Split (2)

easy · 840 rows

id stringlengths 17 39	instance_id stringlengths 12 34	task_id stringclasses 84 values	variant stringclasses 1 value	prompt stringlengths 601 4.41k	answer stringlengths 1 927	output_format stringclasses 2 values	inputs_json stringlengths 43 772
dna.reverse_complement/01/easy	dna.reverse_complement/01	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGAGCTGGCGGCTGCCGTTCGACGACTTAACGCTTTCCAGGTGA" } ``` ## Reference material ### DNA reverse complement DNA complementary bases are A↔T and C↔G. Compl...	TCACCTGGAAAGCGTTAAGTCGTCGAACGGCAGCCGCCAGCTCAT	scalar	{"cds":"ATGAGCTGGCGGCTGCCGTTCGACGACTTAACGCTTTCCAGGTGA"}
dna.reverse_complement/02/easy	dna.reverse_complement/02	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGTCATTTTGCAACTGACGTTGGAACTGAACATCCTGCAATCTGCCGCTTCCGCCGGGGCGTAG" } ``` ## Reference material ### DNA reverse complement DNA complementary bases a...	CTACGCCCCGGCGGAAGCGGCAGATTGCAGGATGTTCAGTTCCAACGTCAGTTGCAAAATGACCAT	scalar	{"cds":"ATGGTCATTTTGCAACTGACGTTGGAACTGAACATCCTGCAATCTGCCGCTTCCGCCGGGGCGTAG"}
dna.reverse_complement/03/easy	dna.reverse_complement/03	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "GTGGTGCTGGACGAGCACGTCCGTCCGCTGTCGGAGCGGCTCTGA" } ``` ## Reference material ### DNA reverse complement DNA complementary bases are A↔T and C↔G. Compl...	TCAGAGCCGCTCCGACAGCGGACGGACGTGCTCGTCCAGCACCAC	scalar	{"cds":"GTGGTGCTGGACGAGCACGTCCGTCCGCTGTCGGAGCGGCTCTGA"}
dna.reverse_complement/04/easy	dna.reverse_complement/04	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGCCTTCCGATATGGCGTTCGACAACACCACCGTCGCACTCAACCTGTAG" } ``` ## Reference material ### DNA reverse complement DNA complementary bases are A↔T and C↔G....	CTACAGGTTGAGTGCGACGGTGGTGTTGTCGAACGCCATATCGGAAGGCAT	scalar	{"cds":"ATGCCTTCCGATATGGCGTTCGACAACACCACCGTCGCACTCAACCTGTAG"}
dna.reverse_complement/05/easy	dna.reverse_complement/05	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGTCGCCGAGCCGGCCGGTCCGCCGCGGGTCTATCGATTCTTCCCCGGCGCGTGA" } ``` ## Reference material ### DNA reverse complement DNA complementary bases are A↔T an...	TCACGCGCCGGGGAAGAATCGATAGACCCGCGGCGGACCGGCCGGCTCGGCGACCAT	scalar	{"cds":"ATGGTCGCCGAGCCGGCCGGTCCGCCGCGGGTCTATCGATTCTTCCCCGGCGCGTGA"}
dna.reverse_complement/06/easy	dna.reverse_complement/06	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGTTATAGAGTTTGAAGACGTTTGTAAGAAGTACTAA" } ``` ## Reference material ### DNA reverse complement DNA complementary bases are A↔T and C↔G. Complement ...	TTAGTACTTCTTACAAACGTCTTCAAACTCTATAACCAT	scalar	{"cds":"ATGGTTATAGAGTTTGAAGACGTTTGTAAGAAGTACTAA"}
dna.reverse_complement/07/easy	dna.reverse_complement/07	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "TTGGATGCAACTTATCAACATCATTCGATTCCACATGCTAGTGTCACTTAA" } ``` ## Reference material ### DNA reverse complement DNA complementary bases are A↔T and C↔G....	TTAAGTGACACTAGCATGTGGAATCGAATGATGTTGATAAGTTGCATCCAA	scalar	{"cds":"TTGGATGCAACTTATCAACATCATTCGATTCCACATGCTAGTGTCACTTAA"}
dna.reverse_complement/08/easy	dna.reverse_complement/08	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGGCGACACGCCAAGGACCGACCAGTTGTTGGTCCTGCTCCTGTAA" } ``` ## Reference material ### DNA reverse complement DNA complementary bases are A↔T and C↔G. Co...	TTACAGGAGCAGGACCAACAACTGGTCGGTCCTTGGCGTGTCGCCCAT	scalar	{"cds":"ATGGGCGACACGCCAAGGACCGACCAGTTGTTGGTCCTGCTCCTGTAA"}
dna.reverse_complement/09/easy	dna.reverse_complement/09	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGCGGGTTCGCGCGGCAGCGCCTTTCCGGATGTCTAG" } ``` ## Reference material ### DNA reverse complement DNA complementary bases are A↔T and C↔G. Complement ...	CTAGACATCCGGAAAGGCGCTGCCGCGCGAACCCGCCAT	scalar	{"cds":"ATGGCGGGTTCGCGCGGCAGCGCCTTTCCGGATGTCTAG"}
dna.reverse_complement/10/easy	dna.reverse_complement/10	dna.reverse_complement	easy	## Task Return the reverse complement of the CDS, written 5′→3′. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGCCTTTTTTTCTGCTGATCAGAGCGGTTGCTTTTATTGAATACGAACTGTCGATCGGCTAG" } ``` ## Reference material ### DNA reverse complement DNA complementary bases are ...	CTAGCCGATCGACAGTTCGTATTCAATAAAAGCAACCGCTCTGATCAGCAGAAAAAAAGGCAT	scalar	{"cds":"ATGCCTTTTTTTCTGCTGATCAGAGCGGTTGCTTTTATTGAATACGAACTGTCGATCGGCTAG"}
