (nmoL C2H4 mg protein h−1),,
8106,244366.0,Klebsiella variicola DX120E,table,assay_relative,T3,positive,True,body_table,PMC10157262,32.72 ± 0.73a,,ARA (nmoL C2H4 mg protein h−1),The nitrogenase activity in the DJ06 strain in comparison with the other two strains. Strains ARA (nmoL C2H4 mg protein h−1),,
8107,,CIAT899,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8108,,8002,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8109,,NAK103,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8110,,NAK104,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8111,,NAK214,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8112,,NAK220,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8113,,NAK227,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8114,,NAK239,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8115,,NAK254,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8116,,NAK284,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8117,,NAK287,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8118,,NAK288,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8119,,NAK295,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8120,,NAK299,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8121,,NAK327,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8122,,NAK378,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8123,,NAK407,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8124,,NAK458,table,claim,T4,positive,True,body_table,PMC10272266,Effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8125,,NAK242,table,claim,T4,positive,True,body_table,PMC10272266,Partially effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8126,,NAK266,table,claim,T4,positive,True,body_table,PMC10272266,Partially effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8127,,NAK312,table,claim,T4,positive,True,body_table,PMC10272266,Partially effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8128,,NAK315,table,claim,T4,positive,True,body_table,PMC10272266,Partially effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8129,,NAK334,table,claim,T4,positive,True,body_table,PMC10272266,Partially effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8130,,NAK358,table,claim,T4,positive,True,body_table,PMC10272266,Partially effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8131,,NAK387,table,claim,T4,positive,True,body_table,PMC10272266,Partially effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8132,,NAK120,table,claim,T4,positive,True,body_table,PMC10272266,Poorly effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8133,,NAK231,table,claim,T4,positive,True,body_table,PMC10272266,Poorly effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8134,,NAK332,table,claim,T4,positive,True,body_table,PMC10272266,Poorly effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8135,,NAK368,table,claim,T4,positive,True,body_table,PMC10272266,Poorly effective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8136,,NAK210,table,claim,T4,negative,True,body_table,PMC10272266,Ineffective,,N2 fixation effectivenessb,"Bacterial strains, plasmids and primers used in this study Strain, plasmid or primer Genotypea and/description or sequence N2 fixation effectivenessb Reference",,
8137,,JLS17,table,assay_relative,T3,negative,True,body_table,PMC10395048,ND,,Nitrogenase activity (U L−1),Cd tolerance and PGP properties of isolated strains. Strain Siderophore MIC (mM) PSI* (λ/λ0) IAA (μg mL−1) Nitrogenase activity (U L−1) ACC deaminase (pg mL−1) ,,
8138,,JLS30,table,assay_relative,T3,positive,True,body_table,PMC10395048,1.18 ± 0.08 c,,Nitrogenase activity (U L−1),Cd tolerance and PGP properties of isolated strains. Strain Siderophore MIC (mM) PSI* (λ/λ0) IAA (μg mL−1) Nitrogenase activity (U L−1) ACC deaminase (pg mL−1) ,,
8139,,JLS32,table,assay_relative,T3,negative,True,body_table,PMC10395048,ND,,Nitrogenase activity (U L−1),Cd tolerance and PGP properties of isolated strains. Strain Siderophore MIC (mM) PSI* (λ/λ0) IAA (μg mL−1) Nitrogenase activity (U L−1) ACC deaminase (pg mL−1) ,,
8140,,JLS50,table,assay_relative,T3,positive,True,body_table,PMC10395048,27.26 ± 0.47 a,,Nitrogenase activity (U L−1),Cd tolerance and PGP properties of isolated strains. Strain Siderophore MIC (mM) PSI* (λ/λ0) IAA (μg mL−1) Nitrogenase activity (U L−1) ACC deaminase (pg mL−1) ,,
8141,,JLS69,table,assay_relative,T3,negative,True,body_table,PMC10395048,ND,,Nitrogenase activity (U L−1),Cd tolerance and PGP properties of isolated strains. Strain Siderophore MIC (mM) PSI* (λ/λ0) IAA (μg mL−1) Nitrogenase activity (U L−1) ACC deaminase (pg mL−1) ,,
8142,,JLS70,table,assay_relative,T3,negative,True,body_table,PMC10395048,ND,,Nitrogenase activity (U L−1),Cd tolerance and PGP properties of isolated strains. Strain Siderophore MIC (mM) PSI* (λ/λ0) IAA (μg mL−1) Nitrogenase activity (U L−1) ACC deaminase (pg mL−1) ,,
8143,,YTG72,table,assay_relative,T3,positive,True,body_table,PMC10395048,8.26 ± 0.09 b,,Nitrogenase activity (U L−1),Cd tolerance and PGP properties of isolated strains. Strain Siderophore MIC (mM) PSI* (λ/λ0) IAA (μg mL−1) Nitrogenase activity (U L−1) ACC deaminase (pg mL−1) ,,
8144,492670.0,Bacillus velezensis,table,assay_direct,T1,negative,True,body_table,PMC10397394,–,,Nitrogenase activity(C2H4 nmol/(mL·h)),"The host, characteristics and references of the test bacteria. Code Strains Host plant Nitrogenase activity(C2H4 nmol/(mL·h)) Amount of dissolved phosphorus(mg/L) Secreting plant hormones(mg/L) Source",,
8145,1178537.0,Bacillus xiamenensis,table,assay_direct,T1,positive,True,body_table,PMC10397394,28.86,,Nitrogenase activity(C2H4 nmol/(mL·h)),"The host, characteristics and references of the test bacteria. Code Strains Host plant Nitrogenase activity(C2H4 nmol/(mL·h)) Amount of dissolved phosphorus(mg/L) Secreting plant hormones(mg/L) Source",,
8146,1405.0,Bacillus mycoides,table,assay_direct,T1,positive,True,body_table,PMC10397394,3193.07,,Nitrogenase activity(C2H4 nmol/(mL·h)),"The host, characteristics and references of the test bacteria. Code Strains Host plant Nitrogenase activity(C2H4 nmol/(mL·h)) Amount of dissolved phosphorus(mg/L) Secreting plant hormones(mg/L) Source",,
8147,82996.0,Serratia plymuthica,table,assay_direct,T1,positive,True,body_table,PMC10397394,110.45,,Nitrogenase activity(C2H4 nmol/(mL·h)),"The host, characteristics and references of the test bacteria. Code Strains Host plant Nitrogenase activity(C2H4 nmol/(mL·h)) Amount of dissolved phosphorus(mg/L) Secreting plant hormones(mg/L) Source",,
8148,1408.0,Bacillus pumilus,table,assay_direct,T1,negative,True,body_table,PMC10397394,–,,Nitrogenase activity(C2H4 nmol/(mL·h)),"The host, characteristics and references of the test bacteria. Code Strains Host plant Nitrogenase activity(C2H4 nmol/(mL·h)) Amount of dissolved phosphorus(mg/L) Secreting plant hormones(mg/L) Source",,
8149,947378.0,Brevundimonas faecalis,table,assay_direct,T1,positive,True,body_table,PMC10397394,75.34,,Nitrogenase activity(C2H4 nmol/(mL·h)),"The host, characteristics and references of the test bacteria. Code Strains Host plant Nitrogenase activity(C2H4 nmol/(mL·h)) Amount of dissolved phosphorus(mg/L) Secreting plant hormones(mg/L) Source",,
8150,1423.0,Bacillus subtilis,table,assay_direct,T1,positive,True,body_table,PMC10397394,497.70,,Nitrogenase activity(C2H4 nmol/(mL·h)),"The host, characteristics and references of the test bacteria. Code Strains Host plant Nitrogenase activity(C2H4 nmol/(mL·h)) Amount of dissolved phosphorus(mg/L) Secreting plant hormones(mg/L) Source",,
8151,,Bacillus sp.,table,assay_direct,T1,negative,True,body_table,PMC10397394,–,,Nitrogenase activity(C2H4 nmol/(mL·h)),"The host, characteristics and references of the test bacteria. Code Strains Host plant Nitrogenase activity(C2H4 nmol/(mL·h)) Amount of dissolved phosphorus(mg/L) Secreting plant hormones(mg/L) Source",,
8152,,7653R,table,assay_relative,T3,positive,True,body_table,PMC10454058,64.87 ± 10.9 a,,Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β,Symbiotic phenotype of 7653R and HKhypE α. StrainM. huakuii The Aboveground Fresh Weight per Plant (mg) β Number of Total Nodules per Plant β Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β Nodule Fresh Weight per Plant (mg of Plant) β Fresh Weight (mg of Plant) β,,
8153,,HKhypE,table,assay_relative,T3,positive,True,body_table,PMC10454058,34.20 ± 0.72 b,,Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β,Symbiotic phenotype of 7653R and HKhypE α. StrainM. huakuii The Aboveground Fresh Weight per Plant (mg) β Number of Total Nodules per Plant β Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β Nodule Fresh Weight per Plant (mg of Plant) β Fresh Weight (mg of Plant) β,,
8154,,HKhypE(pBBRhypE),table,assay_relative,T3,positive,True,body_table,PMC10454058,52.70 ± 7.50 a,,Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β,Symbiotic phenotype of 7653R and HKhypE α. StrainM. huakuii The Aboveground Fresh Weight per Plant (mg) β Number of Total Nodules per Plant β Acetylene Reduction Activity (nmol of Ethylene/Plant/h) β Nodule Fresh Weight per Plant (mg of Plant) β Fresh Weight (mg of Plant) β,,
8155,,A302,table,claim,T4,positive,True,body_table,PMC10537599,12.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8156,,A306-A1,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8157,,A334-1,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8158,,B14FEB,table,claim,T4,positive,True,body_table,PMC10537599,14.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8159,,B14KEA1,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8160,,B5-KEA,table,claim,T4,positive,True,body_table,PMC10537599,17.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8161,,B9M,table,claim,T4,positive,True,body_table,PMC10537599,13.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8162,,A276-2,table,claim,T4,positive,True,body_table,PMC10537599,7.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8163,,A137 A1,table,claim,T4,positive,True,body_table,PMC10537599,13.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8164,,A211 A,table,claim,T4,positive,True,body_table,PMC10537599,14.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8165,,A239,table,claim,T4,positive,True,body_table,PMC10537599,12.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8166,,A336,table,claim,T4,positive,True,body_table,PMC10537599,6.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8167,,A32-2,table,claim,T4,positive,True,body_table,PMC10537599,19.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8168,,A58 B,table,claim,T4,positive,True,body_table,PMC10537599,14.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8169,,A80,table,claim,T4,positive,True,body_table,PMC10537599,17.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8170,,A194,table,claim,T4,positive,True,body_table,PMC10537599,5.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8171,,A210 R1,table,claim,T4,positive,True,body_table,PMC10537599,13.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8172,,A328 B,table,claim,T4,positive,True,body_table,PMC10537599,11.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8173,,A316 B,table,claim,T4,positive,True,body_table,PMC10537599,10.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8174,,A96 B,table,claim,T4,positive,True,body_table,PMC10537599,18.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8175,,A313-2,table,claim,T4,positive,True,body_table,PMC10537599,7.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8176,,A289 B,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8177,,A196 B,table,claim,T4,positive,True,body_table,PMC10537599,13.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8178,,A107 A,table,claim,T4,positive,True,body_table,PMC10537599,11.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8179,,H97,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8180,,H74,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8181,,H38,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8182,,H132,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8183,,H49,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8184,,H176,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8185,,H133,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8186,,H153,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8187,,H231,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8188,,H176-D,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8189,,H163,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8190,,H207,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8191,,H204,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8192,,H81,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8193,,H202,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8194,,H67,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8195,,H56,table,claim,T4,positive,True,body_table,PMC10537599,1.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8196,,H56-Zn,table,claim,T4,negative,True,body_table,PMC10537599,0.0,,Nitrogen Fixation (Halo in mm),Summary of PGP-traits of the final selected isolates. Isolate Phosphate Solubilization (Halo in mm) Potassium Solubilization (Halo in mm) Zinc Solubilization (Halo in mm) Siderophore Production (Halo in mm) Nitrogen Fixation (Halo in mm) Ammonia Production (OD425nm Values) Indole-3-Acetic Acid Produ,,
8197,,G13,table,assay_direct,T1,positive,True,body_table,PMC10578054,0.45,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8198,,G16,table,assay_direct,T1,positive,True,body_table,PMC10578054,11.83,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8199,,G21,table,assay_direct,T1,positive,True,body_table,PMC10578054,10.85,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8200,,J14,table,assay_direct,T1,positive,True,body_table,PMC10578054,11.61,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8201,,J25,table,assay_direct,T1,positive,True,body_table,PMC10578054,12.15,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8202,,G13,table,assay_direct,T1,positive,True,body_table,PMC10578054,6.21,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8203,,G16,table,assay_direct,T1,positive,True,body_table,PMC10578054,59.35,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8204,,G21,table,assay_direct,T1,positive,True,body_table,PMC10578054,0.14,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8205,,J14,table,assay_direct,T1,positive,True,body_table,PMC10578054,14.32,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8206,,J25,table,assay_direct,T1,positive,True,body_table,PMC10578054,16.65,,Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),Nitrogenase activity of 34 stains of potential nitrogen-fixing bacteria Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)) Source Sampling site Strains Nitrogen fixation Efficiency (nmol C2H4/(mL·h)),,
8207,,OT-H1,table,assay_relative,T3,positive,True,body_table,PMC10675558,517 ± 22.19 a,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8208,,OT-S1,table,assay_relative,T3,positive,True,body_table,PMC10675558,320 ± 17.93 e,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8209,,OT-D2,table,assay_relative,T3,positive,True,body_table,PMC10675558,401 ± 24.28 c,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8210,,OT-M2,table,assay_relative,T3,positive,True,body_table,PMC10675558,305 ± 19.20 f,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8211,,OT-B1,table,assay_relative,T3,positive,True,body_table,PMC10675558,378 ± 20.11 d,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8212,,OS-H2,table,assay_relative,T3,positive,True,body_table,PMC10675558,242 ± 15.17 g,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8213,,OS-Q3,table,assay_relative,T3,positive,True,body_table,PMC10675558,173 ± 11.30 i,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8214,,OS-D1,table,assay_relative,T3,positive,True,body_table,PMC10675558,200 ± 17.90 h,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8215,,OS-M1,table,assay_relative,T3,positive,True,body_table,PMC10675558,412 ± 22.19 b,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8216,,OS-S6,table,assay_relative,T3,positive,True,body_table,PMC10675558,201 ± 19.97 h,,Nitrogenase Activity(Nano-Mole mL−1 h−1),"Performance of the tested bacterial isolates for total nitrogen content, nitrogen activity, production of indole acetic acid (IAA), and detection of NH3 in their cultures. Isolate Code Total Nitrogen Content(%) Nitrogenase Activity(Nano-Mole mL−1 h−1) IAA Production(µg mL−1) NH3 Detection(+/-)",,
