[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Functional Categories	Vulnerable SNP Number	HaplotypeNumber	Monte Carlop-values

SNPs Introducing Non-Synonymous Mutations	26	[EMPTY_CELL]	0.001*

SNPs Introducing Synonymous Mutations	25	[EMPTY_CELL]	0.001*

SNPs Introducing Stop Codon Gain	0	[EMPTY_CELL]	1.00

SNPs Introducing Stop Codon Lost	0	[EMPTY_CELL]	1.00

SNPs Introducing ORF Frame Shift	0	[EMPTY_CELL]	1.00

SNPs Introducing Altered Splicing Junction	1	[EMPTY_CELL]	0.92

SNPs Introducing Altered TF Binding Sites	4	[EMPTY_CELL]	0.83

SNPs Introducing Altered miRNA Targets	2	[EMPTY_CELL]	0.28

SNPs Correlated With Differentially Gene Expression	24	[EMPTY_CELL]	0.42

SNPs Under Positive Selection	34	[EMPTY_CELL]	0.99

SNPs Under Negative Selection	31	[EMPTY_CELL]	0.05*

Functional Addiction Susceptibility SNPs	124	[EMPTY_CELL]	0.63

All SNPs in The Positive Haplotypes	1907	[EMPTY_CELL]	1.00

", "cells": [{"cell": "Functional Categories", "bbox": [63, 4, 140, 13]}, {"cell": "Vulnerable SNP Number", "bbox": [224, 4, 310, 13]}, {"cell": "HaplotypeNumber", "bbox": [348, 4, 386, 22]}, {"cell": "Monte Carlop-values", "bbox": [424, 4, 467, 22]}, {"cell": "SNPs Introducing Non-Synonymous Mutations", "bbox": [26, 26, 177, 36]}, {"cell": "26", "bbox": [262, 26, 272, 36]}, {"cell": "[EMPTY_CELL]", "bbox": [362, 26, 372, 36]}, {"cell": "0.001*", "bbox": [435, 26, 456, 36]}, {"cell": "SNPs Introducing Synonymous Mutations", "bbox": [34, 38, 169, 48]}, {"cell": "25", "bbox": [262, 38, 272, 48]}, {"cell": "[EMPTY_CELL]", "bbox": [362, 38, 372, 48]}, {"cell": "0.001*", "bbox": [435, 38, 456, 48]}, {"cell": "SNPs Introducing Stop Codon Gain", "bbox": [44, 50, 159, 60]}, {"cell": "0", "bbox": [264, 50, 270, 60]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 50, 370, 60]}, {"cell": "1.00", "bbox": [438, 50, 453, 60]}, {"cell": "SNPs Introducing Stop Codon Lost", "bbox": [44, 62, 159, 72]}, {"cell": "0", "bbox": [264, 62, 270, 72]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 62, 370, 72]}, {"cell": "1.00", "bbox": [438, 62, 453, 72]}, {"cell": "SNPs Introducing ORF Frame Shift", "bbox": [46, 74, 158, 83]}, {"cell": "0", "bbox": [264, 74, 270, 83]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 74, 370, 83]}, {"cell": "1.00", "bbox": [438, 74, 453, 83]}, {"cell": "SNPs Introducing Altered Splicing Junction", "bbox": [32, 86, 172, 95]}, {"cell": "1", "bbox": [264, 86, 270, 95]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 86, 370, 95]}, {"cell": "0.92", "bbox": [438, 86, 453, 95]}, {"cell": "SNPs Introducing Altered TF Binding Sites", "bbox": [33, 98, 170, 107]}, {"cell": "4", "bbox": [264, 98, 270, 107]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 98, 370, 107]}, {"cell": "0.83", "bbox": [438, 98, 453, 107]}, {"cell": "SNPs Introducing Altered miRNA Targets", "bbox": [35, 110, 168, 119]}, {"cell": "2", "bbox": [264, 110, 270, 119]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 110, 370, 119]}, {"cell": "0.28", "bbox": [438, 110, 453, 119]}, {"cell": "SNPs Correlated With Differentially Gene Expression", "bbox": [18, 122, 186, 131]}, {"cell": "24", "bbox": [262, 122, 272, 131]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 122, 370, 131]}, {"cell": "0.42", "bbox": [438, 122, 453, 131]}, {"cell": "SNPs Under Positive Selection", "bbox": [52, 134, 151, 143]}, {"cell": "34", "bbox": [262, 134, 272, 143]}, {"cell": "[EMPTY_CELL]", "bbox": [362, 134, 372, 143]}, {"cell": "0.99", "bbox": [438, 134, 453, 143]}, {"cell": "SNPs Under Negative Selection", "bbox": [51, 146, 153, 155]}, {"cell": "31", "bbox": [262, 146, 272, 155]}, {"cell": "[EMPTY_CELL]", "bbox": [362, 146, 372, 155]}, {"cell": "0.05*", "bbox": [437, 146, 455, 155]}, {"cell": "Functional Addiction Susceptibility SNPs", "bbox": [30, 158, 173, 167]}, {"cell": "124", "bbox": [260, 158, 274, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [362, 158, 372, 167]}, {"cell": "0.63", "bbox": [438, 158, 453, 167]}, {"cell": "All SNPs in The Positive Haplotypes", "bbox": [38, 170, 165, 179]}, {"cell": "1907", "bbox": [258, 170, 275, 179]}, {"cell": "[EMPTY_CELL]", "bbox": [360, 170, 374, 179]}, {"cell": "1.00", "bbox": [438, 170, 453, 179]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Measurement	Average Concentration (μg/m3)	Conc. Error (%), TSI DRX vs. Airborne Module 	Emission Rate (μg/s)	Emission Error (%), Calculated Value vs. Field Value	Average Concentration (μg/m3)	Conc. Error (%), TSI DRX vs. Airborne Module	Emission Rate (μg/s)	Emission Error (%), Calculated Value vs. Field Value