dna.transcribe/01/easy	dna.transcribe/01	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "GTGGTGCTGTTCCGCTACGGCGCCGGCATGCAGCCCGCCTGA" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ### Coding DNA to RNA ...	GUGGUGCUGUUCCGCUACGGCGCCGGCAUGCAGCCCGCCUGA	scalar	{"cds":"GTGGTGCTGTTCCGCTACGGCGCCGGCATGCAGCCCGCCTGA"}
dna.transcribe/02/easy	dna.transcribe/02	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGCATGCAACCATTTCGGCCATTATTGAAACGCTCAAGTATCTAGATTTGTAA" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ### Coding ...	AUGCAUGCAACCAUUUCGGCCAUUAUUGAAACGCUCAAGUAUCUAGAUUUGUAA	scalar	{"cds":"ATGCATGCAACCATTTCGGCCATTATTGAAACGCTCAAGTATCTAGATTTGTAA"}
dna.transcribe/03/easy	dna.transcribe/03	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "GTGGAAAATACTGGTGTTAACCCTCCTTATGTAAACCTTTTTCGAACCTAA" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ### Coding DNA...	GUGGAAAAUACUGGUGUUAACCCUCCUUAUGUAAACCUUUUUCGAACCUAA	scalar	{"cds":"GTGGAAAATACTGGTGTTAACCCTCCTTATGTAAACCTTTTTCGAACCTAA"}
dna.transcribe/04/easy	dna.transcribe/04	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGCTCAGGTGCTCAAGGTTCCACCCCTGAGTCCCGCAAACTGA" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ### Coding DNA to RN...	AUGGCUCAGGUGCUCAAGGUUCCACCCCUGAGUCCCGCAAACUGA	scalar	{"cds":"ATGGCTCAGGTGCTCAAGGTTCCACCCCTGAGTCCCGCAAACTGA"}
dna.transcribe/05/easy	dna.transcribe/05	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGCGGGCCAAGACCTGCCGCACCGACAAGTCCTTCGCCCGCGCGCTCGGCGTCTGA" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ### Codi...	AUGCGGGCCAAGACCUGCCGCACCGACAAGUCCUUCGCCCGCGCGCUCGGCGUCUGA	scalar	{"cds":"ATGCGGGCCAAGACCTGCCGCACCGACAAGTCCTTCGCCCGCGCGCTCGGCGTCTGA"}
dna.transcribe/06/easy	dna.transcribe/06	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGATGCCGATGTTGCCCGTGACTCGAACGTATAA" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ### Coding DNA to RNA The su...	AUGGAUGCCGAUGUUGCCCGUGACUCGAACGUAUAA	scalar	{"cds":"ATGGATGCCGATGTTGCCCGTGACTCGAACGTATAA"}
dna.transcribe/07/easy	dna.transcribe/07	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGATGGCACCGGAGGAATCCCTGCTCACCGTTGTCACCCATATTGACTGCAAAGCCCTGGGTTAG" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ...	AUGAUGGCACCGGAGGAAUCCCUGCUCACCGUUGUCACCCAUAUUGACUGCAAAGCCCUGGGUUAG	scalar	{"cds":"ATGATGGCACCGGAGGAATCCCTGCTCACCGTTGTCACCCATATTGACTGCAAAGCCCTGGGTTAG"}
dna.transcribe/08/easy	dna.transcribe/08	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGATGGCCGACGCGCGCATGATGGCCTCCCATAACTTCGATTTCTAG" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ### Coding DNA to...	AUGAUGGCCGACGCGCGCAUGAUGGCCUCCCAUAACUUCGAUUUCUAG	scalar	{"cds":"ATGATGGCCGACGCGCGCATGATGGCCTCCCATAACTTCGATTTCTAG"}
dna.transcribe/09/easy	dna.transcribe/09	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "GTGACTGTGCTGCCCATCGTGGATCTCATTTCCGCCAGGGCGCTGGCGCGGCCGGGCTACGACTAA" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ...	GUGACUGUGCUGCCCAUCGUGGAUCUCAUUUCCGCCAGGGCGCUGGCGCGGCCGGGCUACGACUAA	scalar	{"cds":"GTGACTGTGCTGCCCATCGTGGATCTCATTTCCGCCAGGGCGCTGGCGCGGCCGGGCTACGACTAA"}
dna.transcribe/10/easy	dna.transcribe/10	dna.transcribe	easy	## Task Return the coding RNA transcribed from this CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "GTGGGCAGCCACCCCCGCCCGGTCGGCTGGTGGTAA" } ``` ## Rules - Retain the entire CDS, including the stop codon. ## Reference material ### Coding DNA to RNA The su...	GUGGGCAGCCACCCCCGCCCGGUCGGCUGGUGGUAA	scalar	{"cds":"GTGGGCAGCCACCCCCGCCCGGTCGGCTGGTGGTAA"}
cds.translate/01/easy	cds.translate/01	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGAACTGGAACCGCTGGAAGAAGGCAGCGGCGAAAGCACCGAAGCAGCCCAATGGCAGGTTGACTGA" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-fr...	MELEPLEEGSGESTEAAQWQVD	scalar	{"cds":"ATGGAACTGGAACCGCTGGAAGAAGGCAGCGGCGAAAGCACCGAAGCAGCCCAATGGCAGGTTGACTGA"}