8217,,TMB1,table,claim,T4,positive,True,body_table,PMC10725929,+,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8218,,TMB2,table,claim,T4,positive,True,body_table,PMC10725929,+++,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8219,,TMB3,table,claim,T4,positive,True,body_table,PMC10725929,++,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8220,,TMB4,table,claim,T4,positive,True,body_table,PMC10725929,+,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8221,,TMB5,table,claim,T4,positive,True,body_table,PMC10725929,++,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8222,,TMB6,table,claim,T4,positive,True,body_table,PMC10725929,++,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8223,,TMB7,table,claim,T4,positive,True,body_table,PMC10725929,+++,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8224,,TMB8,table,claim,T4,positive,True,body_table,PMC10725929,+,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8225,,TMB9,table,claim,T4,positive,True,body_table,PMC10725929,+++,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8226,,TMB10,table,claim,T4,positive,True,body_table,PMC10725929,++,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8227,,TMB11,table,claim,T4,positive,True,body_table,PMC10725929,+,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8228,,TMB12,table,claim,T4,positive,True,body_table,PMC10725929,+,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8229,,TMB13,table,claim,T4,negative,True,body_table,PMC10725929,0,,Nitrogen fixation,In vitro testing of plant growth-promoting attributes of mungbean root endophytic bacteria. Isolates Phosphate Solubilization (μg mL−1) IAA Production (μg mL−1) Nitrogen fixation Zinc solubilization efficiency (ZnO) Zinc solubilization efficiency (ZnCO3) Cellulase activity index Pectinase activity i,,
8230,,BA3,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.40 ± 0.007,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8231,,BA11,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.76 ± 0.14,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8232,,BB27,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.48 ± 0.05,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8233,,BB35,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.14 ± 0.01,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8234,,BB39,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.23 ± 0.05,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8235,,PA5,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.07 ± 0.01,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8236,,PA6,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.30 ± 0.12,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8237,,PA12,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.27 ± 0.06,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8238,,PA13,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.26 ± 0.06,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8239,,PA15,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.39 ± 0.05,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8240,,PA20A,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.45 ± 0.09,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8241,,PA20B,table,assay_relative,T3,positive,True,body_table,PMC11009874,1.18 ± 0.33,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8242,,PA21,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.30 ± 0.13,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8243,,PA26,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.17 ± 0.07,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8244,,PA29,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.39 ± 0.09,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8245,,PA35,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.31 ± 0.09,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8246,,PA40,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.57 ± 0.23,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8247,,PB8,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.53 ± 0.19,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8248,,PB24,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.60 ± 0.10,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8249,,PC19,table,assay_relative,T3,positive,True,body_table,PMC11009874,0.20 ± 0.04,,Nitrogenase activitya (nmol ethylene plant−1 min−1),Nitrogenase activity of Oryza sativa cv. Baldo plants inoculated with the selected N-fixing endophytes. Strain Nitrogenase activitya (nmol ethylene plant−1 min−1),,
8250,,CN011,table,claim,T4,negative,True,body_table,PMC11314484,−,,N2 Fixation,PGPR parameters. Strains Strains P Solubilization(µg/mL) IAA Production(µg/mL) HCN Production N2 Fixation Ammonia Production Siderophore Production,,
8251,,CN006,table,claim,T4,negative,True,body_table,PMC11314484,−,,N2 Fixation,PGPR parameters. Strains Strains P Solubilization(µg/mL) IAA Production(µg/mL) HCN Production N2 Fixation Ammonia Production Siderophore Production,,
8252,,CN009,table,claim,T4,negative,True,body_table,PMC11314484,−,,N2 Fixation,PGPR parameters. Strains Strains P Solubilization(µg/mL) IAA Production(µg/mL) HCN Production N2 Fixation Ammonia Production Siderophore Production,,
8253,,CN008,table,claim,T4,positive,True,body_table,PMC11314484,+,,N2 Fixation,PGPR parameters. Strains Strains P Solubilization(µg/mL) IAA Production(µg/mL) HCN Production N2 Fixation Ammonia Production Siderophore Production,,
8254,,CLS1,table,assay_relative,T3,positive,True,body_table,PMC11466859,71.03 ± 2.18 d,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8255,,CLS2,table,assay_relative,T3,positive,True,body_table,PMC11466859,124.58 ± 2.96a,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8256,,CLS3,table,assay_relative,T3,positive,True,body_table,PMC11466859,93.90 ± 2.25c,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8257,,CLS6,table,assay_relative,T3,positive,True,body_table,PMC11466859,123.44 ± 3.73a,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8258,,CLS8,table,assay_relative,T3,positive,True,body_table,PMC11466859,71.91 ± 3.57d,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8259,,CLS9,table,assay_relative,T3,positive,True,body_table,PMC11466859,106.35 ± 4.55bc,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8260,,CLS11,table,assay_relative,T3,positive,True,body_table,PMC11466859,70.49 ± 3.47d,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8261,,CLS12,table,assay_relative,T3,positive,True,body_table,PMC11466859,104.56 ± 3.46bc,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8262,,CLS13,table,assay_relative,T3,positive,True,body_table,PMC11466859,117.80 ± 1.94ab,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8263,,CLS15,table,assay_relative,T3,positive,True,body_table,PMC11466859,73.33 ± 3.16d,,Nitrogen fixation (nmol h−1 mg−1),Quantitative screening of Canola (Brassica napus L.) associated zinc solubilizing rhizobacterial strains for different biochemical and Physiological attributes. Isolates Zinc solubilization (mgL−1 = ppm) IAA production without L-tryptophan (μg ml−1) IAA production with L-tryptophan (μg ml−1) Nitroge,,
8264,,1SEF,table,claim,T4,positive,True,body_table,PMC11644663,+,,N2 Fix.,"Strains used in the plant growth promotion study with their corresponding biochemical characterization determining their selection. This includes, with “+” or “−”, the capacity or not to solubilize phosphorus and potassium and the capacity to fix nitrogen. “++” indicates high solubilization capacity",,
8265,,4PIN,table,claim,T4,positive,True,body_table,PMC11644663,+,,N2 Fix.,"Strains used in the plant growth promotion study with their corresponding biochemical characterization determining their selection. This includes, with “+” or “−”, the capacity or not to solubilize phosphorus and potassium and the capacity to fix nitrogen. “++” indicates high solubilization capacity",,
8266,,1CRN,table,claim,T4,positive,True,body_table,PMC11644663,+,,N2 Fix.,"Strains used in the plant growth promotion study with their corresponding biochemical characterization determining their selection. This includes, with “+” or “−”, the capacity or not to solubilize phosphorus and potassium and the capacity to fix nitrogen. “++” indicates high solubilization capacity",,
8267,,6AB,table,claim,T4,negative,True,body_table,PMC11644663,−,,N2 Fix.,"Strains used in the plant growth promotion study with their corresponding biochemical characterization determining their selection. This includes, with “+” or “−”, the capacity or not to solubilize phosphorus and potassium and the capacity to fix nitrogen. “++” indicates high solubilization capacity",,
8268,,8AB4,table,claim,T4,positive,True,body_table,PMC11644663,+,,N2 Fix.,"Strains used in the plant growth promotion study with their corresponding biochemical characterization determining their selection. This includes, with “+” or “−”, the capacity or not to solubilize phosphorus and potassium and the capacity to fix nitrogen. “++” indicates high solubilization capacity",,
8269,,3GRA,table,claim,T4,negative,True,body_table,PMC11644663,−,,N2 Fix.,"Strains used in the plant growth promotion study with their corresponding biochemical characterization determining their selection. This includes, with “+” or “−”, the capacity or not to solubilize phosphorus and potassium and the capacity to fix nitrogen. “++” indicates high solubilization capacity",,
8270,,A10,table,assay_direct,T1,negative,True,body_table,PMC11682559,−,,Nitrogenase activity (nmol C2H4/h/vial),"Nitrogenase activity and production of HCN, phosphatase, siderophore, IAA, and NH3 by selected bacterial isolates grown on their respective medium. Isolates Growth in the N-free media Nitrogenase activity (nmol C2H4/h/vial) HCN (96 h) Phosphatase (72 h) Siderophore (72 h) NH3 (72 h/ μmol/ml) IAA (24",,
8271,,Nitrogen fixation,table,claim,T4,positive,True,body_table,PMC11711131,+,,Azotobacter sp. PBC1,PGP traits of bacterial strains Strain Pseudomonas sp. KR227 Azotobacter sp. PBC1,,
8272,,P solubilization,table,claim,T4,negative,True,body_table,PMC11711131,-,,Azotobacter sp. PBC1,PGP traits of bacterial strains Strain Pseudomonas sp. KR227 Azotobacter sp. PBC1,,
8273,,Zn solubilization,table,claim,T4,negative,True,body_table,PMC11711131,-,,Azotobacter sp. PBC1,PGP traits of bacterial strains Strain Pseudomonas sp. KR227 Azotobacter sp. PBC1,,
8274,,CMCase,table,claim,T4,negative,True,body_table,PMC11711131,-,,Azotobacter sp. PBC1,PGP traits of bacterial strains Strain Pseudomonas sp. KR227 Azotobacter sp. PBC1,,
8275,1396.0,Bacillus cereus J20_UANL,table,claim,T4,positive,True,body_table,PMC12176988,+,,Nitrogen fixation,Plant growth-promoting traits in bacterial strains isolated from the soil Bacterial strains Nitrogen fixation IAA production (µg/mL)a Antifungal activity,,
8276,1404.0,Priestia megaterium J22_UANL,table,claim,T4,positive,True,body_table,PMC12176988,+,,Nitrogen fixation,Plant growth-promoting traits in bacterial strains isolated from the soil Bacterial strains Nitrogen fixation IAA production (µg/mL)a Antifungal activity,,
8277,,PAN18,table,assay_relative,T3,positive,True,body_table,PMC12197054,8.04 ± 1.61,,ARA (/Nodule DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8278,,PMN30,table,assay_relative,T3,positive,True,body_table,PMC12197054,7.88 ± 0.15,,ARA (/Nodule DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8279,,PMN35,table,assay_relative,T3,positive,True,body_table,PMC12197054,7.85 ± 1.76,,ARA (/Nodule DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8280,,PMN37,table,assay_relative,T3,positive,True,body_table,PMC12197054,9.11 ± 2.06,,ARA (/Nodule DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8281,,PSN49,table,assay_relative,T3,positive,True,body_table,PMC12197054,11.16 ± 3.32,,ARA (/Nodule DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8282,,PAT4,table,assay_relative,T3,positive,True,body_table,PMC12197054,21.14 ± 9.83,,ARA (/Nodule DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8283,,PAN13,table,assay_relative,T3,positive,True,body_table,PMC12197054,7.35 ± 1.30,,ARA (/Nodule DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8284,,PMN31,table,assay_relative,T3,positive,True,body_table,PMC12197054,14.14 ± 3.70,,ARA (/Nodule DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8285,,PAN21,table,assay_relative,T3,positive,True,body_table,PMC12197054,12.22 ± 2.64,,ARA (/Nodule DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8286,,PAN18,table,assay_relative,T3,positive,True,body_table,PMC12197054,0.47 ± 0.15,,ARA (/Plant DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8287,,PMN30,table,assay_relative,T3,positive,True,body_table,PMC12197054,0.50 ± 0.02,,ARA (/Plant DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8288,,PMN35,table,assay_relative,T3,positive,True,body_table,PMC12197054,0.58 ± 0.16,,ARA (/Plant DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8289,,PMN37,table,assay_relative,T3,positive,True,body_table,PMC12197054,0.66 ± 0.20,,ARA (/Plant DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8290,,PSN49,table,assay_relative,T3,positive,True,body_table,PMC12197054,0.58 ± 0.08,,ARA (/Plant DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8291,,PAT4,table,assay_relative,T3,positive,True,body_table,PMC12197054,0.85 ± 0.19,,ARA (/Plant DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8292,,PAN13,table,assay_relative,T3,positive,True,body_table,PMC12197054,0.47 ± 0.06,,ARA (/Plant DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8293,,PMN31,table,assay_relative,T3,positive,True,body_table,PMC12197054,1.09 ± 0.24,,ARA (/Plant DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8294,,PAN21,table,assay_relative,T3,positive,True,body_table,PMC12197054,0.58 ± 0.09,,ARA (/Plant DW),Poland cultivar inoculation assays for nine representative strains. Strain Classification Based on MLST Whole Plant Dry Weight (g) Shoot Dry Weight (g) Root Dry Weight (g) Number of Nodules Nodule Dry Weight (g) ARA (/Nodule DW) ARA (/Plant DW),,
8295,,Strain 1,table,claim,T4,positive,True,body_table,PMC12207264,+,,Nitrogen fixation,Bacterial strains' PGP activities in vitro. Strain code Bacterial strains Cellulase NH3 (mg/mL) IAA (mg/mL) Solubilization of inorganic phosphate (mg/mL) Nitrogen fixation Siderophore production,,
8296,,Strain 2,table,claim,T4,positive,True,body_table,PMC12207264,+,,Nitrogen fixation,Bacterial strains' PGP activities in vitro. Strain code Bacterial strains Cellulase NH3 (mg/mL) IAA (mg/mL) Solubilization of inorganic phosphate (mg/mL) Nitrogen fixation Siderophore production,,
8297,,Strain 3,table,claim,T4,negative,True,body_table,PMC12207264,-,,Nitrogen fixation,Bacterial strains' PGP activities in vitro. Strain code Bacterial strains Cellulase NH3 (mg/mL) IAA (mg/mL) Solubilization of inorganic phosphate (mg/mL) Nitrogen fixation Siderophore production,,
8298,,Strain 4,table,claim,T4,positive,True,body_table,PMC12207264,+,,Nitrogen fixation,Bacterial strains' PGP activities in vitro. Strain code Bacterial strains Cellulase NH3 (mg/mL) IAA (mg/mL) Solubilization of inorganic phosphate (mg/mL) Nitrogen fixation Siderophore production,,
8299,,Strain 5,table,claim,T4,positive,True,body_table,PMC12207264,+,,Nitrogen fixation,Bacterial strains' PGP activities in vitro. Strain code Bacterial strains Cellulase NH3 (mg/mL) IAA (mg/mL) Solubilization of inorganic phosphate (mg/mL) Nitrogen fixation Siderophore production,,
8300,,Strain 6,table,claim,T4,positive,True,body_table,PMC12207264,+,,Nitrogen fixation,Bacterial strains' PGP activities in vitro. Strain code Bacterial strains Cellulase NH3 (mg/mL) IAA (mg/mL) Solubilization of inorganic phosphate (mg/mL) Nitrogen fixation Siderophore production,,
8301,,Strain 7,table,claim,T4,negative,True,body_table,PMC12207264,-,,Nitrogen fixation,Bacterial strains' PGP activities in vitro. Strain code Bacterial strains Cellulase NH3 (mg/mL) IAA (mg/mL) Solubilization of inorganic phosphate (mg/mL) Nitrogen fixation Siderophore production,,
8302,,B. nitrificans,table,claim,T4,positive,True,body_table,PMC12227014,+,,N2 fixation,Plant beneficial metabolites produced by islates. No Isolate IAA (ppm) N2 fixation P solubilization,,
8303,492670.0,B. velezensis,table,claim,T4,positive,True,body_table,PMC12227014,++,,N2 fixation,Plant beneficial metabolites produced by islates. No Isolate IAA (ppm) N2 fixation P solubilization,,
8304,,B. pumilus,table,claim,T4,positive,True,body_table,PMC12252046,+,,N Fixation Activity,Biochemical activity of the Bacillus pumilus strain isolated to promote the growth of Pisum sativum. Strains AIA Production PO4 Solubilization NH3 Production Hydrogen Cyanide Production Pectinase Activity Cellulase Activity N Fixation Activity,,
8305,3391826.0,Microbacterium sp. I2,table,claim,T4,positive,True,body_table,PMC12406708,+,,Nitrogen fixation,Plant promotion potential of seven strains of bacteria. Strain Nitrogen fixation Organic phosphorus Inorganic phosphorus content (mg L−1) Siderophore production (%) ACC deaminase activity IAA production (µg mL−1),,
8306,644417.0,Arthrobacter sp. R4,table,claim,T4,positive,True,body_table,PMC12406708,+,,Nitrogen fixation,Plant promotion potential of seven strains of bacteria. Strain Nitrogen fixation Organic phosphorus Inorganic phosphorus content (mg L−1) Siderophore production (%) ACC deaminase activity IAA production (µg mL−1),,
8307,51671.0,Microbacterium sp. R19,table,claim,T4,positive,True,body_table,PMC12406708,+,,Nitrogen fixation,Plant promotion potential of seven strains of bacteria. Strain Nitrogen fixation Organic phosphorus Inorganic phosphorus content (mg L−1) Siderophore production (%) ACC deaminase activity IAA production (µg mL−1),,