[EMPTY_CELL]	Test 1	Test 2

TSI DRX	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Raw data	18.579	NA	10,646.214	47.9	[EMPTY_CELL]	NA	7213.353	53.1

10 s Mov. Ave.	NA *	NA	NA *	NA *	[EMPTY_CELL]	NA	6924.893	54.9

15 s Mov. Ave.	29.165	NA	16,712.084	18.27	[EMPTY_CELL]	NA	6979.260	54.6

20 s Mov. Ave.	32.500	NA	18,623.284	8.93	[EMPTY_CELL]	NA	6793.132	55.8

30 s Mov. Ave.	39.484	NA	22,625.078	10.64	[EMPTY_CELL]	NA	6747.759	56.1

60 s Mov. Ave.	93.055	NA	53,322.700	160.76	[EMPTY_CELL]	NA	7232.394	52.9

90 s Mov. Ave.	104.552	NA	59,911.108	192.98	[EMPTY_CELL]	NA	8024.461	47.8

Airborne module	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Raw data	3.201	82.7	1834.189	91.0	[EMPTY_CELL]	89.29	779.523	94.9

10 s Mov. Ave. Corr.	NA *	NA *	NA *	NA *	[EMPTY_CELL]	163.39	18,232.334	18.5

15 s Mov. Ave. Corr.	32.336	10.9	18,529.561	9.4	[EMPTY_CELL]	162.2	18,296.784	18.9

20 s Mov. Ave. Corr.	32.129	1.1	18,410.932	9.8	[EMPTY_CELL]	170.7	18,390.435	19.6

30 s Mov. Ave. Corr.	32.357	18.8	18,541.318	9.3	[EMPTY_CELL]	181.7	19,005.532	23.5

60 s Mov. Ave. Corr.	32.382	65.2	18,555.661	9.3	[EMPTY_CELL]	173.1	19,748.159	28.4

90 s Mov. Ave. Corr.	32.487	68.9	18,615.632	8.9	[EMPTY_CELL]	144.7	19,624.319	27.6