cds.translate/02/easy	cds.translate/02	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGCAAAGAATTATTGATGCGTATAAAAACGGACTTTCTGCATGCGACAATTCGATCTGCCCTGTTTAA" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-fr...	MQRIIDAYKNGLSACDNSICPV	scalar	{"cds":"ATGCAAAGAATTATTGATGCGTATAAAAACGGACTTTCTGCATGCGACAATTCGATCTGCCCTGTTTAA"}
cds.translate/03/easy	cds.translate/03	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGCACGGTGTTGACTTCAGTCTTGGTGCTGTGATGGGCAGTGCGCTGATGTTCTAA" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-frame stop and...	MHGVDFSLGAVMGSALMF	scalar	{"cds":"ATGCACGGTGTTGACTTCAGTCTTGGTGCTGTGATGGGCAGTGCGCTGATGTTCTAA"}
cds.translate/04/easy	cds.translate/04	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGCTTGAAATCGACATCGGCGTCATCAACGAGTTGATCAGGCATACCAATTAA" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-frame stop and om...	MLEIDIGVINELIRHTN	scalar	{"cds":"ATGCTTGAAATCGACATCGGCGTCATCAACGAGTTGATCAGGCATACCAATTAA"}
cds.translate/05/easy	cds.translate/05	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGGTGACTTGGATGCCTACTACCCCCAATAG" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-frame stop and omit its symbol. ## Re...	MGDLDAYYPQ	scalar	{"cds":"ATGGGTGACTTGGATGCCTACTACCCCCAATAG"}
cds.translate/06/easy	cds.translate/06	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGCTAAGGCCTTTGTTGACTCTGATCTTCGCGATCCATAA" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-frame stop and omit its symbo...	MAKAFVDSDLRDP	scalar	{"cds":"ATGGCTAAGGCCTTTGTTGACTCTGATCTTCGCGATCCATAA"}
cds.translate/07/easy	cds.translate/07	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGGCACCCGGGTCCTCCGACGGAGCACCTTCCAGCGCCTAGAGGCCCTGGAGCACGGGATGGAATAA" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-fr...	MGTRVLRRSTFQRLEALEHGME	scalar	{"cds":"ATGGGCACCCGGGTCCTCCGACGGAGCACCTTCCAGCGCCTAGAGGCCCTGGAGCACGGGATGGAATAA"}
cds.translate/08/easy	cds.translate/08	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGTTCGCGAGCGTCTCGACAACGGCGCCGCGCCGGACGGCAACTCTGGACTGGGCAGCGCCCTGTAA" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-fr...	MVRERLDNGAAPDGNSGLGSAL	scalar	{"cds":"ATGGTTCGCGAGCGTCTCGACAACGGCGCCGCGCCGGACGGCAACTCTGGACTGGGCAGCGCCCTGTAA"}
cds.translate/09/easy	cds.translate/09	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGAAAGAAGGACTGGAAGAAGTAAAGATTGAGATGAACCTTGATAGAGGGCTTTCCCTCATGTGA" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-frame...	MKEGLEEVKIEMNLDRGLSLM	scalar	{"cds":"ATGAAAGAAGGACTGGAAGAAGTAAAGATTGAGATGAACCTTGATAGAGGGCTTTCCCTCATGTGA"}
cds.translate/10/easy	cds.translate/10	cds.translate	easy	## Task Translate this CDS using NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGAAAGAACGCCGTTTTAAAACCGGCACACCTAAATGA" } ``` ## Rules - Use the annotated first codon as the initiator. Stop at the first in-frame stop and omit its symbol. ...	MKERRFKTGTPK	scalar	{"cds":"ATGAAAGAACGCCGTTTTAAAACCGGCACACCTAAATGA"}
cds.validate/01/easy	cds.validate/01	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGTGGCGCGCCCTGTGCGAAGAACAATCCTCCTGA" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 bases or its length is not divisi...	[]	scalar	{"cds":"ATGTGGCGCGCCCTGTGCGAAGAACAATCCTCCTGA"}
cds.validate/02/easy	cds.validate/02	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "GCTAAAAAAGACTTTACCGATCAAATTGAGTTACTCTTGCTATTTTAG" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 bases or its length i...	["invalid_start"]	scalar	{"cds":"GCTAAAAAAGACTTTACCGATCAAATTGAGTTACTCTTGCTATTTTAG"}
cds.validate/03/easy	cds.validate/03	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGATAGCTAATTACTGCTTTTAGTTCAACAACACCTCCTTCGTGCCTGTGTAACCTTTGTAGAATAA" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 ...	["internal_stop"]	scalar	{"cds":"ATGGATAGCTAATTACTGCTTTTAGTTCAACAACACCTCCTTCGTGCCTGTGTAACCTTTGTAGAATAA"}