8308,246590.0,Microbacterium sp. K1,table,claim,T4,positive,True,body_table,PMC12406708,+,,Nitrogen fixation,Plant promotion potential of seven strains of bacteria. Strain Nitrogen fixation Organic phosphorus Inorganic phosphorus content (mg L−1) Siderophore production (%) ACC deaminase activity IAA production (µg mL−1),,
8309,3391827.0,Microbacterium sp. K2,table,claim,T4,positive,True,body_table,PMC12406708,+,,Nitrogen fixation,Plant promotion potential of seven strains of bacteria. Strain Nitrogen fixation Organic phosphorus Inorganic phosphorus content (mg L−1) Siderophore production (%) ACC deaminase activity IAA production (µg mL−1),,
8310,1931993.0,Paenarthrobacter sp. T8,table,claim,T4,positive,True,body_table,PMC12406708,+,,Nitrogen fixation,Plant promotion potential of seven strains of bacteria. Strain Nitrogen fixation Organic phosphorus Inorganic phosphorus content (mg L−1) Siderophore production (%) ACC deaminase activity IAA production (µg mL−1),,
8311,51671.0,Microbacterium sp. T19,table,claim,T4,positive,True,body_table,PMC12406708,+,,Nitrogen fixation,Plant promotion potential of seven strains of bacteria. Strain Nitrogen fixation Organic phosphorus Inorganic phosphorus content (mg L−1) Siderophore production (%) ACC deaminase activity IAA production (µg mL−1),,
8312,,P10,table,claim,T4,negative,True,body_table,PMC12462321,-,,Nitrogen-fixing,The growth of the strains on different medium Strain number Nitrogen-fixing Inorganic phosphorus-dissolving Potassium-solubilizing,,
8313,,P11,table,claim,T4,negative,True,body_table,PMC12462321,-,,Nitrogen-fixing,The growth of the strains on different medium Strain number Nitrogen-fixing Inorganic phosphorus-dissolving Potassium-solubilizing,,
8314,,P12,table,claim,T4,negative,True,body_table,PMC12462321,-,,Nitrogen-fixing,The growth of the strains on different medium Strain number Nitrogen-fixing Inorganic phosphorus-dissolving Potassium-solubilizing,,
8315,,LKT25,table,claim,T4,positive,True,body_table,PMC12473873,+,,Nitrogenase,The plant growth promotion traits of bacterial isolates. Strain ID ACC Deaminase Siderophore Production Nitrogenase,,
8316,,LKT17,table,claim,T4,positive,True,body_table,PMC12473873,+,,Nitrogenase,The plant growth promotion traits of bacterial isolates. Strain ID ACC Deaminase Siderophore Production Nitrogenase,,
8317,,LKT38,table,claim,T4,positive,True,body_table,PMC12473873,+,,Nitrogenase,The plant growth promotion traits of bacterial isolates. Strain ID ACC Deaminase Siderophore Production Nitrogenase,,
8318,,Y80,table,claim,T4,positive,True,body_table,PMC12473873,+,,Nitrogenase,The plant growth promotion traits of bacterial isolates. Strain ID ACC Deaminase Siderophore Production Nitrogenase,,
8319,,Y89,table,claim,T4,positive,True,body_table,PMC12473873,+,,Nitrogenase,The plant growth promotion traits of bacterial isolates. Strain ID ACC Deaminase Siderophore Production Nitrogenase,,
8320,,S36,table,claim,T4,positive,True,body_table,PMC12473873,+,,Nitrogenase,The plant growth promotion traits of bacterial isolates. Strain ID ACC Deaminase Siderophore Production Nitrogenase,,
8321,,P12,table,assay_relative,T3,positive,True,body_table,PMC12537791,116.65 ± 1.95 g,,Nitrogenase activity (U/L),"Functional traits of PGPB strains isolated from Pisha sandstone, including phosphorus solubilization, nitrogenase activity, IAA production, and siderophore production. Strain number Solubilized organic phosphorus content (mg/L) Solubilized inorganic phosphorus content (mg/L) Nitrogenase activity (U/",,
8322,,F11,table,assay_relative,T3,positive,True,body_table,PMC12537791,171.17 ± 2.85d,,Nitrogenase activity (U/L),"Functional traits of PGPB strains isolated from Pisha sandstone, including phosphorus solubilization, nitrogenase activity, IAA production, and siderophore production. Strain number Solubilized organic phosphorus content (mg/L) Solubilized inorganic phosphorus content (mg/L) Nitrogenase activity (U/",,
8323,,G16,table,assay_relative,T3,positive,True,body_table,PMC12537791,141.91 ± 3.08e,,Nitrogenase activity (U/L),"Functional traits of PGPB strains isolated from Pisha sandstone, including phosphorus solubilization, nitrogenase activity, IAA production, and siderophore production. Strain number Solubilized organic phosphorus content (mg/L) Solubilized inorganic phosphorus content (mg/L) Nitrogenase activity (U/",,
8324,,S59,table,assay_relative,T3,positive,True,body_table,PMC12727198,42.5,,C2H4 culture–1 h–1,Nitrogen-fixing activities of 80 endospore-forming bacterial isolates from cultivated soils in Myanmar and their similarity percentages to closest species NFA levels Isolates Closest species Similarity % C2H4 culture–1 h–1 NFA levels Isolates Closest species Similarity % C2H4 culture–1 h–1,,
8325,248903.0,Paenibacillus xylanilyticus,table,assay_relative,T3,positive,True,body_table,PMC12727198,Low,,C2H4 culture–1 h–1,Nitrogen-fixing activities of 80 endospore-forming bacterial isolates from cultivated soils in Myanmar and their similarity percentages to closest species NFA levels Isolates Closest species Similarity % C2H4 culture–1 h–1 NFA levels Isolates Closest species Similarity % C2H4 culture–1 h–1,,
8326,,S15,table,assay_relative,T3,positive,True,body_table,PMC12727198,8.5,,C2H4 culture–1 h–1,Nitrogen-fixing activities of 80 endospore-forming bacterial isolates from cultivated soils in Myanmar and their similarity percentages to closest species NFA levels Isolates Closest species Similarity % C2H4 culture–1 h–1 NFA levels Isolates Closest species Similarity % C2H4 culture–1 h–1,,
8327,,S59,table,assay_relative,T3,positive,True,body_table,PMC12727198,1.1,,C2H4 culture–1 h–1,Nitrogen-fixing activities of 80 endospore-forming bacterial isolates from cultivated soils in Myanmar and their similarity percentages to closest species NFA levels Isolates Closest species Similarity % C2H4 culture–1 h–1 NFA levels Isolates Closest species Similarity % C2H4 culture–1 h–1,,
8328,,WT empty),table,assay_relative,T3,positive,True,body_table,PMC13272141,34.89 ± 7.43,,Nitrogen fixationactivity (μmol/g*h),Quantitative analysis of symbiotic phenotype of Msrs overexpression. Strains Fresh weight of theabove ground biomass (g/plant) Number ofnodules (/plant) Nitrogen fixationactivity (μmol/g*h),,
8329,,msrA1OE,table,assay_relative,T3,positive,True,body_table,PMC13272141,3.32 ± 1.12**,,Nitrogen fixationactivity (μmol/g*h),Quantitative analysis of symbiotic phenotype of Msrs overexpression. Strains Fresh weight of theabove ground biomass (g/plant) Number ofnodules (/plant) Nitrogen fixationactivity (μmol/g*h),,
8330,,msrB1OE,table,assay_relative,T3,positive,True,body_table,PMC13272141,30.66 ± 5.31,,Nitrogen fixationactivity (μmol/g*h),Quantitative analysis of symbiotic phenotype of Msrs overexpression. Strains Fresh weight of theabove ground biomass (g/plant) Number ofnodules (/plant) Nitrogen fixationactivity (μmol/g*h),,
8331,,msrA2OE,table,assay_relative,T3,positive,True,body_table,PMC13272141,0.49 ± 0.03**,,Nitrogen fixationactivity (μmol/g*h),Quantitative analysis of symbiotic phenotype of Msrs overexpression. Strains Fresh weight of theabove ground biomass (g/plant) Number ofnodules (/plant) Nitrogen fixationactivity (μmol/g*h),,
8332,,msrB2OE,table,assay_relative,T3,positive,True,body_table,PMC13272141,6.18 ± 3.77**,,Nitrogen fixationactivity (μmol/g*h),Quantitative analysis of symbiotic phenotype of Msrs overexpression. Strains Fresh weight of theabove ground biomass (g/plant) Number ofnodules (/plant) Nitrogen fixationactivity (μmol/g*h),,
8333,,msrA1Δ,table,assay_relative,T3,positive,True,body_table,PMC13272141,10.33 ± 0.74,,Nitrogen fixation activity (µmol/g*h),Quantitative analysis of symbiotic phenotype of deletion mutants. Strains Fresh weight of the above ground biomass (g/plant) Number of nodules (/plant) Nitrogen fixation activity (µmol/g*h),,
8334,,msrB1Δ,table,assay_relative,T3,positive,True,body_table,PMC13272141,10.33 ± 0.29,,Nitrogen fixation activity (µmol/g*h),Quantitative analysis of symbiotic phenotype of deletion mutants. Strains Fresh weight of the above ground biomass (g/plant) Number of nodules (/plant) Nitrogen fixation activity (µmol/g*h),,
8335,,msrA2Δ,table,assay_relative,T3,positive,True,body_table,PMC13272141,11.03 ± 1.25,,Nitrogen fixation activity (µmol/g*h),Quantitative analysis of symbiotic phenotype of deletion mutants. Strains Fresh weight of the above ground biomass (g/plant) Number of nodules (/plant) Nitrogen fixation activity (µmol/g*h),,
8336,,msrB2Δ,table,assay_relative,T3,positive,True,body_table,PMC13272141,15.06 ± 3.26*,,Nitrogen fixation activity (µmol/g*h),Quantitative analysis of symbiotic phenotype of deletion mutants. Strains Fresh weight of the above ground biomass (g/plant) Number of nodules (/plant) Nitrogen fixation activity (µmol/g*h),,
8337,78543.0,Pseudomonas migulae DSb,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8338,,Pseudomonas sp.DREf,table,assay_relative,T3,positive,True,body_table,PMC13276047,+,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8339,553.0,Pantoea ananatis ASEna,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8340,550.0,Enterobacter cloacae subsp. dissolvens DLEna,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8341,472694.0,Pantoea brenneri E1SEnb,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8342,571.0,Klebsiella oxytoca Dri,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8343,59814.0,Pantoea dispersa E345Se,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8344,59814.0,Pantoea dispersa SLEpb,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8345,244366.0,Klebsiella variicola E2SEpe,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8346,306.0,Pseudomonas sp. E4SEnb,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8347,,ASEnf,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8348,472705.0,Pantoea conspicua DLEnd,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8349,59814.0,Pantoea dispersa FLEnb,table,assay_relative,T3,negative,True,body_table,PMC13276047,-,,Nitrogen fixation,Plant-growth promoting potentials of silica solubilizing bacteria. Isolate Accession number Silica dissolution (OD at day 10) Phosphate Antifungal activity Potassium Protease Sulfur oxidation Auxin Hydrogen cyanide zinc Nitrogen fixation Cellulase ,,
8350,1125740.0,Anabaena sp. LC1,table,assay_direct,T1,positive,True,body_table,PMC2807599,5.1,,C2H2:N2,"Mean ± SE of dinitrogen fixation calculated from 15N experiments during the night and 24 h, 24 h primary production, C:N ratio of mats, and the contribution of NF to the total N requirement for PP Organism 15NFni 15NF24h C2H2:N2 PP (%) C:N Percentage (%)",,
8351,207924.0,S. hydnoides LC5,table,assay_direct,T1,positive,True,body_table,PMC2807599,1.2,,C2H2:N2,"Mean ± SE of dinitrogen fixation calculated from 15N experiments during the night and 24 h, 24 h primary production, C:N ratio of mats, and the contribution of NF to the total N requirement for PP Organism 15NFni 15NF24h C2H2:N2 PP (%) C:N Percentage (%)",,
8352,1125741.0,Leptolyngbya sp. LC2,table,assay_direct,T1,positive,True,body_table,PMC2807599,5.8,,C2H2:N2,"Mean ± SE of dinitrogen fixation calculated from 15N experiments during the night and 24 h, 24 h primary production, C:N ratio of mats, and the contribution of NF to the total N requirement for PP Organism 15NFni 15NF24h C2H2:N2 PP (%) C:N Percentage (%)",,
8353,,H. coccineum,table,assay_direct,T1,positive,True,body_table,PMC2807599,1.1,,C2H2:N2,"Mean ± SE of dinitrogen fixation calculated from 15N experiments during the night and 24 h, 24 h primary production, C:N ratio of mats, and the contribution of NF to the total N requirement for PP Organism 15NFni 15NF24h C2H2:N2 PP (%) C:N Percentage (%)",,
8354,,"Trichodesmium/Pacific, Atlantic, north of Australia",table,assay_relative,T3,positive,True,body_table,PMC2933240,808b,,C∶N fixation ratio,"Discrepancies observed between 15N2 fixation, ARA and carbon fixation or biomass-specific ratesa. Organism/area C2H2∶15N2 C∶N fixation ratio biomass-specific rate [d−1] Reference",,
8355,,KTCIGME01,table,assay_relative,T3,positive,True,body_table,PMC3507164,0.96±0.1*,,Ethylene production (C2H4 ppm),"Effects of PE (Bacterial treatment) on hyphal growth of G. margarita, ethylene production and nitrogenase activity. Bacterial treat. Hyphal growth (mm) Ethylene production (C2H4 ppm) Nitrogenase activity (C2H4 ppm)",,
8356,,KTCIGME02,table,assay_relative,T3,positive,True,body_table,PMC3507164,3.17±0.2**,,Ethylene production (C2H4 ppm),"Effects of PE (Bacterial treatment) on hyphal growth of G. margarita, ethylene production and nitrogenase activity. Bacterial treat. Hyphal growth (mm) Ethylene production (C2H4 ppm) Nitrogenase activity (C2H4 ppm)",,
8357,,KTCIGME03,table,assay_relative,T3,positive,True,body_table,PMC3507164,0.32±0.1ns,,Ethylene production (C2H4 ppm),"Effects of PE (Bacterial treatment) on hyphal growth of G. margarita, ethylene production and nitrogenase activity. Bacterial treat. Hyphal growth (mm) Ethylene production (C2H4 ppm) Nitrogenase activity (C2H4 ppm)",,
8358,,KTCIGME01,table,assay_relative,T3,positive,True,body_table,PMC3507164,0.63±0.3ns,,Nitrogenase activity (C2H4 ppm),"Effects of PE (Bacterial treatment) on hyphal growth of G. margarita, ethylene production and nitrogenase activity. Bacterial treat. Hyphal growth (mm) Ethylene production (C2H4 ppm) Nitrogenase activity (C2H4 ppm)",,
8359,,KTCIGME02,table,assay_relative,T3,positive,True,body_table,PMC3507164,1.46±0.5*,,Nitrogenase activity (C2H4 ppm),"Effects of PE (Bacterial treatment) on hyphal growth of G. margarita, ethylene production and nitrogenase activity. Bacterial treat. Hyphal growth (mm) Ethylene production (C2H4 ppm) Nitrogenase activity (C2H4 ppm)",,
8360,,KTCIGME03,table,assay_relative,T3,positive,True,body_table,PMC3507164,0.48±0.2ns,,Nitrogenase activity (C2H4 ppm),"Effects of PE (Bacterial treatment) on hyphal growth of G. margarita, ethylene production and nitrogenase activity. Bacterial treat. Hyphal growth (mm) Ethylene production (C2H4 ppm) Nitrogenase activity (C2H4 ppm)",,
8361,,Sb4,table,assay_relative,T3,negative,True,body_table,PMC3794754,nd,,ARA (μmol·C2H4−1·cfu−1·h−1),Biochemical properties of diazotrophs isolated from Tanjong Karang rice growing area. Isolate ARA (μmol·C2H4−1·cfu−1·h−1) Cellulose degradation IAA production (mg·L−1) Sugar consumption (%)    ,,
8362,,Sb7,table,assay_relative,T3,negative,True,body_table,PMC3794754,nd,,ARA (μmol·C2H4−1·cfu−1·h−1),Biochemical properties of diazotrophs isolated from Tanjong Karang rice growing area. Isolate ARA (μmol·C2H4−1·cfu−1·h−1) Cellulose degradation IAA production (mg·L−1) Sugar consumption (%)    ,,
8363,,Sb9,table,assay_relative,T3,negative,True,body_table,PMC3794754,nd,,ARA (μmol·C2H4−1·cfu−1·h−1),Biochemical properties of diazotrophs isolated from Tanjong Karang rice growing area. Isolate ARA (μmol·C2H4−1·cfu−1·h−1) Cellulose degradation IAA production (mg·L−1) Sugar consumption (%)    ,,
8364,58172.0,Paenibacillus sp. JDR2,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8365,481743.0,Paenibacillus sp. Y412MC10,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8366,61624.0,P. mucilaginosus KNP414,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8367,61624.0,P. mucilaginosus K02,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8368,61624.0,P. mucilaginosus 3016,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8369,1406.0,P. polymyxa E681,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8370,1406.0,P. polymyxa SC2,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8371,59840.0,P. curdlanolyticus YK9,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8372,908341.0,Paenibacillus sp. HGF5,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8373,944559.0,Paenibacillus sp. HGF7,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8374,130049.0,P. dendritiformis C454,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8375,189691.0,P. elgii B69,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8376,228574.0,P. lactis 154,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8377,59893.0,P. peoriae KCTC 3763,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8378,58172.0,Paenibacillus sp. oral taxon786D14,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8379,71995.0,P. vortex V453,table,claim,T4,negative,True,body_table,PMC3961195,−,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8380,,P. polymyxa WLY78,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8381,1406.0,P. polymyxa TD94,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8382,,P. polymyxa 1–43,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8383,,P.beijingensis 1–18,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8384,58172.0,Paenibacillus sp. 1–49,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8385,1050222.0,Paenibacillus sp. Aloe-11,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8386,159743.0,P. terrae HPL-003,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8387,,P. azotofixans ATCC35681,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8388,189425.0,P. graminis RSA19,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8389,373687.0,P. sonchi X19-5,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8390,1333845.0,P. sophorae S27,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8391,225917.0,P. massiliensis T7,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8392,369399.0,P. zanthoxyli JH29,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8393,,P. forsythia T98,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8394,365617.0,P. sabinae T27,table,claim,T4,positive,True,body_table,PMC3961195,+,,Nitrogen fixer,Paenibacillus strains used in study. Strains Source Nitrogen fixer Genome sequence,,