", "cells": [{"cell": "Measurement", "bbox": [0, 23, 55, 33]}, {"cell": "Average Concentration (μg/m3)", "bbox": [85, 3, 141, 33]}, {"cell": "Conc. Error (%), TSI DRX vs. Airborne Module ", "bbox": [149, 3, 218, 33]}, {"cell": "Emission Rate (μg/s)", "bbox": [234, 8, 277, 28]}, {"cell": "Emission Error (%), Calculated Value vs. Field Value", "bbox": [292, 3, 368, 33]}, {"cell": "Average Concentration (μg/m3)", "bbox": [379, 3, 436, 33]}, {"cell": "Conc. Error (%), TSI DRX vs. Airborne Module", "bbox": [447, 3, 516, 33]}, {"cell": "Emission Rate (μg/s)", "bbox": [528, 8, 585, 28]}, {"cell": "Emission Error (%), Calculated Value vs. Field Value", "bbox": [597, 3, 673, 33]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Test 1", "bbox": [214, 38, 238, 48]}, {"cell": "Test 2", "bbox": [513, 38, 536, 48]}, {"cell": "TSI DRX", "bbox": [0, 52, 37, 63]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Raw data", "bbox": [0, 67, 37, 76]}, {"cell": "18.579", "bbox": [100, 67, 125, 76]}, {"cell": "NA", "bbox": [176, 67, 192, 76]}, {"cell": "10,646.214", "bbox": [235, 67, 275, 76]}, {"cell": "47.9", "bbox": [321, 67, 338, 76]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 67, 420, 76]}, {"cell": "NA", "bbox": [474, 67, 490, 76]}, {"cell": "7213.353", "bbox": [540, 67, 573, 76]}, {"cell": "53.1", "bbox": [626, 67, 643, 76]}, {"cell": "10 s Mov. Ave.", "bbox": [0, 77, 56, 86]}, {"cell": "NA *", "bbox": [102, 77, 123, 86]}, {"cell": "NA", "bbox": [176, 77, 192, 86]}, {"cell": "NA *", "bbox": [245, 77, 265, 86]}, {"cell": "NA *", "bbox": [319, 77, 340, 86]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 77, 420, 86]}, {"cell": "NA", "bbox": [474, 77, 490, 86]}, {"cell": "6924.893", "bbox": [540, 77, 573, 86]}, {"cell": "54.9", "bbox": [626, 77, 643, 86]}, {"cell": "15 s Mov. Ave.", "bbox": [0, 87, 56, 97]}, {"cell": "29.165", "bbox": [100, 87, 125, 97]}, {"cell": "NA", "bbox": [176, 87, 192, 97]}, {"cell": "16,712.084", "bbox": [235, 87, 275, 97]}, {"cell": "18.27", "bbox": [319, 87, 340, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 87, 420, 97]}, {"cell": "NA", "bbox": [474, 87, 490, 97]}, {"cell": "6979.260", "bbox": [540, 87, 573, 97]}, {"cell": "54.6", "bbox": [626, 87, 643, 97]}, {"cell": "20 s Mov. Ave.", "bbox": [0, 98, 56, 107]}, {"cell": "32.500", "bbox": [100, 98, 125, 107]}, {"cell": "NA", "bbox": [176, 98, 192, 107]}, {"cell": "18,623.284", "bbox": [235, 98, 275, 107]}, {"cell": "8.93", "bbox": [321, 98, 338, 107]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 98, 420, 107]}, {"cell": "NA", "bbox": [474, 98, 490, 107]}, {"cell": "6793.132", "bbox": [540, 98, 573, 107]}, {"cell": "55.8", "bbox": [626, 98, 643, 107]}, {"cell": "30 s Mov. Ave.", "bbox": [0, 108, 56, 117]}, {"cell": "39.484", "bbox": [100, 108, 125, 117]}, {"cell": "NA", "bbox": [176, 108, 192, 117]}, {"cell": "22,625.078", "bbox": [235, 108, 275, 117]}, {"cell": "10.64", "bbox": [319, 108, 340, 117]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 108, 420, 117]}, {"cell": "NA", "bbox": [474, 108, 490, 117]}, {"cell": "6747.759", "bbox": [540, 108, 573, 117]}, {"cell": "56.1", "bbox": [626, 108, 643, 117]}, {"cell": "60 s Mov. Ave.", "bbox": [0, 118, 56, 127]}, {"cell": "93.055", "bbox": [100, 118, 125, 127]}, {"cell": "NA", "bbox": [176, 118, 192, 127]}, {"cell": "53,322.700", "bbox": [235, 118, 275, 127]}, {"cell": "160.76", "bbox": [317, 118, 342, 127]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 118, 420, 127]}, {"cell": "NA", "bbox": [474, 118, 490, 127]}, {"cell": "7232.394", "bbox": [540, 118, 573, 127]}, {"cell": "52.9", "bbox": [626, 118, 643, 127]}, {"cell": "90 s Mov. Ave.", "bbox": [0, 128, 56, 137]}, {"cell": "104.552", "bbox": [98, 128, 127, 137]}, {"cell": "NA", "bbox": [176, 