cds.validate/04/easy	cds.validate/04	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGAAGCGGAAGGTGCTGCAGAACAACCCCGAGCATGACGCCATGGCCCGTCTCGACGCA" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 bases or ...	["missing_terminal_stop"]	scalar	{"cds":"ATGAAGCGGAAGGTGCTGCAGAACAACCCCGAGCATGACGCCATGGCCCGTCTCGACGCA"}
cds.validate/05/easy	cds.validate/05	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "GCTAACGCGTAATCGATGGGCCACCTCGGCCGCGGCACCGCA" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 bases or its length is not ...	["internal_stop","invalid_start","missing_terminal_stop"]	scalar	{"cds":"GCTAACGCGTAATCGATGGGCCACCTCGGCCGCGGCACCGCA"}
cds.validate/06/easy	cds.validate/06	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGATATTACAGAAGTCATGGCCAATGAAAATCCGTGCAAATGGGTTGCGTAA" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 bases or its le...	[]	scalar	{"cds":"ATGGATATTACAGAAGTCATGGCCAATGAAAATCCGTGCAAATGGGTTGCGTAA"}
cds.validate/07/easy	cds.validate/07	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "GCTGCGCCGGTGACCCCGGTCCGCCGGCACCTGGTGTTTTTGCTGACCCTGAACTCCGGCGTGTAA" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 bas...	["invalid_start"]	scalar	{"cds":"GCTGCGCCGGTGACCCCGGTCCGCCGGCACCTGGTGTTTTTGCTGACCCTGAACTCCGGCGTGTAA"}
cds.validate/08/easy	cds.validate/08	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGACTCGTAAGTGACCGTGCTGCCCGTCGCCCCACGCTGA" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 bases or its length is not ...	["internal_stop"]	scalar	{"cds":"ATGGACTCGTAAGTGACCGTGCTGCCCGTCGCCCCACGCTGA"}
cds.validate/09/easy	cds.validate/09	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "ATGGGGCCGGTACCCTGGCAGGACGACCGCAGCGGCGCCGCCGGCGCGAACTTCGCCGCA" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 bases or ...	["missing_terminal_stop"]	scalar	{"cds":"ATGGGGCCGGTACCCTGGCAGGACGACCGCAGCGGCGCCGCCGGCGCGAACTTCGCCGCA"}
cds.validate/10/easy	cds.validate/10	cds.validate	easy	## Task Validate this complete CDS under NCBI 11. Return all violation codes. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds": "GCTATCGCGTAATGGATCCCGACCTCGGGCTTCGAAGCGACCAGCCGGTTCGCGGCCGCAC" } ``` ## Rules - Report `bad_length` if the DNA has fewer than 6 bases or...	["bad_length","internal_stop","invalid_start","missing_terminal_stop"]	scalar	{"cds":"GCTATCGCGTAATGGATCCCGACCTCGGGCTTCGAAGCGACCAGCCGGTTCGCGGCCGCAC"}
coords.nt_to_codon/01/easy	coords.nt_to_codon/01	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"GTG","codon_index":1,"offset":2}	json	{"cds":"GTGGGCCATAAGTCCGATCCGGTCATCGAGGCGCCGTGA","nt_position":3}
coords.nt_to_codon/02/easy	coords.nt_to_codon/02	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"GGG","codon_index":7,"offset":1}	json	{"cds":"ATGGAAACCCTTATGTTGGGGGAAGACTATGGTTAA","nt_position":20}
coords.nt_to_codon/03/easy	coords.nt_to_codon/03	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"TAC","codon_index":6,"offset":1}	json	{"cds":"ATGGCGCCGGACGGCTACCGCTGTGAAGCACTCCAAGGGTGA","nt_position":17}
coords.nt_to_codon/04/easy	coords.nt_to_codon/04	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"CAG","codon_index":10,"offset":1}	json	{"cds":"ATGACGGGGCATGTTGGATCGCTCGACCAGGAGGCCATCGGCCTGAAGGCATGA","nt_position":29}
coords.nt_to_codon/05/easy	coords.nt_to_codon/05	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"GTT","codon_index":4,"offset":2}	json	{"cds":"ATGATCTCTGTTGGCAACTGCACGGGGCTTGGCGAGCGTGGTTACCTCACTGCATCATAA","nt_position":12}
coords.nt_to_codon/06/easy	coords.nt_to_codon/06	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"CTG","codon_index":11,"offset":2}	json	{"cds":"GTGGCCGCCACCGACGAGGCGCTGGTGTATCTGTGA","nt_position":33}
coords.nt_to_codon/07/easy	coords.nt_to_codon/07	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"ACG","codon_index":10,"offset":0}	json	{"cds":"ATGTCCAATGGTACCCCCACCGCCAAGACGATGTAA","nt_position":28}