8395,,PCC 7120,table,assay_relative,T3,positive,True,body_table,PMC4133259,16.0±3.6 (4),,Nitrogenase activityOxic Anoxic,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8396,,CSL3,table,assay_relative,T3,negative,True,body_table,PMC4133259,0.0±0.0 (3),,Nitrogenase activityOxic Anoxic,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8397,,CSL16,table,assay_relative,T3,negative,True,body_table,PMC4133259,0.0±0.0 (2),,Nitrogenase activityOxic Anoxic,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8398,,CSL1,table,assay_relative,T3,negative,True,body_table,PMC4133259,0.0±0.02 (2),,Nitrogenase activityOxic Anoxic,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8399,,CSL17,table,assay_relative,T3,positive,True,body_table,PMC4133259,0.1±0.04 (3),,Nitrogenase activityOxic Anoxic,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8400,,CSL15,table,assay_relative,T3,positive,True,body_table,PMC4133259,0.1±0.1 (2),,Nitrogenase activityOxic Anoxic,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8401,,CSL31,table,assay_relative,T3,positive,True,body_table,PMC4133259,0.1±0.03 (2),,Nitrogenase activityOxic Anoxic,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8402,,CSL67,table,assay_relative,T3,positive,True,body_table,PMC4133259,10.2±3.3 (2),,Nitrogenase activityOxic Anoxic,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8403,,PCC 7120,table,assay_relative,T3,positive,True,body_table,PMC4133259,17.7±1.1 (12),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8404,,CSL3,table,assay_relative,T3,positive,True,body_table,PMC4133259,0.1±0.03 (7),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8405,,CSVT20,table,assay_relative,T3,positive,True,body_table,PMC4133259,12.7±1.0 (6),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8406,,CSL7,table,assay_relative,T3,positive,True,body_table,PMC4133259,10.5±3.1 (3),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8407,,CSL1,table,assay_relative,T3,positive,True,body_table,PMC4133259,0.8±0.5 (6),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8408,,CSL17,table,assay_relative,T3,positive,True,body_table,PMC4133259,0.2±0.1 (3),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8409,,CSL11,table,assay_relative,T3,positive,True,body_table,PMC4133259,1.7±1.4 (3),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8410,,CSL30,table,assay_relative,T3,negative,True,body_table,PMC4133259,0.0±0.0 (2),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8411,,CSL15,table,assay_relative,T3,positive,True,body_table,PMC4133259,0.2±0.1 (3),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8412,,CSL31,table,assay_relative,T3,positive,True,body_table,PMC4133259,0.3±0.1 (3),,Diazotrophic growth,Nitrogenase activity and diazotrophic growth in Anabaena sp. PCC 7120 mutant strains. Strain Genotype Time (h) Nitrogenase activityOxic Anoxic Diazotrophic growth ,,
8413,,108,table,assay_relative,T3,positive,True,body_table,PMC4171770,8.5 ± 6.7a,,ARA (nmol C2H4 mg protein h−1),Identification and PGP abilities of the selected isolates. Isolatesa 16S rRNA sequence Siderophore production Phosphate solubilization ICs production (μg mL−1) Antagonistic activity (mm) ARA (nmol C2H4 mg protein h−1),,
8414,55511.0,187,table,assay_relative,T3,positive,False,body_table,PMC4171770,25.2 ± 13.8a,,ARA (nmol C2H4 mg protein h−1),Identification and PGP abilities of the selected isolates. Isolatesa 16S rRNA sequence Siderophore production Phosphate solubilization ICs production (μg mL−1) Antagonistic activity (mm) ARA (nmol C2H4 mg protein h−1),unusable,not_a_single_microbial_species
8415,,208,table,assay_relative,T3,positive,True,body_table,PMC4171770,16.7 ± 4.5a,,ARA (nmol C2H4 mg protein h−1),Identification and PGP abilities of the selected isolates. Isolatesa 16S rRNA sequence Siderophore production Phosphate solubilization ICs production (μg mL−1) Antagonistic activity (mm) ARA (nmol C2H4 mg protein h−1),,
8416,,QAU51,table,assay_relative,T3,positive,True,body_table,PMC4204986,+,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8417,,QAU53,table,assay_relative,T3,positive,True,body_table,PMC4204986,+,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8418,,QAU54,table,assay_relative,T3,negative,True,body_table,PMC4204986,−,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8419,,QAU56,table,assay_relative,T3,positive,True,body_table,PMC4204986,+,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8420,,QAU60,table,assay_relative,T3,positive,True,body_table,PMC4204986,+,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8421,,QAU62,table,assay_relative,T3,negative,True,body_table,PMC4204986,−,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8422,,QAU63,table,assay_relative,T3,negative,True,body_table,PMC4204986,−,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8423,,QAU64,table,assay_relative,T3,negative,True,body_table,PMC4204986,−,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8424,,QAU65,table,assay_relative,T3,negative,True,body_table,PMC4204986,−,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8425,,QAU66,table,assay_relative,T3,negative,True,body_table,PMC4204986,−,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8426,,QAU67,table,assay_relative,T3,negative,True,body_table,PMC4204986,−,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8427,,QAU68,table,assay_relative,T3,negative,True,body_table,PMC4204986,−,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8428,,QAU69,table,assay_relative,T3,negative,True,body_table,PMC4204986,−,,Nitrogenase activity,Phenotypic biochemical and physiological characterization of isolated strains. Strain ID Colony morphology a Gram’s staining b IAA productionb Catalase productionb N-acyl homoserine lectoneb Nitrogenase activity Phosphate solubilization c pH changed GDH e,,
8429,,O. anthropi Mn1,table,assay_relative,T3,positive,True,body_table,PMC4265078,207.34 ± 15.1,,Nitrogenase activity (nmol ml–1·h),Plant growth-promotion properties of O. anthropi Mn1 Strain Nitrogenase activity (nmol ml–1·h) IAA production (μg ml–1) Siderophore production (λ λ0–1) Phosphate solubilization (μg ml–1),,
8430,,O. anthropi Mn1g,table,assay_relative,T3,positive,True,body_table,PMC4265078,207.58 ± 8.62,,Nitrogenase activity (nmol ml–1·h),Plant growth-promotion properties of O. anthropi Mn1 Strain Nitrogenase activity (nmol ml–1·h) IAA production (μg ml–1) Siderophore production (λ λ0–1) Phosphate solubilization (μg ml–1),,
8431,,HJR1,table,assay_relative,T3,positive,True,body_table,PMC4362393,+,,Acetylene reduction assay,Plant growth promoting potential of different bacterial isolates under in vitro condition. Isolate code Identification based on 16S rRNA sequencing Phosphate solubilization (mg mL-1) Decrease in pH of medium IAA production (μg mL-1) Acetylene reduction assay,,
8432,,HJR2,table,assay_relative,T3,positive,True,body_table,PMC4362393,+,,Acetylene reduction assay,Plant growth promoting potential of different bacterial isolates under in vitro condition. Isolate code Identification based on 16S rRNA sequencing Phosphate solubilization (mg mL-1) Decrease in pH of medium IAA production (μg mL-1) Acetylene reduction assay,,
8433,,HJR3,table,assay_relative,T3,positive,True,body_table,PMC4362393,+,,Acetylene reduction assay,Plant growth promoting potential of different bacterial isolates under in vitro condition. Isolate code Identification based on 16S rRNA sequencing Phosphate solubilization (mg mL-1) Decrease in pH of medium IAA production (μg mL-1) Acetylene reduction assay,,
8434,,HJR4,table,assay_relative,T3,negative,True,body_table,PMC4362393,–,,Acetylene reduction assay,Plant growth promoting potential of different bacterial isolates under in vitro condition. Isolate code Identification based on 16S rRNA sequencing Phosphate solubilization (mg mL-1) Decrease in pH of medium IAA production (μg mL-1) Acetylene reduction assay,,
8435,,HJR5,table,assay_relative,T3,positive,True,body_table,PMC4362393,+,,Acetylene reduction assay,Plant growth promoting potential of different bacterial isolates under in vitro condition. Isolate code Identification based on 16S rRNA sequencing Phosphate solubilization (mg mL-1) Decrease in pH of medium IAA production (μg mL-1) Acetylene reduction assay,,
8436,,MR6,table,assay_relative,T3,negative,True,body_table,PMC4362393,–,,Acetylene reduction assay,Plant growth promoting potential of different bacterial isolates under in vitro condition. Isolate code Identification based on 16S rRNA sequencing Phosphate solubilization (mg mL-1) Decrease in pH of medium IAA production (μg mL-1) Acetylene reduction assay,,
8437,,HJR7,table,assay_relative,T3,negative,True,body_table,PMC4362393,–,,Acetylene reduction assay,Plant growth promoting potential of different bacterial isolates under in vitro condition. Isolate code Identification based on 16S rRNA sequencing Phosphate solubilization (mg mL-1) Decrease in pH of medium IAA production (μg mL-1) Acetylene reduction assay,,
8438,,HJR8,table,assay_relative,T3,negative,True,body_table,PMC4362393,–,,Acetylene reduction assay,Plant growth promoting potential of different bacterial isolates under in vitro condition. Isolate code Identification based on 16S rRNA sequencing Phosphate solubilization (mg mL-1) Decrease in pH of medium IAA production (μg mL-1) Acetylene reduction assay,,
8439,,103,table,assay_direct,T1,positive,True,body_table,PMC4371099,76.9,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8440,,131,table,assay_direct,T1,positive,True,body_table,PMC4371099,72.8,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8441,,172,table,assay_direct,T1,positive,True,body_table,PMC4371099,69.9,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8442,,150,table,assay_direct,T1,positive,True,body_table,PMC4371099,86.3,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8443,,250,table,assay_direct,T1,positive,True,body_table,PMC4371099,58.9,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8444,,100,table,assay_direct,T1,positive,True,body_table,PMC4371099,71.1,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8445,,150,table,assay_direct,T1,positive,True,body_table,PMC4371099,41.1,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8446,,200,table,assay_direct,T1,positive,True,body_table,PMC4371099,27.8,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8447,,100,table,assay_direct,T1,positive,True,body_table,PMC4371099,132.1,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8448,,200,table,assay_direct,T1,positive,True,body_table,PMC4371099,104.2,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8449,,500,table,assay_direct,T1,positive,True,body_table,PMC4371099,41.9,,Relative N-fixation performance*,"Data on symbiotic nitrogen fixation from the scientific literature. Nitrogen fixation performance at different salinities is calculated on the basis of the Acetylene Reduction Assay (ARA at 0 mM NaCl taken as 100 %) for all species except for Sesbania sesban, in which case relative nodule dry weight",,
8450,,Broth,table,assay_direct,T1,positive,True,body_table,PMC4705218,0.32,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8451,,Bt14,table,assay_direct,T1,positive,True,body_table,PMC4705218,4.81,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8452,,M11,table,assay_direct,T1,positive,True,body_table,PMC4705218,6.20,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8453,,Mr2,table,assay_direct,T1,positive,True,body_table,PMC4705218,6.24,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8454,,SB1,table,assay_direct,T1,positive,True,body_table,PMC4705218,6.46,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8455,,Mr63,table,assay_direct,T1,positive,True,body_table,PMC4705218,6.51,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8456,,Bt10,table,assay_direct,T1,positive,True,body_table,PMC4705218,7.29,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8457,,Bt3,table,assay_direct,T1,positive,True,body_table,PMC4705218,7.32,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8458,,Mr141,table,assay_direct,T1,positive,True,body_table,PMC4705218,7.61,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8459,,Mr20,table,assay_direct,T1,positive,True,body_table,PMC4705218,7.90,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8460,,Mr25,table,assay_direct,T1,positive,True,body_table,PMC4705218,9.10,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8461,,Mr8,table,assay_direct,T1,positive,True,body_table,PMC4705218,9.76,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8462,,StB3,table,assay_direct,T1,positive,True,body_table,PMC4705218,10.46,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8463,,V15,table,assay_direct,T1,positive,True,body_table,PMC4705218,10.96,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8464,,Mr53,table,assay_direct,T1,positive,True,body_table,PMC4705218,12.26,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8465,,Mr35,table,assay_direct,T1,positive,True,body_table,PMC4705218,12.29,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8466,,Mr38,table,assay_direct,T1,positive,True,body_table,PMC4705218,15.40,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8467,,Mr58,table,assay_direct,T1,positive,True,body_table,PMC4705218,15.96,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8468,,Mr6,table,assay_direct,T1,positive,True,body_table,PMC4705218,16.44,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8469,,Mr16,table,assay_direct,T1,positive,True,body_table,PMC4705218,17.22,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8470,,Mr19,table,assay_direct,T1,positive,True,body_table,PMC4705218,17.32,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8471,,Mr13,table,assay_direct,T1,positive,True,body_table,PMC4705218,17.38,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8472,,Mr7,table,assay_direct,T1,positive,True,body_table,PMC4705218,17.53,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8473,,Mr121,table,assay_direct,T1,positive,True,body_table,PMC4705218,17.76,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8474,,Mr55,table,assay_direct,T1,positive,True,body_table,PMC4705218,18.22,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8475,,LB2,table,assay_direct,T1,positive,True,body_table,PMC4705218,18.75,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8476,,V13,table,assay_direct,T1,positive,True,body_table,PMC4705218,19.05,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8477,,Bt2,table,assay_direct,T1,positive,True,body_table,PMC4705218,21.86,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8478,,CV%,table,assay_direct,T1,positive,True,body_table,PMC4705218,30.4,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8479,,DMRT,table,assay_direct,T1,positive,True,body_table,PMC4705218,12.035,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8480,,Sed,table,assay_direct,T1,positive,True,body_table,PMC4705218,6.101,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8481,,F-test,table,assay_direct,T1,positive,True,body_table,PMC4705218,9.662,,nmol of C2H4h−1 culture−1,Nitrogenase activity of the bacterial isolates measured by acetylene reduction assay (ARA). Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1 Isolates nmol of C2H4h−1 culture−1   ,,
8482,,A. vinelandii WT,table,assay_direct,T1,positive,True,body_table,PMC4735515,2.5,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8483,,A. vinelandii nifD-,table,assay_direct,T1,positive,True,body_table,PMC4735515,2.5,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8484,,UBT1,table,assay_direct,T1,positive,True,body_table,PMC4735515,2.5,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8485,,UBT1,table,assay_direct,T1,positive,True,body_table,PMC4735515,10,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8486,,A. vinelandii WT,table,assay_direct,T1,positive,True,body_table,PMC4735515,0.75,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8487,,A. vinelandii nifD- nifK-,table,assay_direct,T1,positive,True,body_table,PMC4735515,0.75,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8488,,UBT1,table,assay_direct,T1,positive,True,body_table,PMC4735515,1.5,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8489,,P. dioxanivorans,table,assay_direct,T1,positive,True,body_table,PMC4735515,2.5,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8490,,UBT1,table,assay_direct,T1,positive,True,body_table,PMC4735515,5,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8491,,P1-2,table,assay_direct,T1,positive,True,body_table,PMC4735515,5,,15N2 (% of available N2),Results of growth of selected strains in the presence of 15N2 gas. Strain Site Nutrition 15N2 (% of available N2) Atom% 15N n,,