128, 192, 137]}, {"cell": "59,911.108", "bbox": [235, 128, 275, 137]}, {"cell": "192.98", "bbox": [317, 128, 342, 137]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 128, 420, 137]}, {"cell": "NA", "bbox": [474, 128, 490, 137]}, {"cell": "8024.461", "bbox": [540, 128, 573, 137]}, {"cell": "47.8", "bbox": [626, 128, 643, 137]}, {"cell": "Airborne module", "bbox": [0, 143, 69, 153]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Raw data", "bbox": [0, 157, 37, 167]}, {"cell": "3.201", "bbox": [102, 157, 123, 167]}, {"cell": "82.7", "bbox": [176, 157, 192, 167]}, {"cell": "1834.189", "bbox": [238, 157, 272, 167]}, {"cell": "91.0", "bbox": [321, 157, 338, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [397, 157, 418, 167]}, {"cell": "89.29", "bbox": [472, 157, 492, 167]}, {"cell": "779.523", "bbox": [542, 157, 571, 167]}, {"cell": "94.9", "bbox": [626, 157, 643, 167]}, {"cell": "10 s Mov. Ave. Corr.", "bbox": [0, 168, 76, 177]}, {"cell": "NA *", "bbox": [102, 168, 123, 177]}, {"cell": "NA *", "bbox": [174, 168, 194, 177]}, {"cell": "NA *", "bbox": [245, 168, 265, 177]}, {"cell": "NA *", "bbox": [319, 168, 340, 177]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 168, 420, 177]}, {"cell": "163.39", "bbox": [470, 168, 494, 177]}, {"cell": "18,232.334", "bbox": [537, 168, 576, 177]}, {"cell": "18.5", "bbox": [626, 168, 643, 177]}, {"cell": "15 s Mov. Ave. Corr.", "bbox": [0, 178, 76, 187]}, {"cell": "32.336", "bbox": [100, 178, 125, 187]}, {"cell": "10.9", "bbox": [176, 178, 192, 187]}, {"cell": "18,529.561", "bbox": [235, 178, 275, 187]}, {"cell": "9.4", "bbox": [323, 178, 336, 187]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 178, 420, 187]}, {"cell": "162.2", "bbox": [472, 178, 492, 187]}, {"cell": "18,296.784", "bbox": [537, 178, 576, 187]}, {"cell": "18.9", "bbox": [626, 178, 643, 187]}, {"cell": "20 s Mov. Ave. Corr.", "bbox": [0, 188, 76, 197]}, {"cell": "32.129", "bbox": [100, 188, 125, 197]}, {"cell": "1.1", "bbox": [178, 188, 190, 197]}, {"cell": "18,410.932", "bbox": [235, 188, 275, 197]}, {"cell": "9.8", "bbox": [323, 188, 336, 197]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 188, 420, 197]}, {"cell": "170.7", "bbox": [472, 188, 492, 197]}, {"cell": "18,390.435", "bbox": [537, 188, 576, 197]}, {"cell": "19.6", "bbox": [626, 188, 643, 197]}, {"cell": "30 s Mov. Ave. Corr.", "bbox": [0, 198, 76, 208]}, {"cell": "32.357", "bbox": [100, 198, 125, 208]}, {"cell": "18.8", "bbox": [176, 198, 192, 208]}, {"cell": "18,541.318", "bbox": [235, 198, 275, 208]}, {"cell": "9.3", "bbox": [323, 198, 336, 208]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 198, 420, 208]}, {"cell": "181.7", "bbox": [472, 198, 492, 208]}, {"cell": "19,005.532", "bbox": [537, 198, 576, 208]}, {"cell": "23.5", "bbox": [626, 198, 643, 208]}, {"cell": "60 s Mov. Ave. Corr.", "bbox": [0, 208, 76, 218]}, {"cell": "32.382", "bbox": [100, 208, 125, 218]}, {"cell": "65.2", "bbox": [176, 208, 192, 218]}, {"cell": "18,555.661", "bbox": [235, 208, 275, 218]}, {"cell": "9.3", "bbox": [323, 208, 336, 218]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 208, 420, 218]}, {"cell": "173.1", "bbox": [472, 208, 492, 218]}, {"cell": "19,748.159", "bbox": [537, 208, 576, 218]}, {"cell": "28.4", "bbox": [626, 208, 643, 218]}, {"cell": "90 s Mov. Ave. Corr.", "bbox": [0, 219, 76, 228]}, {"cell": "32.487", "bbox": [100, 219, 125, 228]}, {"cell": "68.9", "bbox": [176, 219, 192, 228]}, {"cell": "18,615.632", "bbox": [235, 219, 275, 228]}, {"cell": "8.9", "bbox": [323, 219, 336, 228]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 219, 420, 228]}, {"cell": "144.7", "bbox": [472, 219, 492, 228]}, {"cell": "19,624.319", "bbox": [537, 219, 576, 228]}, {"cell": "27.6", "bbox": [626, 219, 643, 228]}]}