coords.nt_to_codon/08/easy	coords.nt_to_codon/08	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"GTG","codon_index":7,"offset":2}	json	{"cds":"ATGAAAATACTCATTCCCGTGGATGAAGTAGAAATTTCTGCCCTTGAAAAGTGA","nt_position":21}
coords.nt_to_codon/09/easy	coords.nt_to_codon/09	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"CAA","codon_index":10,"offset":1}	json	{"cds":"ATGATCGTCCTCGCCGCCCGCACCCTCCAAGGCAAGGTCCTGCCGGTGGTCGCCTTCAAGGGGGAGTGA","nt_position":29}
coords.nt_to_codon/10/easy	coords.nt_to_codon/10	coords.nt_to_codon	easy	## Task For `nt_position`, report the containing codon, its index in the CDS, and the position of that nucleotide within the codon. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": ...	{"codon":"TTC","codon_index":13,"offset":0}	json	{"cds":"ATGGAGCTCAATGCGGCGCATGATCACTTCGCTCTGTTCATCGACTAA","nt_position":37}
coords.aa_to_nt/01/easy	coords.aa_to_nt/01	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "ATGAGCGCCATCGTCCTGTTCGTCAACGAACTGGAATGA", ...	[7,15]	scalar	{"aa_interval":[3,5],"cds":"ATGAGCGCCATCGTCCTGTTCGTCAACGAACTGGAATGA"}
coords.aa_to_nt/02/easy	coords.aa_to_nt/02	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "ATGACCATCGTTCACATCTGCGACTTAGGGTTTCGCGCCGAA...	[37,42]	scalar	{"aa_interval":[13,14],"cds":"ATGACCATCGTTCACATCTGCGACTTAGGGTTTCGCGCCGAAAAAGGACGCCGCGGCGTGCTGGAATGA"}
coords.aa_to_nt/03/easy	coords.aa_to_nt/03	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "ATGGTAGTGCTGTGCAGAATTCCCGAGCGCCTGTACGGTGCC...	[10,15]	scalar	{"aa_interval":[4,5],"cds":"ATGGTAGTGCTGTGCAGAATTCCCGAGCGCCTGTACGGTGCCGCTGCCGCCACCTGGTGA"}
coords.aa_to_nt/04/easy	coords.aa_to_nt/04	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "ATGGTATTATTTAGTCAAAGACGTTTCGGACTGTTTTAA", ...	[4,9]	scalar	{"aa_interval":[2,3],"cds":"ATGGTATTATTTAGTCAAAGACGTTTCGGACTGTTTTAA"}
coords.aa_to_nt/05/easy	coords.aa_to_nt/05	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "ATGGTGAAGCGGATGTCGGTCGACAATCGCTAG", "aa_...	[22,30]	scalar	{"aa_interval":[8,10],"cds":"ATGGTGAAGCGGATGTCGGTCGACAATCGCTAG"}
coords.aa_to_nt/06/easy	coords.aa_to_nt/06	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "TTGGCCCTGGCGCAACTCATGGGGGCAGTGGCGACCACGGGC...	[31,36]	scalar	{"aa_interval":[11,12],"cds":"TTGGCCCTGGCGCAACTCATGGGGGCAGTGGCGACCACGGGCCGGCGCTGA"}
coords.aa_to_nt/07/easy	coords.aa_to_nt/07	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "ATGCTGGAGGAGGAGGGTGGTGCCGCGCAGGCCGGCCAGTTC...	[7,15]	scalar	{"aa_interval":[3,5],"cds":"ATGCTGGAGGAGGAGGGTGGTGCCGCGCAGGCCGGCCAGTTCCACTCCGAGCGGGCCTGA"}
coords.aa_to_nt/08/easy	coords.aa_to_nt/08	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "ATGGATTTAATTAATATGGGCCTCTGCCGGCGCCAACTGATG...	[28,39]	scalar	{"aa_interval":[10,13],"cds":"ATGGATTTAATTAATATGGGCCTCTGCCGGCGCCAACTGATGTGA"}
coords.aa_to_nt/09/easy	coords.aa_to_nt/09	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "ATGTGGGTTCCTGAGAGGGATGGTGATTACGGTGGTGCACCG...	[16,21]	scalar	{"aa_interval":[6,7],"cds":"ATGTGGGTTCCTGAGAGGGATGGTGATTACGGTGGTGCACCGAAAGCAGAACTTTCCACAGCCCTTTAG"}
coords.aa_to_nt/10/easy	coords.aa_to_nt/10	coords.aa_to_nt	easy	## Task Find the DNA interval that encodes the requested protein interval `aa_interval`. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. ```json { "cds": "ATGCGCGATCGTTTACGTTTATCTAACGGTTCACAGTAA", ...	[25,33]	scalar	{"aa_interval":[9,11],"cds":"ATGCGCGATCGTTTACGTTTATCTAACGGTTCACAGTAA"}
variant.apply/01/easy	variant.apply/01	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	ATGGAGGGTCCGGGGGAATTTCAATTGCTTTGAAAGAAGAATGA	scalar	{"cds":"ATGGAGCCGGGAGGAATTTCAATTGCTTTGAAAGAAGAATGA","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.apply/02/easy	variant.apply/02	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	ATGACACACTGGCCAAATCATAGTCTTGATGACACTTAA	scalar	{"cds":"ATGACAACTGGTCCAAATCATAGTCTTGATGACACTTAA","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