8492,,N001-1b,table,assay_relative,T3,positive,True,body_table,PMC4995403,1.390 ± 0.237,,Acetylene reduction rates (nmol/g/h),Acetylene-reduction rates in Japanese faecal samples. Sample ID Time between sampling and assaya (h) Acetylene reduction rates (nmol/g/h) ,,
8493,,N001-2b,table,assay_relative,T3,positive,True,body_table,PMC4995403,1.608 ± 0.422,,Acetylene reduction rates (nmol/g/h),Acetylene-reduction rates in Japanese faecal samples. Sample ID Time between sampling and assaya (h) Acetylene reduction rates (nmol/g/h) ,,
8494,,N002,table,assay_relative,T3,positive,True,body_table,PMC4995403,0.660 ± 0.403,,Acetylene reduction rates (nmol/g/h),Acetylene-reduction rates in Japanese faecal samples. Sample ID Time between sampling and assaya (h) Acetylene reduction rates (nmol/g/h) ,,
8495,,N003,table,assay_relative,T3,positive,True,body_table,PMC4995403,0.466 ± 0.117,,Acetylene reduction rates (nmol/g/h),Acetylene-reduction rates in Japanese faecal samples. Sample ID Time between sampling and assaya (h) Acetylene reduction rates (nmol/g/h) ,,
8496,,N004,table,assay_relative,T3,positive,True,body_table,PMC4995403,0.331 ± 0.127,,Acetylene reduction rates (nmol/g/h),Acetylene-reduction rates in Japanese faecal samples. Sample ID Time between sampling and assaya (h) Acetylene reduction rates (nmol/g/h) ,,
8497,,N005,table,assay_relative,T3,positive,True,body_table,PMC4995403,0.055 ± 0.010,,Acetylene reduction rates (nmol/g/h),Acetylene-reduction rates in Japanese faecal samples. Sample ID Time between sampling and assaya (h) Acetylene reduction rates (nmol/g/h) ,,
8498,,MBE01,table,assay_direct,T1,positive,True,body_table,PMC5062030,1.68,,ARA μmol C2H4 mg protein/h,Biochemical and molecular analysis of different bacterial isolates. Isolate code IAA μg ml−1 P-solubilizationa ACC deaminase activity* Catalase ARA μmol C2H4 mg protein/h Identification based on 16 s rRNA sequencing,,
8499,,MBE02,table,assay_direct,T1,positive,True,body_table,PMC5062030,1.8,,ARA μmol C2H4 mg protein/h,Biochemical and molecular analysis of different bacterial isolates. Isolate code IAA μg ml−1 P-solubilizationa ACC deaminase activity* Catalase ARA μmol C2H4 mg protein/h Identification based on 16 s rRNA sequencing,,
8500,,MBE03,table,assay_direct,T1,positive,True,body_table,PMC5062030,1.41,,ARA μmol C2H4 mg protein/h,Biochemical and molecular analysis of different bacterial isolates. Isolate code IAA μg ml−1 P-solubilizationa ACC deaminase activity* Catalase ARA μmol C2H4 mg protein/h Identification based on 16 s rRNA sequencing,,
8501,,MBE04,table,assay_direct,T1,positive,True,body_table,PMC5062030,0.95,,ARA μmol C2H4 mg protein/h,Biochemical and molecular analysis of different bacterial isolates. Isolate code IAA μg ml−1 P-solubilizationa ACC deaminase activity* Catalase ARA μmol C2H4 mg protein/h Identification based on 16 s rRNA sequencing,,
8502,,MBE05,table,assay_direct,T1,positive,True,body_table,PMC5062030,1.3,,ARA μmol C2H4 mg protein/h,Biochemical and molecular analysis of different bacterial isolates. Isolate code IAA μg ml−1 P-solubilizationa ACC deaminase activity* Catalase ARA μmol C2H4 mg protein/h Identification based on 16 s rRNA sequencing,,
8503,,Sp7,table,assay_direct,T1,positive,True,body_table,PMC5062030,1.29,,ARA μmol C2H4 mg protein/h,Biochemical and molecular analysis of different bacterial isolates. Isolate code IAA μg ml−1 P-solubilizationa ACC deaminase activity* Catalase ARA μmol C2H4 mg protein/h Identification based on 16 s rRNA sequencing,,
8504,,Cyanothece 51142,table,assay_direct,T1,positive,True,body_table,PMC5989072,"1,262",,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8505,354.0,Azotobacter vinelandii,table,assay_direct,T1,positive,True,body_table,PMC5989072,"3,300",,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8506,58172.0,Paenibacillus sp. strain WLY78,table,assay_direct,T1,positive,True,body_table,PMC5989072,"3,050",,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8507,316.0,Pseudomonas stutzeri A1501,table,assay_direct,T1,positive,True,body_table,PMC5989072,"1,050",,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8508,571.0,Klebsiella oxytoca M5a1,table,assay_direct,T1,positive,True,body_table,PMC5989072,"3,708",,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8509,,TSyNif-1,table,assay_direct,T1,positive,True,body_table,PMC5989072,20,,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8510,,TSyNif-9,table,assay_direct,T1,positive,True,body_table,PMC5989072,166,,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8511,,Engineered E. colia,table,assay_direct,T1,positive,True,body_table,PMC5989072,180,,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8512,,Engineered E. colib,table,assay_direct,T1,positive,True,body_table,PMC5989072,300,,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8513,,Engineered E. colic,table,assay_direct,T1,positive,True,body_table,PMC5989072,105,,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8514,,Engineered E. colid,table,assay_direct,T1,positive,True,body_table,PMC5989072,740,,Nitrogenase activity (nmol C2H4/mgprotein/h),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8515,,Cyanothece 51142,table,assay_direct,T1,positive,True,body_table,PMC5989072,100,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8516,354.0,Azotobacter vinelandii,table,assay_direct,T1,positive,True,body_table,PMC5989072,100,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8517,58172.0,Paenibacillus sp. strain WLY78,table,assay_direct,T1,positive,True,body_table,PMC5989072,100,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8518,316.0,Pseudomonas stutzeri A1501,table,assay_direct,T1,positive,True,body_table,PMC5989072,100,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8519,571.0,Klebsiella oxytoca M5a1,table,assay_direct,T1,positive,True,body_table,PMC5989072,100,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8520,,TSyNif-1,table,assay_direct,T1,positive,True,body_table,PMC5989072,2,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8521,,TSyNif-9,table,assay_direct,T1,positive,True,body_table,PMC5989072,13,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8522,,Engineered E. colia,table,assay_direct,T1,positive,True,body_table,PMC5989072,5,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8523,,Engineered E. colib,table,assay_direct,T1,positive,True,body_table,PMC5989072,10,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8524,,Engineered E. colic,table,assay_direct,T1,positive,True,body_table,PMC5989072,10,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8525,,Engineered E. colid,table,assay_direct,T1,positive,True,body_table,PMC5989072,20,,% activity (basedon C2H2reduction assay),Nitrogen fixation activity in diazotrophs and engineered strains Strain Nitrogenase activity (nmol C2H4/mgprotein/h) % activity (basedon C2H2reduction assay) % activity (based on15N assimilationassay) Source or reference,,
8526,,ZXN223,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8527,,ZXN4311,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8528,,ZXN111,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8529,,ZXT112,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8530,,ZXT113,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8531,,ZXT114,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8532,,ZXT117,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8533,,ZXN121,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8534,,ZXL111,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8535,,ZXL112,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8536,,ZXN122,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8537,,YFY141,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8538,,YFY142,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8539,,YFY242,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8540,,YXT237,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8541,,YXN332,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8542,,YXT231,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8543,,YXT234,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8544,,YXT235,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8545,,YXN311,table,claim,T4,negative,True,body_table,PMC6111150,-,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8546,,YKFG8152,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8547,,YKFT8112,table,claim,T4,positive,True,body_table,PMC6111150,+,,Nitrogen fixation,The plant-growth promoting (PGP) activity screening on endophytic bacteria from Zijuan and Yunkang-10. Isolates Nitrogen fixation P-solubilization Siderophore IAA production ACC deaminase,,
8548,,PCC 7120 (WT),table,assay_relative,T3,positive,True,body_table,PMC6282017,4.67 ± 0.53,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8549,,CSVM34 (ΔsepJ),table,assay_relative,T3,negative,True,body_table,PMC6282017,0.00 ± 0.00**,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8550,,CSVM90 (SepJΔ463-748),table,assay_relative,T3,negative,True,body_table,PMC6282017,0.00 ± 0.00**,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8551,,CSFR11 (SepJ),table,assay_relative,T3,positive,True,body_table,PMC6282017,5.26 ± 1.70,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8552,,CSFR21 (SepJA542R),table,assay_relative,T3,negative,True,body_table,PMC6282017,0.00 ± 0.00**,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8553,,CSFR22 (SepJΔ739-751),table,assay_relative,T3,negative,True,body_table,PMC6282017,0.00 ± 0.00**,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8554,,CSFR16 (SepJH624A),table,assay_relative,T3,positive,True,body_table,PMC6282017,1.44 ± 0.62*,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8555,,CSFR26 (SepJT616A),table,assay_relative,T3,positive,True,body_table,PMC6282017,6.16 ± 2.80,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8556,,CSFR12 (SepJΔ498-507),table,assay_relative,T3,positive,True,body_table,PMC6282017,4.75 ± 1.97,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8557,,CSFR13 (SepJR617A),table,assay_relative,T3,positive,True,body_table,PMC6282017,4.89 ± 1.41,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8558,,CSFR25 (SepJY612A),table,assay_relative,T3,positive,True,body_table,PMC6282017,2.46 ± 1.35,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8559,,CSFR27 (SepJR562A),table,assay_relative,T3,positive,True,body_table,PMC6282017,5.09 ± 1.91,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8560,,CSFR14 (SepJE663A),table,assay_relative,T3,positive,True,body_table,PMC6282017,2.02 ± 0.99*,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8561,,CSFR15 (SepJS667A),table,assay_relative,T3,positive,True,body_table,PMC6282017,5.35 ± 1.65,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8562,,CSFR19 (SepJG579A),table,assay_relative,T3,positive,True,body_table,PMC6282017,3.90 ± 0.96,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8563,,CSFR20 (SepJG724A),table,assay_relative,T3,positive,True,body_table,PMC6282017,3.17 ± 1.63,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8564,,CSFR28 (SepJE580A),table,assay_relative,T3,positive,True,body_table,PMC6282017,7.37 ± 3.30,,Nitrogenase activityc,"Calcein transfer, Fox phenotype, nitrogenase activity and heterocysts in sepJ mutant strains. Strain (Genotype or SepJ protein) Calcein transfera Fox phenotypeb Nitrogenase activityc 24 h % Hetsd 48 h % Hetsd",,
8565,,WT d,table,assay_direct,T1,positive,True,body_table,PMC6316738,3.65 ± 0.62,,Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8566,,hetR::C.CE2,table,assay_direct,T1,negative,True,body_table,PMC6316738,0,,Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8567,,hetR::C.CE2 + PrbcLPpetE-hetZ,table,assay_direct,T1,positive,True,body_table,PMC6316738,1.04 ± 0.14,,Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8568,,hetR::C.CE2 + PrbcLPpetE-hetP,table,assay_direct,T1,positive,True,body_table,PMC6316738,0.17 ± 0.10,,Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8569,,hetR::C.CE2 + PrbcLPpetE-hetZ-PpetE-hetPe2,table,assay_direct,T1,positive,True,body_table,PMC6316738,4.00 ± 1.86,,Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8570,,hetZ::C.K2 ΔhetP,table,assay_direct,T1,negative,True,body_table,PMC6316738,0,,Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8571,,WT d,table,assay_relative,T3,positive,True,body_table,PMC6316738,9.4 ± 0.4,,Diazotrophic Growth,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8572,,WT + PrbcLPpetE-hetZ-PpetE-hetP e1,table,assay_relative,T3,positive,True,body_table,PMC6316738,11.9 ± 1.2,,Diazotrophic Growth,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8573,,hetR::C.CE2,table,assay_relative,T3,negative,True,body_table,PMC6316738,0,,Diazotrophic Growth,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8574,,hetR::C.CE2 + PrbcLPpetE-hetZ,table,assay_relative,T3,positive,True,body_table,PMC6316738,2.9 ± 0.9,,Diazotrophic Growth,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8575,,hetR::C.CE2 + PrbcLPpetE-hetZ-PpetE-hetPe2,table,assay_relative,T3,positive,True,body_table,PMC6316738,11.5 ± 2.0,,Diazotrophic Growth,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8576,,hetZ::C.K2 ΔhetP,table,assay_relative,T3,negative,True,body_table,PMC6316738,0,,Diazotrophic Growth,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8577,,hetZ::C.K2 ΔhetP + PrbcLPpetE-hetZ-PpetE-hetP e3,table,assay_relative,T3,positive,True,body_table,PMC6316738,14.3 ± 1.2,,Diazotrophic Growth,Nitrogenase activities and heterocyst frequencies of Anabaena strains after nitrogen stepdown. Strains Hours Nitrogenase Activity (Mole C2H4 mg Chla−1 h−1) a Heterocyst Frequency (%) b Diazotrophic Growth  ,,
8578,,UW394,table,assay_relative,T3,positive,True,body_table,PMC6448029,1.57 ± 0.0115.24 ± 1.04,,C2H4b,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8579,,UW466,table,assay_relative,T3,positive,True,body_table,PMC6448029,1.83 ± 0.2813.94 ± 1.03,,C2H4b,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8580,,UW463,table,assay_relative,T3,positive,True,body_table,PMC6448029,1.92 ± 0.1814.95 ± 1.04,,C2H4b,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8581,,UW356,table,assay_relative,T3,positive,True,body_table,PMC6448029,0.47 ± 0.010,,C2H4b,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8582,,DJ33,table,assay_relative,T3,positive,True,body_table,PMC6448029,1.64 ± 0.590,,C2H4b,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8583,,UW394,table,assay_direct,T1,positive,True,body_table,PMC6448029,0.710,,C2H6/C2H4 (%)c,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8584,,UW466,table,assay_direct,T1,positive,True,body_table,PMC6448029,0.650,,C2H6/C2H4 (%)c,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8585,,UW463,table,assay_direct,T1,positive,True,body_table,PMC6448029,0.600,,C2H6/C2H4 (%)c,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8586,,UW356,table,assay_direct,T1,positive,True,body_table,PMC6448029,1.000,,C2H6/C2H4 (%)c,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8587,,DJ33,table,assay_direct,T1,positive,True,body_table,PMC6448029,1.220,,C2H6/C2H4 (%)c,Ratio of ethane to ethylene production in MoSto deficient strains derepressed in media with different metal availability. Straina Metal C2H4b C2H6/C2H4 (%)c,,
8588,,GHD-E-6,table,claim,T4,negative,True,body_table,PMC6664018,−,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8589,,GHD-E-12,table,claim,T4,positive,True,body_table,PMC6664018,+,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8590,,GHD-R-3,table,claim,T4,positive,True,body_table,PMC6664018,+,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8591,,GSF-E-8,table,claim,T4,negative,True,body_table,PMC6664018,−,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8592,,GSF-E-10,table,claim,T4,negative,True,body_table,PMC6664018,−,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8593,,GSF-E-11,table,claim,T4,negative,True,body_table,PMC6664018,−,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8594,,GSW-E-5,table,claim,T4,positive,True,body_table,PMC6664018,+,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8595,,GSW-E-6,table,claim,T4,positive,True,body_table,PMC6664018,+,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8596,,GSW-E-7,table,claim,T4,positive,True,body_table,PMC6664018,+,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8597,,A. lipoferum,table,claim,T4,positive,True,body_table,PMC6664018,+,,Nitrogen fixation,Plant growth promoting traits of nine selected strains associated with durum wheat in this study (+ indicates positive; − indicates negative).  In vitro growth promoting assay     Isolate Nitrogen fixation Phosphate mobilization Siderophore production IAA production (μg/ml) ACC deaminase activity,,