System: You are a multi-task OCR recognition expert. Your task is to accurately extract information from images and output it in the specified format. You need to accomplish two things simultaneously: first, structure the table into HTML code, and second, detect and output the text and precise coordinates of each cell.


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

SNP class	No. of SNPs	No. of SNPs in category

[EMPTY_CELL]	[EMPTY_CELL]	SNP	mSNP	Indel	SNP-SNP	Indel-SNP	SNP-in-Insertion	F1D	Codon-based

MHR	18,958	9,913	191	[EMPTY_CELL]	737	286	1,114	1,864	2,395

CRBT	5,876	4,248	0	[EMPTY_CELL]	761	96	144	44	41

Other	9,755	6,014	0	[EMPTY_CELL]	1,387	196	428	150	366

NMH	36,088	25,782	1,050	[EMPTY_CELL]	979	298	843	1,498	2,273

OTV	1,030	415	1	[EMPTY_CELL]	126	21	11	38	312

PHR	23,355	16,891	519	[EMPTY_CELL]	3,101	280	303	157	261

Reproducibility	3,263	2,568	129	[EMPTY_CELL]	182	17	39	55	73

AAvarianceY	491	339	10	[EMPTY_CELL]	82	8	8	1	5

ABvarianceX	1,775	1,095	11	[EMPTY_CELL]	328	32	32	18	38

ABvarianceY	3,212	2,367	54	[EMPTY_CELL]	384	51	34	14	29

BBvarianceY	394	183	6	[EMPTY_CELL]	144	7	5	2	4

nMinorHom	1,611	1,153	87	[EMPTY_CELL]	53	17	31	33	61

FilteredPHR	12,609	9,186	222	[EMPTY_CELL]	1,928	148	154	34	51

No of markers on array	95,063	63,263	1,761	[EMPTY_CELL]	7,092	1,177	2,843	3,751	5,648