variant.apply/03/easy	variant.apply/03	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	ATGGTTGGTGAGCTCCAGATGGAAAGAACTGGGGACTCGTGATTTAA	scalar	{"cds":"ATGGTTGAGCTCCCAGATGGAAAGAACTGGGGACTCGTGATTTAA","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.apply/04/easy	variant.apply/04	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	ATGGTGCGGGGCCAGGCCGTCAAGTCCGGCCTGGGAAACGCCCATGGCTGA	scalar	{"cds":"ATGGTGGGGGCTCAGGCCGTCAAGTCCGGCCTGGGAAACGCCCATGGCTGA","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
variant.apply/05/easy	variant.apply/05	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	ATGATCGGTGCGCGCGCAAGCGTCGCGCCGACGAGGCCCAAGCCGACTTGATCAAGGCGGGCGCCCTCTAA	scalar	{"cds":"ATGATCGCGCGGCGCAAGCGTCGCGCCGACGAGGCCCAAGCCGACTTGATCAAGGCGGGCGCCCTCTAA","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.apply/06/easy	variant.apply/06	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	ATGTTCCGGCGAGTATTAGGTTTTATCTATGATGCGCTGCATGCGATGCTTACCTTAATTGCCGCATAA	scalar	{"cds":"ATGTTCGGCGAGGTATTAGGTTTTATCTATGATGCGCTGCATGCGATGCTTACCTTAATTGCCGCATAA","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
variant.apply/07/easy	variant.apply/07	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	ATGCGTGGTCGTTTTTTGTACTTAGAAATGAACGTATCCATCTAGAGTTAGAGAAGTAA	scalar	{"cds":"ATGCGTCGTTTGTTTGTACTTAGAAATGAACGTATCCATCTAGAGTTAGAGAAGTAA","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.apply/08/easy	variant.apply/08	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	ATGATCCCCCGAATGGGCGGCGTGCGCCTGGAATTCCTGGACTACGACAATTTCGGCTGA	scalar	{"cds":"ATGATCCCCGAGATGGGCGGCGTGCGCCTGGAATTCCTGGACTACGACAATTTCGGCTGA","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
variant.apply/09/easy	variant.apply/09	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	GTGTATGGTGTGCGCTGGACCTGCCCGAGGTGCCCGCCCCCGGCGGCGCGCGCTGGGCGTAG	scalar	{"cds":"GTGTATGTGCGCCTGGACCTGCCCGAGGTGCCCGCCCCCGGCGGCGCGCGCTGGGCGTAG","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.apply/10/easy	variant.apply/10	variant.apply	easy	## Task Apply the supplied DNA edits and return the edited CDS. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_base, last_base, new_text]`; an empty `new_text...	ATGGGCCTTAGTGGCTTCCTGACCAGTAAATCTCTCGCGTCCAGTGGCCGCTGCGTCTAG	scalar	{"cds":"ATGGGCTTAGTCGGCTTCCTGACCAGTAAATCTCTCGCGTCCAGTGGCCGCTGCGTCTAG","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
variant.protein_effect/01/easy	variant.protein_effect/01	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	synonymous	scalar	{"cds":"ATGTCCTATCGGCTCGCTGTATTCGTCTCTTATGAAGTGTGA","replacement":[22,24,"TTT"]}
variant.protein_effect/02/easy	variant.protein_effect/02	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	missense	scalar	{"cds":"ATGGACGTGGACCTCTCCCCCTTCATCATGCGGGGCCACCCCGACTAA","replacement":[4,6,"AGA"]}
variant.protein_effect/03/easy	variant.protein_effect/03	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	stop_gained	scalar	{"cds":"ATGTCACATATATTAGCTGCTAATTATCCTTATAAACGTTAA","replacement":[16,18,"TGA"]}
variant.protein_effect/04/easy	variant.protein_effect/04	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	synonymous	scalar	{"cds":"ATGCGCATCCTCGGGCTCGAGGAATATCACATCCGGCCGCCGTGA","replacement":[28,30,"CAT"]}
variant.protein_effect/05/easy	variant.protein_effect/05	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	missense	scalar	{"cds":"ATGCTGCGTGTCGTGCCACTGTTCGCCTTGTGA","replacement":[13,15,"GAT"]}
variant.protein_effect/06/easy	variant.protein_effect/06	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	stop_gained	scalar	{"cds":"ATGCTAGTAACTGTCGGAATTGGTTTTAGTGGTTGGGTTGTTTAA","replacement":[34,36,"TGA"]}
variant.protein_effect/07/easy	variant.protein_effect/07	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	synonymous	scalar	{"cds":"ATGATTGTAAAAGGCCGAGAAATGAAATCCTGCCATCCCAATGATAATGGTTTTACACCAGTTTAA","replacement":[55,57,"ACT"]}
variant.protein_effect/08/easy	variant.protein_effect/08	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	missense	scalar	{"cds":"ATGGCCGAGCTGTTCGACAGTTCGGGCACCTACATGTGA","replacement":[4,6,"GTA"]}