8598,58172.0,Paenibacillus sp. BJ-2,table,assay_relative,T3,positive,True,body_table,PMC6761918,"1,085.61 ± 75.64ghi",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8599,58172.0,Paenibacillus sp. SZ-1a,table,assay_relative,T3,positive,True,body_table,PMC6761918,118.65 ± 3.97k,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8600,58172.0,Paenibacillus sp. SZ-1b,table,assay_relative,T3,positive,True,body_table,PMC6761918,"1,1868.65 ± 1740.55a",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8601,2878097.0,Paenibacillus sp. BJ-4,table,assay_relative,T3,positive,True,body_table,PMC6761918,"1,296.94 ± 439.17g",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8602,58172.0,Paenibacillus sp. BJ-5,table,assay_relative,T3,positive,True,body_table,PMC6761918,468.63 ± 42.20hijk,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8603,58172.0,Paenibacillus sp. SZ-8,table,assay_relative,T3,positive,True,body_table,PMC6761918,"1,131.54 ± 15.92gh",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8604,58172.0,Paenibacillus sp. BJ-7,table,assay_relative,T3,positive,True,body_table,PMC6761918,314.60 ± 19.18jk,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8605,58172.0,Paenibacillus sp. SZ-10,table,assay_relative,T3,positive,True,body_table,PMC6761918,371.28 ± 7.67ijk,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8606,58172.0,Paenibacillus sp. SZ-11,table,assay_relative,T3,positive,True,body_table,PMC6761918,857.47 ± 114.89ghij,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8607,58172.0,Paenibacillus sp. SZ-13a,table,assay_relative,T3,positive,True,body_table,PMC6761918,"9,731.36 ± 259.71b",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8608,58172.0,Paenibacillus sp. SZ-13b,table,assay_relative,T3,positive,True,body_table,PMC6761918,"3,131.89 ± 100.61e",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8609,58172.0,Paenibacillus sp. SZ-15,table,assay_relative,T3,positive,True,body_table,PMC6761918,"1,316.19 ± 36.64g",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8610,58172.0,Paenibacillus sp. SZ-16,table,assay_relative,T3,positive,True,body_table,PMC6761918,444.73 ± 119.11hijk,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8611,58172.0,Paenibacillus sp. BJ-6,table,assay_relative,T3,positive,True,body_table,PMC6761918,176.7 ± 29.43jk,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8612,58172.0,Paenibacillus sp. AH-1,table,assay_relative,T3,positive,True,body_table,PMC6761918,192.43 ± 73.08jk,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8613,58172.0,Paenibacillus sp. SZ-14,table,assay_relative,T3,positive,True,body_table,PMC6761918,331.95 ± 22.73jk,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8614,58172.0,Paenibacillus sp. YN-3,table,assay_relative,T3,positive,True,body_table,PMC6761918,"3,201.92 ± 104.96e",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8615,58172.0,Paenibacillus sp. AH-3,table,assay_relative,T3,positive,True,body_table,PMC6761918,57.23 ± 14.44k,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8616,58172.0,Paenibacillus sp. AH-4,table,assay_relative,T3,positive,True,body_table,PMC6761918,"6,514.37 ± 997.12c",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8617,58172.0,Paenibacillus sp. YB-3,table,assay_relative,T3,positive,True,body_table,PMC6761918,733.92 ± 49.28ghijk,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8618,58172.0,Paenibacillus sp. WF-6,table,assay_relative,T3,positive,True,body_table,PMC6761918,"2,081.30 ± 340.66f",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8619,58172.0,Paenibacillus sp. JS-4,table,assay_relative,T3,positive,True,body_table,PMC6761918,"6,843.56 ± 365.69c",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8620,2834413.0,Paenibacillus sp. HN-1,table,assay_relative,T3,positive,True,body_table,PMC6761918,"4,476.80 ± 306.64d",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8621,58172.0,Paenibacillus sp. CD-4a,table,assay_relative,T3,positive,True,body_table,PMC6761918,272.67 ± 14.24jk,,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8622,58172.0,Paenibacillus sp. CD-4b,table,assay_relative,T3,positive,True,body_table,PMC6761918,"5,174.69 ± 478.7d",,Nitrogenase activitya,Characterization and nitrogenase activity of isolates. Isolates Cell morphology Colony morphology Nitrogenase activitya GenBank accession number Origin and location,,
8623,,7653R,table,assay_relative,T3,positive,True,body_table,PMC6813433,"33.58 ± 2.02 a,b",,Acetylene reduction activity (nmol of ethylene/plant/h),Symbiotic phenotypes of Mesorhizobium huakuii strains Strain M. huakuii Number of total nodules per plant* Acetylene reduction activity (nmol of ethylene/plant/h) Acetylene reduction activity (nmol of ethylene/nodulet/h),,
8624,,HKprxA,table,assay_relative,T3,positive,True,body_table,PMC6813433,"15.70 ± 0.72 a,b",,Acetylene reduction activity (nmol of ethylene/plant/h),Symbiotic phenotypes of Mesorhizobium huakuii strains Strain M. huakuii Number of total nodules per plant* Acetylene reduction activity (nmol of ethylene/plant/h) Acetylene reduction activity (nmol of ethylene/nodulet/h),,
8625,,HKprxA(pBBRprxA),table,assay_relative,T3,positive,True,body_table,PMC6813433,"30.22 ± 2.21 a,b",,Acetylene reduction activity (nmol of ethylene/plant/h),Symbiotic phenotypes of Mesorhizobium huakuii strains Strain M. huakuii Number of total nodules per plant* Acetylene reduction activity (nmol of ethylene/plant/h) Acetylene reduction activity (nmol of ethylene/nodulet/h),,
8626,,Controln,table,assay_relative,T3,negative,True,body_table,PMC6813433,0,,Acetylene reduction activity (nmol of ethylene/plant/h),Symbiotic phenotypes of Mesorhizobium huakuii strains Strain M. huakuii Number of total nodules per plant* Acetylene reduction activity (nmol of ethylene/plant/h) Acetylene reduction activity (nmol of ethylene/nodulet/h),,
8627,,7653R,table,assay_relative,T3,positive,True,body_table,PMC6813433,"2.14 ± 0.80 a,b",,Acetylene reduction activity (nmol of ethylene/nodulet/h),Symbiotic phenotypes of Mesorhizobium huakuii strains Strain M. huakuii Number of total nodules per plant* Acetylene reduction activity (nmol of ethylene/plant/h) Acetylene reduction activity (nmol of ethylene/nodulet/h),,
8628,,HKprxA,table,assay_relative,T3,positive,True,body_table,PMC6813433,"1.03 ± 0.10 a,b",,Acetylene reduction activity (nmol of ethylene/nodulet/h),Symbiotic phenotypes of Mesorhizobium huakuii strains Strain M. huakuii Number of total nodules per plant* Acetylene reduction activity (nmol of ethylene/plant/h) Acetylene reduction activity (nmol of ethylene/nodulet/h),,
8629,,HKprxA(pBBRprxA),table,assay_relative,T3,positive,True,body_table,PMC6813433,"1.79 ± 0.43 a,b",,Acetylene reduction activity (nmol of ethylene/nodulet/h),Symbiotic phenotypes of Mesorhizobium huakuii strains Strain M. huakuii Number of total nodules per plant* Acetylene reduction activity (nmol of ethylene/plant/h) Acetylene reduction activity (nmol of ethylene/nodulet/h),,
8630,,Controln,table,assay_relative,T3,negative,True,body_table,PMC6813433,0,,Acetylene reduction activity (nmol of ethylene/nodulet/h),Symbiotic phenotypes of Mesorhizobium huakuii strains Strain M. huakuii Number of total nodules per plant* Acetylene reduction activity (nmol of ethylene/plant/h) Acetylene reduction activity (nmol of ethylene/nodulet/h),,
8631,,"Prefix of SF, SG, and SH",table,assay_growth,T2,negative,False,body_table,PMC7104290,–,,N2 fixationc (free-living),Categories of Bradyrhizobium isolates from sorghum roots based on free-living nitrogen fixation and legume nodulation. Categorya Isolation methodb N2 fixationc (free-living) Nodulationd Tested Isolate,unusable,n_free_growth_without_verified_control
8632,,TM220,table,assay_growth,T2,negative,False,body_table,PMC7104290,–,,N2 fixationc (free-living),Categories of Bradyrhizobium isolates from sorghum roots based on free-living nitrogen fixation and legume nodulation. Categorya Isolation methodb N2 fixationc (free-living) Nodulationd Tested Isolate,unusable,n_free_growth_without_verified_control
8633,,"TM122, TM124, TM221",table,assay_growth,T2,positive,False,body_table,PMC7104290,+,,N2 fixationc (free-living),Categories of Bradyrhizobium isolates from sorghum roots based on free-living nitrogen fixation and legume nodulation. Categorya Isolation methodb N2 fixationc (free-living) Nodulationd Tested Isolate,unusable,n_free_growth_without_verified_control
8634,,"TM102, TM233, TM239",table,assay_growth,T2,negative,False,body_table,PMC7104290,–,,N2 fixationc (free-living),Categories of Bradyrhizobium isolates from sorghum roots based on free-living nitrogen fixation and legume nodulation. Categorya Isolation methodb N2 fixationc (free-living) Nodulationd Tested Isolate,unusable,n_free_growth_without_verified_control
8635,,RL3841,table,assay_relative,T3,positive,True,body_table,PMC7105596,2.24 ± 0.14a,,Acetylene reduction (μ moles acetylene per plant per h),Symbiotic behavior of R. leguminosarum gmcA mutant. Strain Nodules per plant Acetylene reduction (μ moles acetylene per plant per h) Dry weight per plant (g),,
8636,,RLgmcA,table,assay_relative,T3,positive,True,body_table,PMC7105596,1.56 ± 0.05b,,Acetylene reduction (μ moles acetylene per plant per h),Symbiotic behavior of R. leguminosarum gmcA mutant. Strain Nodules per plant Acetylene reduction (μ moles acetylene per plant per h) Dry weight per plant (g),,
8637,,RLgmcA(pBBRgmcA),table,assay_relative,T3,positive,True,body_table,PMC7105596,2.12 ± 0.16a,,Acetylene reduction (μ moles acetylene per plant per h),Symbiotic behavior of R. leguminosarum gmcA mutant. Strain Nodules per plant Acetylene reduction (μ moles acetylene per plant per h) Dry weight per plant (g),,
8638,,24 h,table,assay_direct,T1,positive,True,body_table,PMC7593598,48 h,,Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a,"Nitrogenase activity of mreB, mreC, and mreD mutants Strain Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a ",,
8639,,PCC 7120 (WT),table,assay_direct,T1,positive,True,body_table,PMC7593598,7.15,,Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a,"Nitrogenase activity of mreB, mreC, and mreD mutants Strain Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a ",,
8640,,CSCV1 (mreB),table,assay_direct,T1,positive,True,body_table,PMC7593598,2.54,,Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a,"Nitrogenase activity of mreB, mreC, and mreD mutants Strain Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a ",,
8641,,CSCV4 (mreC),table,assay_direct,T1,positive,True,body_table,PMC7593598,1.83,,Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a,"Nitrogenase activity of mreB, mreC, and mreD mutants Strain Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a ",,
8642,,CSCV2 (mreD),table,assay_direct,T1,positive,True,body_table,PMC7593598,2.77,,Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a,"Nitrogenase activity of mreB, mreC, and mreD mutants Strain Nitrogenase activity (nmol · mg clorophyll−1 · h−1)a ",,
8643,,Az. olearius DQS-4T,table,assay_relative,T3,positive,True,body_table,PMC7825797,23.222 ± 0.826,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8644,,Az. communis SWub3T,table,assay_relative,T3,positive,True,body_table,PMC7825797,10.611 ± 0.778,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8645,,Az. communis LMG5514,table,assay_relative,T3,positive,True,body_table,PMC7825797,26.025 ± 1.041,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8646,,Az. indigens VB32T,table,assay_relative,T3,positive,True,body_table,PMC7825797,17.952 ± 0.653,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8647,2691581.0,Azoarcus sp. TTM-91,table,assay_relative,T3,positive,True,body_table,PMC7825797,3.960 ± 0.724,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8648,2307007.0,Aromatoleum sp. CIB,table,assay_relative,T3,positive,True,body_table,PMC7825797,1.163 ± 0.041,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8649,,Ar. toluvorans Td21T,table,assay_relative,T3,positive,True,body_table,PMC7825797,1.318 ± 0.354,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8650,,Ar. diolicum 22Lin2T,table,assay_relative,T3,positive,True,body_table,PMC7825797,0.479 ± 0.022,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8651,,Ar. toluolicum TT,table,assay_relative,T3,positive,True,body_table,PMC7825797,0.653 ± 0.049,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8652,,Ar. evansii KB740T,table,assay_relative,T3,negative,True,body_table,PMC7825797,not detected,,Activity ± SEMnmol C2H4 mg Protein−1 min−1,Nitrogenase (acetylene reduction) activity of selected strains of Azoarcus and Aromatoleum. Strain or Control Activity ± SEMnmol C2H4 mg Protein−1 min−1 Conditions 3,,
8653,,RL3841,table,assay_relative,T3,positive,True,body_table,PMC7900000,2.07 ± 0.37a,,Acetylene reduction (μmoles acetylene per plant per h),Symbiotic behavior of R. leguminosarum mutants. Strain Nodules per plant Fresh nodule weight per plant (mg) Acetylene reduction (μmoles acetylene per plant per h) Dry weight per plant (g),,
8654,,RLgpxA,table,assay_relative,T3,positive,True,body_table,PMC7900000,0.97 ± 0.20b,,Acetylene reduction (μmoles acetylene per plant per h),Symbiotic behavior of R. leguminosarum mutants. Strain Nodules per plant Fresh nodule weight per plant (mg) Acetylene reduction (μmoles acetylene per plant per h) Dry weight per plant (g),,
8655,,RLgshR,table,assay_relative,T3,positive,True,body_table,PMC7900000,1.75 ± 0.46a,,Acetylene reduction (μmoles acetylene per plant per h),Symbiotic behavior of R. leguminosarum mutants. Strain Nodules per plant Fresh nodule weight per plant (mg) Acetylene reduction (μmoles acetylene per plant per h) Dry weight per plant (g),,
8656,,RLgpxAgshR,table,assay_relative,T3,positive,True,body_table,PMC7900000,0.73 ± 0.09b,,Acetylene reduction (μmoles acetylene per plant per h),Symbiotic behavior of R. leguminosarum mutants. Strain Nodules per plant Fresh nodule weight per plant (mg) Acetylene reduction (μmoles acetylene per plant per h) Dry weight per plant (g),,
8657,,RLgpxA(pBBRgpxA),table,assay_relative,T3,positive,True,body_table,PMC7900000,1.82 ± 0.18a,,Acetylene reduction (μmoles acetylene per plant per h),Symbiotic behavior of R. leguminosarum mutants. Strain Nodules per plant Fresh nodule weight per plant (mg) Acetylene reduction (μmoles acetylene per plant per h) Dry weight per plant (g),,
8658,199596.0,Methylocella silvestris BL2,table,claim,T4,positive,True,body_table,PMC7994199,"16,984",,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8659,,Genus Calothrix,table,claim,T4,positive,True,body_table,PMC7994199,"15,186",,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8660,110662.0,Synechococcus sp. CC9605,table,claim,T4,positive,True,body_table,PMC7994199,"38,937",,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8661,,Family Rhodobacteraceae,table,claim,T4,negative,True,body_table,PMC7994199,0,,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8662,,Oscillatoria nigroviridis PCC 7112,table,claim,T4,negative,True,body_table,PMC7994199,0,,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8663,28049.0,Acidothermus cellulolyticus 11B,table,claim,T4,negative,True,body_table,PMC7994199,0,,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8664,547188.0,Phycisphaera mikurensis NBRC 102666,table,claim,T4,negative,True,body_table,PMC7994199,0,,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8665,265606.0,Rhodopirellula baltica SH 1,table,claim,T4,negative,True,body_table,PMC7994199,0,,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8666,181663.0,Desulfococcus oleovorans Hxd3,table,claim,T4,negative,True,body_table,PMC7994199,0,,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8667,,Class Betaproteobacteria,table,claim,T4,negative,True,body_table,PMC7994199,0,,Nitrogenase EC.1.18.6.1,Number of enzymes copies for nitrogenase and nitrate reductase enzymes and top 10 associated taxa Taxon Nitrogenase EC.1.18.6.1 Nitrate reductase EC.1.7.99.4 Nitrate reductase NADH EC.1.7.1.4,,
8668,,NFB03,table,assay_relative,T3,positive,True,body_table,PMC8043818,73.61 ± 5.32,,Nitrogenase activity (nmol C2H4/mg protein /h),Morphological characteristics and growth potential of 5 selected trains after 48 h incubation Strains NO. Soil sample NO. Isolation area Gram stain Capsule production CFUs/ml Nitrogenase activity (nmol C2H4/mg protein /h),,
8669,,NFB12,table,assay_relative,T3,positive,True,body_table,PMC8043818,133.47 ± 11.21,,Nitrogenase activity (nmol C2H4/mg protein /h),Morphological characteristics and growth potential of 5 selected trains after 48 h incubation Strains NO. Soil sample NO. Isolation area Gram stain Capsule production CFUs/ml Nitrogenase activity (nmol C2H4/mg protein /h),,
8670,,NFB15,table,assay_relative,T3,positive,True,body_table,PMC8043818,67.94 ± 8.97,,Nitrogenase activity (nmol C2H4/mg protein /h),Morphological characteristics and growth potential of 5 selected trains after 48 h incubation Strains NO. Soil sample NO. Isolation area Gram stain Capsule production CFUs/ml Nitrogenase activity (nmol C2H4/mg protein /h),,