", "cells": [{"cell": "SNP class", "bbox": [1, 4, 35, 13]}, {"cell": "No. of SNPs", "bbox": [95, 4, 137, 13]}, {"cell": "No. of SNPs in category", "bbox": [149, 4, 233, 13]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "SNP", "bbox": [149, 17, 164, 27]}, {"cell": "mSNP", "bbox": [182, 17, 205, 27]}, {"cell": "Indel", "bbox": [216, 17, 236, 27]}, {"cell": "SNP-SNP", "bbox": [247, 17, 279, 27]}, {"cell": "Indel-SNP", "bbox": [290, 17, 326, 27]}, {"cell": "SNP-in-Insertion", "bbox": [337, 17, 395, 27]}, {"cell": "F1D", "bbox": [407, 17, 422, 27]}, {"cell": "Codon-based", "bbox": [437, 17, 484, 27]}, {"cell": "MHR", "bbox": [1, 30, 18, 38]}, {"cell": "18,958", "bbox": [95, 30, 117, 40]}, {"cell": "9,913", "bbox": [149, 30, 167, 40]}, {"cell": "191", "bbox": [182, 30, 196, 40]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 30, 235, 40]}, {"cell": "737", "bbox": [247, 30, 260, 40]}, {"cell": "286", "bbox": [290, 30, 304, 40]}, {"cell": "1,114", "bbox": [337, 30, 356, 40]}, {"cell": "1,864", "bbox": [407, 30, 425, 40]}, {"cell": "2,395", "bbox": [437, 30, 455, 40]}, {"cell": "CRBT", "bbox": [1, 44, 20, 52]}, {"cell": "5,876", "bbox": [95, 44, 113, 54]}, {"cell": "4,248", "bbox": [149, 44, 167, 54]}, {"cell": "0", "bbox": [182, 44, 188, 54]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 44, 230, 54]}, {"cell": "761", "bbox": [247, 44, 260, 54]}, {"cell": "96", "bbox": [290, 44, 300, 54]}, {"cell": "144", "bbox": [337, 44, 351, 54]}, {"cell": "44", "bbox": [407, 44, 416, 54]}, {"cell": "41", "bbox": [437, 44, 446, 54]}, {"cell": "Other", "bbox": [1, 58, 21, 66]}, {"cell": "9,755", "bbox": [95, 58, 113, 68]}, {"cell": "6,014", "bbox": [149, 58, 167, 68]}, {"cell": "0", "bbox": [182, 58, 188, 68]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 58, 235, 68]}, {"cell": "1,387", "bbox": [247, 58, 266, 68]}, {"cell": "196", "bbox": [290, 58, 304, 68]}, {"cell": "428", "bbox": [337, 58, 351, 68]}, {"cell": "150", "bbox": [407, 58, 420, 68]}, {"cell": "366", "bbox": [437, 58, 450, 68]}, {"cell": "NMH", "bbox": [1, 72, 19, 80]}, {"cell": "36,088", "bbox": [95, 72, 117, 82]}, {"cell": "25,782", "bbox": [149, 72, 171, 82]}, {"cell": "1,050", "bbox": [182, 72, 201, 82]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 72, 235, 82]}, {"cell": "979", "bbox": [247, 72, 260, 82]}, {"cell": "298", "bbox": [290, 72, 304, 82]}, {"cell": "843", "bbox": [337, 72, 351, 82]}, {"cell": "1,498", "bbox": [407, 72, 425, 82]}, {"cell": "2,273", "bbox": [437, 72, 455, 82]}, {"cell": "OTV", "bbox": [1, 86, 17, 94]}, {"cell": "1,030", "bbox": [95, 86, 113, 96]}, {"cell": "415", "bbox": [149, 86, 162, 96]}, {"cell": "1", "bbox": [182, 86, 188, 96]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 86, 230, 96]}, {"cell": "126", "bbox": [247, 86, 260, 96]}, {"cell": "21", "bbox": [290, 86, 300, 96]}, {"cell": "11", "bbox": [337, 86, 347, 96]}, {"cell": "38", "bbox": [407, 86, 416, 96]}, {"cell": "312", "bbox": [437, 86, 450, 96]}, {"cell": "PHR", "bbox": [1, 100, 16, 108]}, {"cell": "23,355", "bbox": [95, 100, 117, 110]}, {"cell": "16,891", "bbox": [149, 100, 171, 110]}, {"cell": "519", "bbox": [182, 100, 196, 110]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 100, 235, 110]}, {"cell": "3,101", "bbox": [247, 100, 266, 110]}, {"cell": "280", "bbox": [290, 100, 304, 110]}, {"cell": "303", "bbox": [337, 100, 351, 110]}, {"cell": "157", "bbox": [407, 100, 420, 110]}, {"cell": "261", "bbox": [437, 100, 450, 110]}, {"cell": "Reproducibility", "bbox": [1, 114, 50, 124]}, {"cell": "3,263", "bbox": [95, 114, 113, 124]}, {"cell": "2,568", "bbox": [149, 114, 167, 124]}, {"cell": "129", "bbox": [182, 114, 196, 124]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 114, 230, 124]}, {"cell": "182", "bbox": [247, 114, 260, 124]}, {"cell": "17", "bbox": [290, 