variant.protein_effect/09/easy	variant.protein_effect/09	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	stop_gained	scalar	{"cds":"ATGTATGAGTGGCAACTCGACGTGTCGGGGGCTTTCCTGTTTCAGAACGTGCGCCTCTGA","replacement":[55,57,"TGA"]}
variant.protein_effect/10/easy	variant.protein_effect/10	variant.protein_effect	easy	## Task Classify the supplied CDS substitution as `synonymous`, `missense`, or `stop_gained` under NCBI genetic code 11. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. `replacement` is `[first_base,...	synonymous	scalar	{"cds":"ATGCACGTCTGCGCCAAGGCCGCCGCGTTCCCGTTCGCTATCCTGGAAGCCTGA","replacement":[37,39,"GCG"]}
variant.frame_status/01/easy	variant.frame_status/01	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":0},{"edit_index":2,"phase":2}],"final_phase":2}	json	{"cds":"GTGGAAGCGACAGACCAGGGCTGTGGCCCTGAACACCTTGTTTAA","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.frame_status/02/easy	variant.frame_status/02	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":1},{"edit_index":2,"phase":0}],"final_phase":0}	json	{"cds":"ATGGGTGGCACGCAGTCGGTCGATTTTCCCTGGGAAGCCAAGGTGTGA","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
variant.frame_status/03/easy	variant.frame_status/03	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":0},{"edit_index":2,"phase":2}],"final_phase":2}	json	{"cds":"ATGCACCACATGATTCATGCTTCCGGCGACGTCGACTGA","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.frame_status/04/easy	variant.frame_status/04	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":1},{"edit_index":2,"phase":0}],"final_phase":0}	json	{"cds":"TTGGCCGTGGGGGTGGTCTACAAGCTCCTGGTCCAGGCCCTGATTTTTGAGGTCCTGGAGTAG","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
variant.frame_status/05/easy	variant.frame_status/05	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":0},{"edit_index":2,"phase":2}],"final_phase":2}	json	{"cds":"ATGGTCAAGAACGAGAGTCCGGGTTTGCGCCAGTACTGGCAAGGCGCCAGAGATTTTTGA","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.frame_status/06/easy	variant.frame_status/06	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":1},{"edit_index":2,"phase":0}],"final_phase":0}	json	{"cds":"ATGAATCAGAATACACAAGTTGGGTACCATAAAAAGTTTGGGTCTGACTAA","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
variant.frame_status/07/easy	variant.frame_status/07	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":0},{"edit_index":2,"phase":2}],"final_phase":2}	json	{"cds":"ATGACTACCGATAATAAGCTTGCCAGAAGCTTAGCGCAATAA","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.frame_status/08/easy	variant.frame_status/08	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":1},{"edit_index":2,"phase":0}],"final_phase":0}	json	{"cds":"ATGAGGATGGAGGGTGACCTCATCATGCCGGTTCCGTCGCTCATGCGCAGTGGCGAGAGGTGA","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
variant.frame_status/09/easy	variant.frame_status/09	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":0},{"edit_index":2,"phase":2}],"final_phase":2}	json	{"cds":"ATGGAGAGGGTGCCCGTGGAGGCCCTGGAGCTTTCCGGCACCCTCTCCTTAGGGGGGGCCTAA","edits":[{"insert_after":6,"sequence":"GGT"},{"replace":[12,12,""]}]}
variant.frame_status/10/easy	variant.frame_status/10	variant.frame_status	easy	## Task Track the change in reading-frame phase after each insertion or deletion, and report the final phase. ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. Coordinates and intervals are 1-based and inclusive unless a rule states otherwise. In an edit object, `replace` is `[first_b...	{"edits":[{"edit_index":1,"phase":1},{"edit_index":2,"phase":0}],"final_phase":0}	json	{"cds":"ATGCTCATTCTGCTCCAGCGCCACTACATTGGCGTGGTGTCGTGA","edits":[{"insert_after":6,"sequence":"C"},{"replace":[12,12,""]}]}