8671,,NFB23,table,assay_relative,T3,positive,True,body_table,PMC8043818,77.98 ± 11.34,,Nitrogenase activity (nmol C2H4/mg protein /h),Morphological characteristics and growth potential of 5 selected trains after 48 h incubation Strains NO. Soil sample NO. Isolation area Gram stain Capsule production CFUs/ml Nitrogenase activity (nmol C2H4/mg protein /h),,
8672,,NFB28,table,assay_relative,T3,positive,True,body_table,PMC8043818,84.32 ± 10.63,,Nitrogenase activity (nmol C2H4/mg protein /h),Morphological characteristics and growth potential of 5 selected trains after 48 h incubation Strains NO. Soil sample NO. Isolation area Gram stain Capsule production CFUs/ml Nitrogenase activity (nmol C2H4/mg protein /h),,
8673,,HRP2,table,assay_relative,T3,positive,True,body_table,PMC8079409,83.06 ± 2.50a,,Nitrogenase activity (C2H2 nmol mL−1 h−1),Determination of the growth-promotion ability of phosphate-solubilizing bacteria. Strain no Soluble phosphorus content (mg L−1) Nitrogenase activity (C2H2 nmol mL−1 h−1) ACC deaminase (µmol mg−1 h−1) IAA (µg mL−1) Siderophore D/d,,
8674,,JLP2,table,assay_relative,T3,negative,True,body_table,PMC8079409,–,,Nitrogenase activity (C2H2 nmol mL−1 h−1),Determination of the growth-promotion ability of phosphate-solubilizing bacteria. Strain no Soluble phosphorus content (mg L−1) Nitrogenase activity (C2H2 nmol mL−1 h−1) ACC deaminase (µmol mg−1 h−1) IAA (µg mL−1) Siderophore D/d,,
8675,,SSP2,table,assay_relative,T3,positive,True,body_table,PMC8079409,76.09 ± 2.79b,,Nitrogenase activity (C2H2 nmol mL−1 h−1),Determination of the growth-promotion ability of phosphate-solubilizing bacteria. Strain no Soluble phosphorus content (mg L−1) Nitrogenase activity (C2H2 nmol mL−1 h−1) ACC deaminase (µmol mg−1 h−1) IAA (µg mL−1) Siderophore D/d,,
8676,,JRP13,table,assay_relative,T3,negative,True,body_table,PMC8079409,–,,Nitrogenase activity (C2H2 nmol mL−1 h−1),Determination of the growth-promotion ability of phosphate-solubilizing bacteria. Strain no Soluble phosphorus content (mg L−1) Nitrogenase activity (C2H2 nmol mL−1 h−1) ACC deaminase (µmol mg−1 h−1) IAA (µg mL−1) Siderophore D/d,,
8677,,JRP22,table,assay_relative,T3,positive,True,body_table,PMC8079409,73.19 ± 2.24b,,Nitrogenase activity (C2H2 nmol mL−1 h−1),Determination of the growth-promotion ability of phosphate-solubilizing bacteria. Strain no Soluble phosphorus content (mg L−1) Nitrogenase activity (C2H2 nmol mL−1 h−1) ACC deaminase (µmol mg−1 h−1) IAA (µg mL−1) Siderophore D/d,,
8678,,JRP23,table,assay_relative,T3,negative,True,body_table,PMC8079409,–,,Nitrogenase activity (C2H2 nmol mL−1 h−1),Determination of the growth-promotion ability of phosphate-solubilizing bacteria. Strain no Soluble phosphorus content (mg L−1) Nitrogenase activity (C2H2 nmol mL−1 h−1) ACC deaminase (µmol mg−1 h−1) IAA (µg mL−1) Siderophore D/d,,
8679,,JRP24,table,assay_relative,T3,negative,True,body_table,PMC8079409,–,,Nitrogenase activity (C2H2 nmol mL−1 h−1),Determination of the growth-promotion ability of phosphate-solubilizing bacteria. Strain no Soluble phosphorus content (mg L−1) Nitrogenase activity (C2H2 nmol mL−1 h−1) ACC deaminase (µmol mg−1 h−1) IAA (µg mL−1) Siderophore D/d,,
8680,,ΔTssBC-3,table,assay_relative,T3,positive,True,body_table,PMC8356804,0.13 ± 0.06,,Nitrogen fixation (%/g/min),"The symbiotic properties (nodules per plant, weight per nodule, and nitrogenase activity) of P. vulgaris and M. pudica nodules infected by P. phymatum wild-type, ΔT6SS-b, ΔT6SS-3, and ΔΔT6SS. Strain Plant Number of nodules Nodule dry weight (mg) Weight per nodule (mg) Nitrogen fixation (%/g/min)",,
8681,,ΔTssBC-b,table,assay_relative,T3,positive,True,body_table,PMC8356804,0.09 ± 0.04,,Nitrogen fixation (%/g/min),"The symbiotic properties (nodules per plant, weight per nodule, and nitrogenase activity) of P. vulgaris and M. pudica nodules infected by P. phymatum wild-type, ΔT6SS-b, ΔT6SS-3, and ΔΔT6SS. Strain Plant Number of nodules Nodule dry weight (mg) Weight per nodule (mg) Nitrogen fixation (%/g/min)",,
8682,,ΔΔTssBC,table,assay_relative,T3,positive,True,body_table,PMC8356804,0.07 ± 0.06,,Nitrogen fixation (%/g/min),"The symbiotic properties (nodules per plant, weight per nodule, and nitrogenase activity) of P. vulgaris and M. pudica nodules infected by P. phymatum wild-type, ΔT6SS-b, ΔT6SS-3, and ΔΔT6SS. Strain Plant Number of nodules Nodule dry weight (mg) Weight per nodule (mg) Nitrogen fixation (%/g/min)",,
8683,,ΔTssBC-3,table,assay_relative,T3,positive,True,body_table,PMC8356804,1.43 ± 0.38,,Nitrogen fixation (%/g/min),"The symbiotic properties (nodules per plant, weight per nodule, and nitrogenase activity) of P. vulgaris and M. pudica nodules infected by P. phymatum wild-type, ΔT6SS-b, ΔT6SS-3, and ΔΔT6SS. Strain Plant Number of nodules Nodule dry weight (mg) Weight per nodule (mg) Nitrogen fixation (%/g/min)",,
8684,,ΔTssBC-b,table,assay_relative,T3,positive,True,body_table,PMC8356804,1.25 ± 0.32,,Nitrogen fixation (%/g/min),"The symbiotic properties (nodules per plant, weight per nodule, and nitrogenase activity) of P. vulgaris and M. pudica nodules infected by P. phymatum wild-type, ΔT6SS-b, ΔT6SS-3, and ΔΔT6SS. Strain Plant Number of nodules Nodule dry weight (mg) Weight per nodule (mg) Nitrogen fixation (%/g/min)",,
8685,,ΔΔTssBC,table,assay_relative,T3,positive,True,body_table,PMC8356804,1.29 ± 0.26,,Nitrogen fixation (%/g/min),"The symbiotic properties (nodules per plant, weight per nodule, and nitrogenase activity) of P. vulgaris and M. pudica nodules infected by P. phymatum wild-type, ΔT6SS-b, ΔT6SS-3, and ΔΔT6SS. Strain Plant Number of nodules Nodule dry weight (mg) Weight per nodule (mg) Nitrogen fixation (%/g/min)",,
8686,,7653R,table,assay_relative,T3,positive,True,body_table,PMC8436566,35.20 ± 3.68 a,,Acetylene reduction activity(nmol of ethylene/plant/h),"Symbiotic phenotype of 7653R and HKabiEi α,β StrainM. huakuii Plant fresh weight(mg of plant) Number of total nodules per plant Acetylene reduction activity(nmol of ethylene/plant/h) Acetylene reduction activity(nmol of ethylene/nodule/h)",,
8687,,HKabiEi,table,assay_relative,T3,positive,True,body_table,PMC8436566,0.90 ± 0.12 b,,Acetylene reduction activity(nmol of ethylene/plant/h),"Symbiotic phenotype of 7653R and HKabiEi α,β StrainM. huakuii Plant fresh weight(mg of plant) Number of total nodules per plant Acetylene reduction activity(nmol of ethylene/plant/h) Acetylene reduction activity(nmol of ethylene/nodule/h)",,
8688,,HKabiEi(pBBRabiEi),table,assay_relative,T3,positive,True,body_table,PMC8436566,15.03 ± 0.42 c,,Acetylene reduction activity(nmol of ethylene/plant/h),"Symbiotic phenotype of 7653R and HKabiEi α,β StrainM. huakuii Plant fresh weight(mg of plant) Number of total nodules per plant Acetylene reduction activity(nmol of ethylene/plant/h) Acetylene reduction activity(nmol of ethylene/nodule/h)",,
8689,,7653R,table,assay_relative,T3,positive,True,body_table,PMC8436566,2.01 ± 0.034 a,,Acetylene reduction activity(nmol of ethylene/nodule/h),"Symbiotic phenotype of 7653R and HKabiEi α,β StrainM. huakuii Plant fresh weight(mg of plant) Number of total nodules per plant Acetylene reduction activity(nmol of ethylene/plant/h) Acetylene reduction activity(nmol of ethylene/nodule/h)",,
8690,,HKabiEi,table,assay_relative,T3,positive,True,body_table,PMC8436566,0.06 ± 0.07 b,,Acetylene reduction activity(nmol of ethylene/nodule/h),"Symbiotic phenotype of 7653R and HKabiEi α,β StrainM. huakuii Plant fresh weight(mg of plant) Number of total nodules per plant Acetylene reduction activity(nmol of ethylene/plant/h) Acetylene reduction activity(nmol of ethylene/nodule/h)",,
8691,,HKabiEi(pBBRabiEi),table,assay_relative,T3,positive,True,body_table,PMC8436566,2.17 ± 0.66 a,,Acetylene reduction activity(nmol of ethylene/nodule/h),"Symbiotic phenotype of 7653R and HKabiEi α,β StrainM. huakuii Plant fresh weight(mg of plant) Number of total nodules per plant Acetylene reduction activity(nmol of ethylene/plant/h) Acetylene reduction activity(nmol of ethylene/nodule/h)",,
8692,,BP1143,table,assay_relative,T3,positive,True,body_table,PMC8510180,0.96 ± 0.05,,Nitrogenase: nmoles ethylene OD720−1 min−1,"Nif2 nitrogenase activity in ntcA, hetR, or nrrA mutants Strain Mutationa Growth conditions Nitrogenase: nmoles ethylene OD720−1 min−1",,
8693,,BP7143,table,assay_relative,T3,positive,True,body_table,PMC8510180,<0.01,,Nitrogenase: nmoles ethylene OD720−1 min−1,"Nif2 nitrogenase activity in ntcA, hetR, or nrrA mutants Strain Mutationa Growth conditions Nitrogenase: nmoles ethylene OD720−1 min−1",,
8694,,BP1107,table,assay_relative,T3,positive,True,body_table,PMC8510180,0.69 ± 0.03,,Nitrogenase: nmoles ethylene OD720−1 min−1,"Nif2 nitrogenase activity in ntcA, hetR, or nrrA mutants Strain Mutationa Growth conditions Nitrogenase: nmoles ethylene OD720−1 min−1",,
8695,,BP1108,table,assay_relative,T3,positive,True,body_table,PMC8510180,0.61 ± 0.04,,Nitrogenase: nmoles ethylene OD720−1 min−1,"Nif2 nitrogenase activity in ntcA, hetR, or nrrA mutants Strain Mutationa Growth conditions Nitrogenase: nmoles ethylene OD720−1 min−1",,
8696,,B. contaminans MSR2,table,assay_relative,T3,negative,True,body_table,PMC8538949,0 ± 0 b*,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8697,,B. arboris 1Ac4,table,assay_relative,T3,negative,True,body_table,PMC8538949,0 ± 0 b,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8698,,B. metallica 1Ac2,table,assay_relative,T3,positive,True,body_table,PMC8538949,8.4 ± 0.2 a,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8699,,B. ubonensis PEI4,table,assay_relative,T3,positive,True,body_table,PMC8538949,8.7 ± 0.06 a,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8700,,B. gladioli 1Ac1,table,assay_relative,T3,positive,True,body_table,PMC8538949,12.5 ± 1.2 a,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8701,,B. gladioli 2Ma15,table,assay_relative,T3,positive,True,body_table,PMC8538949,8.6 ± 0.14 a,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8702,,B. gladioli 1Ma4,table,assay_relative,T3,positive,True,body_table,PMC8538949,8.2 ± 0.1 a,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8703,,P. graminis SCV16,table,assay_relative,T3,negative,True,body_table,PMC8538949,0 ± 0 b,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8704,,P. dilworthii FCV2,table,assay_relative,T3,negative,True,body_table,PMC8538949,0 ± 0 b,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8705,,P. kirstenboschensis SCV25,table,assay_relative,T3,negative,True,body_table,PMC8538949,0 ± 0 b,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8706,,P. rhynchosiae SCV21,table,assay_relative,T3,positive,True,body_table,PMC8538949,8.8 ± 0.1 a,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8707,,T. dinghuensis 2Ma17,table,assay_relative,T3,positive,True,body_table,PMC8538949,8.3 ± 0.04 a,,ARA(nmol/mL·h),Plant growth-promoting activities of rhizosphere Burkholderia sensu lato strains. Strain IAA(μg/mL) PS(mg/L) ARA(nmol/mL·h) EPs(Qualitative),,
8708,,SRB-4,table,assay_relative,T3,positive,True,body_table,PMC8763851,+,,Nitrogenase activity,16S rDNA sequence and functional characteristics of nitrogen-fixing bacteria in sugarcane roots. Strain Genus Nitrogenase activity IAA production Inorganic phosphate solubilization Organic solubilization,,
8709,,SRB-33,table,assay_relative,T3,positive,True,body_table,PMC8763851,+,,Nitrogenase activity,16S rDNA sequence and functional characteristics of nitrogen-fixing bacteria in sugarcane roots. Strain Genus Nitrogenase activity IAA production Inorganic phosphate solubilization Organic solubilization,,
8710,,SRB-38,table,assay_relative,T3,positive,True,body_table,PMC8763851,+,,Nitrogenase activity,16S rDNA sequence and functional characteristics of nitrogen-fixing bacteria in sugarcane roots. Strain Genus Nitrogenase activity IAA production Inorganic phosphate solubilization Organic solubilization,,
8711,,SRB-109,table,assay_relative,T3,positive,True,body_table,PMC8763851,+,,Nitrogenase activity,16S rDNA sequence and functional characteristics of nitrogen-fixing bacteria in sugarcane roots. Strain Genus Nitrogenase activity IAA production Inorganic phosphate solubilization Organic solubilization,,
8712,,SRB-112,table,assay_relative,T3,positive,True,body_table,PMC8763851,+,,Nitrogenase activity,16S rDNA sequence and functional characteristics of nitrogen-fixing bacteria in sugarcane roots. Strain Genus Nitrogenase activity IAA production Inorganic phosphate solubilization Organic solubilization,,
8713,,SRB-144,table,assay_relative,T3,positive,True,body_table,PMC8763851,+,,Nitrogenase activity,16S rDNA sequence and functional characteristics of nitrogen-fixing bacteria in sugarcane roots. Strain Genus Nitrogenase activity IAA production Inorganic phosphate solubilization Organic solubilization,,
8714,,IHK-1,table,assay_direct,T1,positive,True,body_table,PMC8793879,4.39,,ARA (μmol C2H4 mg−1 protein h−1),PGP traits of the bacteria isolated from rice rhizosphere. Isolates IAA (μg/ml) PS (μg/ml) SID RPS HCN AMM ACC ZS zone (mm) ARA (μmol C2H4 mg−1 protein h−1),,
8715,,IHK-3,table,assay_direct,T1,positive,True,body_table,PMC8793879,0.313,,ARA (μmol C2H4 mg−1 protein h−1),PGP traits of the bacteria isolated from rice rhizosphere. Isolates IAA (μg/ml) PS (μg/ml) SID RPS HCN AMM ACC ZS zone (mm) ARA (μmol C2H4 mg−1 protein h−1),,
8716,,IHK-4,table,assay_direct,T1,positive,True,body_table,PMC8793879,0.127,,ARA (μmol C2H4 mg−1 protein h−1),PGP traits of the bacteria isolated from rice rhizosphere. Isolates IAA (μg/ml) PS (μg/ml) SID RPS HCN AMM ACC ZS zone (mm) ARA (μmol C2H4 mg−1 protein h−1),,
8717,,IHK-7,table,assay_direct,T1,positive,True,body_table,PMC8793879,0.195,,ARA (μmol C2H4 mg−1 protein h−1),PGP traits of the bacteria isolated from rice rhizosphere. Isolates IAA (μg/ml) PS (μg/ml) SID RPS HCN AMM ACC ZS zone (mm) ARA (μmol C2H4 mg−1 protein h−1),,
8718,,IHK-8,table,assay_direct,T1,positive,True,body_table,PMC8793879,0.174,,ARA (μmol C2H4 mg−1 protein h−1),PGP traits of the bacteria isolated from rice rhizosphere. Isolates IAA (μg/ml) PS (μg/ml) SID RPS HCN AMM ACC ZS zone (mm) ARA (μmol C2H4 mg−1 protein h−1),,
8719,,IHK-13,table,assay_direct,T1,positive,True,body_table,PMC8793879,3.21,,ARA (μmol C2H4 mg−1 protein h−1),PGP traits of the bacteria isolated from rice rhizosphere. Isolates IAA (μg/ml) PS (μg/ml) SID RPS HCN AMM ACC ZS zone (mm) ARA (μmol C2H4 mg−1 protein h−1),,
8720,,IHK-15,table,assay_direct,T1,positive,True,body_table,PMC8793879,0.29,,ARA (μmol C2H4 mg−1 protein h−1),PGP traits of the bacteria isolated from rice rhizosphere. Isolates IAA (μg/ml) PS (μg/ml) SID RPS HCN AMM ACC ZS zone (mm) ARA (μmol C2H4 mg−1 protein h−1),,
8721,,IHK-25,table,assay_direct,T1,positive,True,body_table,PMC8793879,1.96,,ARA (μmol C2H4 mg−1 protein h−1),PGP traits of the bacteria isolated from rice rhizosphere. Isolates IAA (μg/ml) PS (μg/ml) SID RPS HCN AMM ACC ZS zone (mm) ARA (μmol C2H4 mg−1 protein h−1),,
8722,549.0,Pantoea agglomerans XD20,table,assay_direct,T1,positive,True,body_table,PMC8796710,"3,187.8",,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8723,69393.0,Pantoea sp. NN08200,table,assay_direct,T1,positive,True,body_table,PMC8796710,"2,445",,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8724,40324.0,Stenotrophomonas maltophilia B11S,table,assay_direct,T1,positive,True,body_table,PMC8796710,"1,456.23",,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8725,,actinobacterial WZS021,table,assay_direct,T1,positive,True,body_table,PMC8796710,65,,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8726,53317.0,Sphingomonas trueperi NNA-14,table,assay_direct,T1,positive,True,body_table,PMC8796710,350,,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8727,573.0,Klebsiella pneumoniae subspecies 1′13,table,assay_direct,T1,positive,True,body_table,PMC8796710,103.077,,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8728,,Devosia RKZ210,table,assay_direct,T1,positive,True,body_table,PMC8796710,2.98,,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8729,,K. radicincitans GXGL-4A,table,assay_direct,T1,positive,True,body_table,PMC8796710,232.94,,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8730,78543.0,Pseudomonas migulae,table,assay_direct,T1,positive,True,body_table,PMC8796710,2.8,,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8731,,Paenibacillus L201,table,assay_direct,T1,positive,True,body_table,PMC8796710,"5,630",,Nitrogenase activity (nmol mL−1 h−1),"Nitrogenase activity of some endophytic nitrogen-fixing bacteria in the past 5 years. Name Nitrogenase activity (nmol mL−1 h−1) Symbiosis plant Author, Year Journal",,