114, 300, 124]}, {"cell": "39", "bbox": [337, 114, 347, 124]}, {"cell": "55", "bbox": [407, 114, 416, 124]}, {"cell": "73", "bbox": [437, 114, 446, 124]}, {"cell": "AAvarianceY", "bbox": [1, 128, 42, 138]}, {"cell": "491", "bbox": [95, 128, 108, 138]}, {"cell": "339", "bbox": [149, 128, 162, 138]}, {"cell": "10", "bbox": [182, 128, 192, 138]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 128, 226, 138]}, {"cell": "82", "bbox": [247, 128, 257, 138]}, {"cell": "8", "bbox": [290, 128, 296, 138]}, {"cell": "8", "bbox": [337, 128, 343, 138]}, {"cell": "1", "bbox": [407, 128, 412, 138]}, {"cell": "5", "bbox": [437, 128, 442, 138]}, {"cell": "ABvarianceX", "bbox": [1, 142, 42, 152]}, {"cell": "1,775", "bbox": [95, 142, 113, 152]}, {"cell": "1,095", "bbox": [149, 142, 167, 152]}, {"cell": "11", "bbox": [182, 142, 192, 152]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 142, 230, 152]}, {"cell": "328", "bbox": [247, 142, 260, 152]}, {"cell": "32", "bbox": [290, 142, 300, 152]}, {"cell": "32", "bbox": [337, 142, 347, 152]}, {"cell": "18", "bbox": [407, 142, 416, 152]}, {"cell": "38", "bbox": [437, 142, 446, 152]}, {"cell": "ABvarianceY", "bbox": [1, 156, 41, 166]}, {"cell": "3,212", "bbox": [95, 156, 113, 166]}, {"cell": "2,367", "bbox": [149, 156, 167, 166]}, {"cell": "54", "bbox": [182, 156, 192, 166]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 156, 230, 166]}, {"cell": "384", "bbox": [247, 156, 260, 166]}, {"cell": "51", "bbox": [290, 156, 300, 166]}, {"cell": "34", "bbox": [337, 156, 347, 166]}, {"cell": "14", "bbox": [407, 156, 416, 166]}, {"cell": "29", "bbox": [437, 156, 446, 166]}, {"cell": "BBvarianceY", "bbox": [1, 170, 41, 180]}, {"cell": "394", "bbox": [95, 170, 108, 180]}, {"cell": "183", "bbox": [149, 170, 162, 180]}, {"cell": "6", "bbox": [182, 170, 188, 180]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 170, 226, 180]}, {"cell": "144", "bbox": [247, 170, 260, 180]}, {"cell": "7", "bbox": [290, 170, 296, 180]}, {"cell": "5", "bbox": [337, 170, 343, 180]}, {"cell": "2", "bbox": [407, 170, 412, 180]}, {"cell": "4", "bbox": [437, 170, 442, 180]}, {"cell": "nMinorHom", "bbox": [1, 184, 41, 194]}, {"cell": "1,611", "bbox": [95, 184, 113, 194]}, {"cell": "1,153", "bbox": [149, 184, 167, 194]}, {"cell": "87", "bbox": [182, 184, 192, 194]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 184, 230, 194]}, {"cell": "53", "bbox": [247, 184, 257, 194]}, {"cell": "17", "bbox": [290, 184, 300, 194]}, {"cell": "31", "bbox": [337, 184, 347, 194]}, {"cell": "33", "bbox": [407, 184, 416, 194]}, {"cell": "61", "bbox": [437, 184, 446, 194]}, {"cell": "FilteredPHR", "bbox": [1, 198, 45, 208]}, {"cell": "12,609", "bbox": [95, 198, 117, 208]}, {"cell": "9,186", "bbox": [149, 198, 167, 208]}, {"cell": "222", "bbox": [182, 198, 196, 208]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 198, 230, 208]}, {"cell": "1,928", "bbox": [247, 198, 266, 208]}, {"cell": "148", "bbox": [290, 198, 304, 208]}, {"cell": "154", "bbox": [337, 198, 351, 208]}, {"cell": "34", "bbox": [407, 198, 416, 208]}, {"cell": "51", "bbox": [437, 198, 446, 208]}, {"cell": "No of markers on array", "bbox": [1, 212, 83, 222]}, {"cell": "95,063", "bbox": [95, 212, 117, 222]}, {"cell": "63,263", "bbox": [149, 212, 171, 222]}, {"cell": "1,761", "bbox": [182, 212, 201, 222]}, {"cell": "[EMPTY_CELL]", "bbox": [216, 212, 235, 222]}, {"cell": "7,092", "bbox": [247, 212, 266, 222]}, {"cell": "1,177", "bbox": [290, 212, 309, 222]}, {"cell": "2,843", "bbox": [337, 212, 356, 222]}, {"cell": "3,751", "bbox": [407, 212, 425, 222]}, {"cell": "5,648", "bbox": [437, 212, 455, 222]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Category no.	Accompaniment in the main meal	CKDu patients	Non-CKDu subjects	χ2(p value)	Odds ratio (95% CI)