cds.protein_equivalence/01/easy	cds.protein_equivalence/01	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "ATGTACCTGCGCGTGGAAGACACCCTGGAAAACCCGGGTCTGAAGACCTACCGTCCCTTCTGCCTGTGA", "cds_b": "ATGTACCTGCGCGTGGAAGACACCCTGGAAAACCCGGGTCTGAAGACCTACCGTCCCTTCTGC...	true	scalar	{"cds_a":"ATGTACCTGCGCGTGGAAGACACCCTGGAAAACCCGGGTCTGAAGACCTACCGTCCCTTCTGCCTGTGA","cds_b":"ATGTACCTGCGCGTGGAAGACACCCTGGAAAACCCGGGTCTGAAGACCTACCGTCCCTTCTGCCTTTGA"}
cds.protein_equivalence/02/easy	cds.protein_equivalence/02	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "ATGGTGGGGACGGCCAGCTATCGATTGCGTGCGTAA", "cds_b": "ATGGTGGGGACGCAAAGCTATCGATTGCGTGCGTAA" } ``` ## Rules - Translate both complete CDSs under NCBI...	false	scalar	{"cds_a":"ATGGTGGGGACGGCCAGCTATCGATTGCGTGCGTAA","cds_b":"ATGGTGGGGACGCAAAGCTATCGATTGCGTGCGTAA"}
cds.protein_equivalence/03/easy	cds.protein_equivalence/03	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "ATGGCGAGCCTGTACTTCCTCGATGAATTTACCGGCGTCGAAATCACCTGA", "cds_b": "ATGGCGAGCCTGTACTTCCTCGACGAATTTACCGGCGTCGAAATCACCTGA" } ``` ## Rules - Translate...	true	scalar	{"cds_a":"ATGGCGAGCCTGTACTTCCTCGATGAATTTACCGGCGTCGAAATCACCTGA","cds_b":"ATGGCGAGCCTGTACTTCCTCGACGAATTTACCGGCGTCGAAATCACCTGA"}
cds.protein_equivalence/04/easy	cds.protein_equivalence/04	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "ATGTATGTGGCATTTATTGTCAGTGTTGCTGTTGAAGTGTAA", "cds_b": "ATGTATCTTGCATTTATTGTCAGTGTTGCTGTTGAAGTGTAA" } ``` ## Rules - Translate both complete CDS...	false	scalar	{"cds_a":"ATGTATGTGGCATTTATTGTCAGTGTTGCTGTTGAAGTGTAA","cds_b":"ATGTATCTTGCATTTATTGTCAGTGTTGCTGTTGAAGTGTAA"}
cds.protein_equivalence/05/easy	cds.protein_equivalence/05	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "ATGTTTCGCTTGACCGAGAGCTGCTACCTGGCGGCAGCGTCGGCCCTGGTCGAACAAGGCTACTGA", "cds_b": "ATGTTTCGCTTGACCGAGAGCTGCTACCTGGCGGCAGCGTCGGCCCTGGTCGAACAAGGCTATTGA...	true	scalar	{"cds_a":"ATGTTTCGCTTGACCGAGAGCTGCTACCTGGCGGCAGCGTCGGCCCTGGTCGAACAAGGCTACTGA","cds_b":"ATGTTTCGCTTGACCGAGAGCTGCTACCTGGCGGCAGCGTCGGCCCTGGTCGAACAAGGCTATTGA"}
cds.protein_equivalence/06/easy	cds.protein_equivalence/06	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "GTGTCCACCGCCTGGGGCAAACCGAAGAACCTCCAGCGGATCGACGGCGACGGACGCTGCTGA", "cds_b": "GTGTCCACCGCCTGGGGCAAACCGAAGAACTCACAGCGGATCGACGGCGACGGACGCTGCTGA" } ``...	false	scalar	{"cds_a":"GTGTCCACCGCCTGGGGCAAACCGAAGAACCTCCAGCGGATCGACGGCGACGGACGCTGCTGA","cds_b":"GTGTCCACCGCCTGGGGCAAACCGAAGAACTCACAGCGGATCGACGGCGACGGACGCTGCTGA"}
cds.protein_equivalence/07/easy	cds.protein_equivalence/07	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "ATGTTCGACTGGGCCAAGACGCTGACCGGCTGA", "cds_b": "ATGTTCGACTGGGCAAAGACGCTGACCGGCTGA" } ``` ## Rules - Translate both complete CDSs under NCBI genet...	true	scalar	{"cds_a":"ATGTTCGACTGGGCCAAGACGCTGACCGGCTGA","cds_b":"ATGTTCGACTGGGCAAAGACGCTGACCGGCTGA"}
cds.protein_equivalence/08/easy	cds.protein_equivalence/08	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "ATGGCGGAGGTGGAGGAGGAAGCCATCGTCCAGTAG", "cds_b": "ATGGCGGAGGTGGAGGAGGAAGCCACTGTCCAGTAG" } ``` ## Rules - Translate both complete CDSs under NCBI...	false	scalar	{"cds_a":"ATGGCGGAGGTGGAGGAGGAAGCCATCGTCCAGTAG","cds_b":"ATGGCGGAGGTGGAGGAGGAAGCCACTGTCCAGTAG"}
cds.protein_equivalence/09/easy	cds.protein_equivalence/09	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "ATGGCCGGAGTCATGACTACTCTCACGCTGCTCCGCCTTTAA", "cds_b": "ATGGCCGGAGTCATGACTACTCTCACGCTGCTCCGCCTGTAA" } ``` ## Rules - Translate both complete CDS...	true	scalar	{"cds_a":"ATGGCCGGAGTCATGACTACTCTCACGCTGCTCCGCCTTTAA","cds_b":"ATGGCCGGAGTCATGACTACTCTCACGCTGCTCCGCCTGTAA"}
cds.protein_equivalence/10/easy	cds.protein_equivalence/10	cds.protein_equivalence	easy	## Task Do these two CDSs encode identical proteins under NCBI 11? ## Inputs DNA inputs are 5′→3′ coding strands. Ignore whitespace between bases. ```json { "cds_a": "ATGGCCATGATCCTCGGGATGCAACCCTTCAAGCGCGAAGACCCGTGA", "cds_b": "ATGGCCATGATCCTCGGGATGCAACCCTTCAAGGCGGAAGACCCGTGA" } ``` ## Rules - Translate both ...	false	scalar	{"cds_a":"ATGGCCATGATCCTCGGGATGCAACCCTTCAAGCGCGAAGACCCGTGA","cds_b":"ATGGCCATGATCCTCGGGATGCAACCCTTCAAGGCGGAAGACCCGTGA"}

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