8732,,ST4,table,assay_relative,T3,positive,True,body_table,PMC9002309,+,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8733,,ST15,table,assay_relative,T3,positive,True,body_table,PMC9002309,+,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8734,,ST25,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8735,,ST45,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8736,,SB26,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8737,,SB32,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8738,,SB36,table,assay_relative,T3,positive,True,body_table,PMC9002309,+,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8739,,SB38,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8740,,SB39,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8741,,SB41,table,assay_relative,T3,positive,True,body_table,PMC9002309,++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8742,,SB45,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8743,,SB49,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8744,,SB50,table,assay_relative,T3,positive,True,body_table,PMC9002309,++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8745,,ET5,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8746,,ET10,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8747,,ET25,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8748,,ET27,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8749,,ET33,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8750,,ET46,table,assay_relative,T3,positive,True,body_table,PMC9002309,+,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8751,,ET49,table,assay_relative,T3,positive,True,body_table,PMC9002309,++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8752,,EB6,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8753,,EB26,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8754,,EB31,table,assay_relative,T3,positive,True,body_table,PMC9002309,+,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8755,,EB35,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8756,,EB37,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8757,,EB43,table,assay_relative,T3,positive,True,body_table,PMC9002309,++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8758,,WT8,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8759,,WT10,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8760,,WT12,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8761,,WT17,table,assay_relative,T3,positive,True,body_table,PMC9002309,++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8762,,WT19,table,assay_relative,T3,positive,True,body_table,PMC9002309,+,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8763,,WT34,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8764,,WT39,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8765,,WB17,table,assay_relative,T3,positive,True,body_table,PMC9002309,++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8766,,WB23,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8767,,WB25,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8768,,WB31,table,assay_relative,T3,positive,True,body_table,PMC9002309,++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8769,,WB40,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8770,,WB46,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8771,,WB48,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8772,,WB49,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8773,,WB51,table,assay_relative,T3,positive,True,body_table,PMC9002309,++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8774,,WB54,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8775,,SA7,table,assay_relative,T3,negative,True,body_table,PMC9002309,−,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8776,,EA5,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8777,,EA9,table,assay_relative,T3,positive,True,body_table,PMC9002309,+,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8778,,EA21,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8779,,WA8,table,assay_relative,T3,positive,True,body_table,PMC9002309,++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8780,,WA19,table,assay_relative,T3,positive,True,body_table,PMC9002309,+,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8781,,WA25,table,assay_relative,T3,positive,True,body_table,PMC9002309,+++,,Nitrogen fixationc,Screening of selected bacterial strains for PGP traits. Strain code Identity IAA productiona (μg ml−1) Phosphate solubilization (μg ml−1) Siderophore production (%) Ammonia production (μmol ml−1) ACC deaminaseb Nitrogen fixationc PCRd ,,
8782,,MA9,table,assay_relative,T3,positive,True,body_table,PMC9147649,24.548 b,,Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1),Plant growth-promoting attributes of salt-tolerant endophytic bacteria at 2% NaCl concentration. Strain Pellicle Formation N-Free Growth Medium Blue Bromothymol Colour Change Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),,
8783,,MA14,table,assay_relative,T3,positive,True,body_table,PMC9147649,9.458 b,,Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1),Plant growth-promoting attributes of salt-tolerant endophytic bacteria at 2% NaCl concentration. Strain Pellicle Formation N-Free Growth Medium Blue Bromothymol Colour Change Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),,
8784,,MA17,table,assay_relative,T3,positive,True,body_table,PMC9147649,51.023 b,,Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1),Plant growth-promoting attributes of salt-tolerant endophytic bacteria at 2% NaCl concentration. Strain Pellicle Formation N-Free Growth Medium Blue Bromothymol Colour Change Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),,
8785,,MA19,table,assay_relative,T3,positive,True,body_table,PMC9147649,37.149 b,,Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1),Plant growth-promoting attributes of salt-tolerant endophytic bacteria at 2% NaCl concentration. Strain Pellicle Formation N-Free Growth Medium Blue Bromothymol Colour Change Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),,
8786,,MA9,table,assay_relative,T3,positive,True,body_table,PMC9147649,2.348 b,,ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),Plant growth-promoting attributes of salt-tolerant endophytic bacteria at 2% NaCl concentration. Strain Pellicle Formation N-Free Growth Medium Blue Bromothymol Colour Change Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),,
8787,,MA14,table,assay_relative,T3,positive,True,body_table,PMC9147649,0.452 a,,ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),Plant growth-promoting attributes of salt-tolerant endophytic bacteria at 2% NaCl concentration. Strain Pellicle Formation N-Free Growth Medium Blue Bromothymol Colour Change Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),,
8788,,MA17,table,assay_relative,T3,positive,True,body_table,PMC9147649,3.125 b,,ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),Plant growth-promoting attributes of salt-tolerant endophytic bacteria at 2% NaCl concentration. Strain Pellicle Formation N-Free Growth Medium Blue Bromothymol Colour Change Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),,
8789,,MA19,table,assay_relative,T3,positive,True,body_table,PMC9147649,2.428 b,,ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),Plant growth-promoting attributes of salt-tolerant endophytic bacteria at 2% NaCl concentration. Strain Pellicle Formation N-Free Growth Medium Blue Bromothymol Colour Change Dinitrogen Fixation (mg N2 Fixed 50 mL−1 Culture Media 72 h−1) ARA (nmol of C2H4 Formed mL−1 Culture Media 72 h−1),,
8790,,S10,table,assay_relative,T3,positive,True,body_table,PMC9236307,1.121ab,,Nitrogenase activity (μM/mL/h),Effect of halotolerant PGPR isolates on growth parameters in rice seedlings at 21 Days After Planting. Treatments Code IAA (μg/mL) Nitrogenase activity (μM/mL/h) Plant height (cm) Root length (cm) Plant dry weight (mg),,
8791,,S11,table,assay_relative,T3,positive,True,body_table,PMC9236307,1.101a,,Nitrogenase activity (μM/mL/h),Effect of halotolerant PGPR isolates on growth parameters in rice seedlings at 21 Days After Planting. Treatments Code IAA (μg/mL) Nitrogenase activity (μM/mL/h) Plant height (cm) Root length (cm) Plant dry weight (mg),,
8792,,S12,table,assay_relative,T3,positive,True,body_table,PMC9236307,1.481ab,,Nitrogenase activity (μM/mL/h),Effect of halotolerant PGPR isolates on growth parameters in rice seedlings at 21 Days After Planting. Treatments Code IAA (μg/mL) Nitrogenase activity (μM/mL/h) Plant height (cm) Root length (cm) Plant dry weight (mg),,
8793,,S14,table,assay_relative,T3,positive,True,body_table,PMC9236307,1.411ab,,Nitrogenase activity (μM/mL/h),Effect of halotolerant PGPR isolates on growth parameters in rice seedlings at 21 Days After Planting. Treatments Code IAA (μg/mL) Nitrogenase activity (μM/mL/h) Plant height (cm) Root length (cm) Plant dry weight (mg),,
8794,,S15,table,assay_relative,T3,positive,True,body_table,PMC9236307,1.033ab,,Nitrogenase activity (μM/mL/h),Effect of halotolerant PGPR isolates on growth parameters in rice seedlings at 21 Days After Planting. Treatments Code IAA (μg/mL) Nitrogenase activity (μM/mL/h) Plant height (cm) Root length (cm) Plant dry weight (mg),,
8795,,Alpha Proteobacteria,table,assay_relative,T3,positive,True,body_table,PMC9389315,1.4 ± 0.09,,ARA (10−18 mol-C2H4/day/cell),"Effect of reduced humin on the N-fixation activity of various heterotrophic diazotrophs, as increased Kjeldahl nitrogen (Kjeldahl N) and acetylene reducing activity (ARA) under organic carbon source-free conditions. Taxonomic position Name of the N-fixers nifH Cluster Kjeldahl-N (10−18 mol-N/day/cel",,
8796,,Beta Proteobacteria,table,assay_relative,T3,positive,True,body_table,PMC9389315,0.8 ± 0.05,,ARA (10−18 mol-C2H4/day/cell),"Effect of reduced humin on the N-fixation activity of various heterotrophic diazotrophs, as increased Kjeldahl nitrogen (Kjeldahl N) and acetylene reducing activity (ARA) under organic carbon source-free conditions. Taxonomic position Name of the N-fixers nifH Cluster Kjeldahl-N (10−18 mol-N/day/cel",,
8797,,Gamma Proteobacteria,table,assay_relative,T3,positive,True,body_table,PMC9389315,1.2 ± 0.08,,ARA (10−18 mol-C2H4/day/cell),"Effect of reduced humin on the N-fixation activity of various heterotrophic diazotrophs, as increased Kjeldahl nitrogen (Kjeldahl N) and acetylene reducing activity (ARA) under organic carbon source-free conditions. Taxonomic position Name of the N-fixers nifH Cluster Kjeldahl-N (10−18 mol-N/day/cel",,
8798,,Delta Proteobacteria,table,assay_relative,T3,positive,True,body_table,PMC9389315,0.5 ± 0.06,,ARA (10−18 mol-C2H4/day/cell),"Effect of reduced humin on the N-fixation activity of various heterotrophic diazotrophs, as increased Kjeldahl nitrogen (Kjeldahl N) and acetylene reducing activity (ARA) under organic carbon source-free conditions. Taxonomic position Name of the N-fixers nifH Cluster Kjeldahl-N (10−18 mol-N/day/cel",,
8799,,Firmicutes,table,assay_relative,T3,positive,True,body_table,PMC9389315,0.6 ± 0.02,,ARA (10−18 mol-C2H4/day/cell),"Effect of reduced humin on the N-fixation activity of various heterotrophic diazotrophs, as increased Kjeldahl nitrogen (Kjeldahl N) and acetylene reducing activity (ARA) under organic carbon source-free conditions. Taxonomic position Name of the N-fixers nifH Cluster Kjeldahl-N (10−18 mol-N/day/cel",,
8800,,Actinobacteria,table,assay_relative,T3,positive,True,body_table,PMC9389315,0.9 ± 0.09,,ARA (10−18 mol-C2H4/day/cell),"Effect of reduced humin on the N-fixation activity of various heterotrophic diazotrophs, as increased Kjeldahl nitrogen (Kjeldahl N) and acetylene reducing activity (ARA) under organic carbon source-free conditions. Taxonomic position Name of the N-fixers nifH Cluster Kjeldahl-N (10−18 mol-N/day/cel",,
8801,,Achaea,table,assay_relative,T3,positive,True,body_table,PMC9389315,1.9 ± 0.17,,ARA (10−18 mol-C2H4/day/cell),"Effect of reduced humin on the N-fixation activity of various heterotrophic diazotrophs, as increased Kjeldahl nitrogen (Kjeldahl N) and acetylene reducing activity (ARA) under organic carbon source-free conditions. Taxonomic position Name of the N-fixers nifH Cluster Kjeldahl-N (10−18 mol-N/day/cel",,
8802,1061.0,Rhodobacter capsulatus B10,table,assay_direct,T1,positive,True,body_table,PMC9412634,3650,,Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour),Nitrogenase activity in the pure cultures of anoxygenic phototrophic Alphaproteobacteria (strain designation is indicated in case if only one strain was tested). Species Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour) Reference,,
8803,35806.0,Rhodovulum sulfidophilum W4,table,assay_direct,T1,positive,True,body_table,PMC9412634,640,,Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour),Nitrogenase activity in the pure cultures of anoxygenic phototrophic Alphaproteobacteria (strain designation is indicated in case if only one strain was tested). Species Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour) Reference,,
8804,1086.0,Rhodothalassium salexigens DSM 2172,table,assay_direct,T1,positive,True,body_table,PMC9412634,630,,Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour),Nitrogenase activity in the pure cultures of anoxygenic phototrophic Alphaproteobacteria (strain designation is indicated in case if only one strain was tested). Species Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour) Reference,,
8805,540254.0,Rhodovulum tesquicola A-36sT,table,assay_direct,T1,positive,True,body_table,PMC9412634,278,,Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour),Nitrogenase activity in the pure cultures of anoxygenic phototrophic Alphaproteobacteria (strain designation is indicated in case if only one strain was tested). Species Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour) Reference,,
8806,540251.0,Rhodovulum steppense A-20sT,table,assay_direct,T1,positive,True,body_table,PMC9412634,523,,Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour),Nitrogenase activity in the pure cultures of anoxygenic phototrophic Alphaproteobacteria (strain designation is indicated in case if only one strain was tested). Species Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour) Reference,,
8807,58314.0,Rhodovulum strictum DSM 11289T,table,assay_direct,T1,positive,True,body_table,PMC9412634,4066,,Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour),Nitrogenase activity in the pure cultures of anoxygenic phototrophic Alphaproteobacteria (strain designation is indicated in case if only one strain was tested). Species Nitrogenase Activity (nmoles C2H2/mg Dry Weight per Hour) Reference,,
8808,,WGT1,table,assay_relative,T3,positive,True,body_table,PMC9835707,66.8 ± 3.1,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8809,,WGT2,table,assay_relative,T3,negative,True,body_table,PMC9835707,–,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8810,,WGT3,table,assay_relative,T3,negative,True,body_table,PMC9835707,–,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8811,,WGT4,table,assay_relative,T3,negative,True,body_table,PMC9835707,–,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8812,,WGT5,table,assay_relative,T3,negative,True,body_table,PMC9835707,–,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8813,,WGT6,table,assay_relative,T3,negative,True,body_table,PMC9835707,–,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8814,,WGT7,table,assay_relative,T3,negative,True,body_table,PMC9835707,–,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8815,,WGT8,table,assay_relative,T3,positive,True,body_table,PMC9835707,56.2 ± 2.5,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8816,,WGT9,table,assay_relative,T3,negative,True,body_table,PMC9835707,–,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8817,,WGT10,table,assay_relative,T3,negative,True,body_table,PMC9835707,–,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8818,,WGT11,table,assay_relative,T3,negative,True,body_table,PMC9835707,–,,Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein),In vitro testing of wheat rhizosphere associated bacteria for plant growth promoting attributes. Isolates Phosphate solubilization (µg m/L) IAA production (µg m/L) Nitrogen fixation (n mole C2H2 reduced h−1mg−1 protein) Zinc (ZnO) solubilization efficiency (%) Zinc (ZnCO3) solubilization efficiency ,,
8819,,DOA9WT,table,assay_relative,T3,positive,True,body_table,PMC9977809,183.43 ± 14.44a,,Nitrogenase activity (nmol ethylene plant−1),Symbiotic properties of Bradyrhizobium sp. DOA9 wildtype and rpoN mutant strains. Strains Nitrogenase activity (nmol ethylene plant−1) Plant fresh weight (mg plant−1) Numbers of root nodule plant−1,,
8820,,ΔrpoNc,table,assay_relative,T3,positive,True,body_table,PMC9977809,42.69 ± 9.51c,,Nitrogenase activity (nmol ethylene plant−1),Symbiotic properties of Bradyrhizobium sp. DOA9 wildtype and rpoN mutant strains. Strains Nitrogenase activity (nmol ethylene plant−1) Plant fresh weight (mg plant−1) Numbers of root nodule plant−1,,
8821,,ΔrpoNp,table,assay_relative,T3,positive,True,body_table,PMC9977809,105.66 ± 7.95b,,Nitrogenase activity (nmol ethylene plant−1),Symbiotic properties of Bradyrhizobium sp. DOA9 wildtype and rpoN mutant strains. Strains Nitrogenase activity (nmol ethylene plant−1) Plant fresh weight (mg plant−1) Numbers of root nodule plant−1,,
8822,,ΔrpoNp::ΩrpoNc,table,assay_relative,T3,positive,True,body_table,PMC9977809,4.17 ± 1.02d,,Nitrogenase activity (nmol ethylene plant−1),Symbiotic properties of Bradyrhizobium sp. DOA9 wildtype and rpoN mutant strains. Strains Nitrogenase activity (nmol ethylene plant−1) Plant fresh weight (mg plant−1) Numbers of root nodule plant−1,,