No. of meals reported % (N)	No. of subjects % (n)	No. of meals reported % (N)	No. of subjects % (n)

1	Animal sources	35.7 (322)	97 (97)	42.1(370)	88 (88)	[EMPTY_CELL]	0.5270.398-0.698

2	Fruit vegetables	33.7 (304)	97 (97)	28.3 (249)	98 (98)	[EMPTY_CELL]	0.7390.553-0.989

3	Pulses & products	27.8 (250)	97 (97)	28.9 (254)	95 (95)	[EMPTY_CELL]	0.5960.444-0.801

4	Starchy vegetables	21.9 (197)	88 (88)	11.3 (99)	69 (69)	[EMPTY_CELL]	1.2050.859-1.691

5	Sambol/kirihodi	21.4 (193)	89 (89)	14.4 (127)	80 (80)	[EMPTY_CELL]	0.9200.664-1.276

6	Other vegetable accompaniments*	20.0 (180)	86 (86)	12.4 (109)	78 (78)	[EMPTY_CELL]	-

7	Green leaves	16.3 (147)	83 (83)	15.8 (139)	81 (81)	[EMPTY_CELL]	0.6400.459-0.893

8	Leguminous pods	10.3 (93)	63 (63)	6.4 (56)	49 (49)	[EMPTY_CELL]	1.0060.669-1.512

", "cells": [{"cell": "Category no.", "bbox": [1, 4, 34, 23]}, {"cell": "Accompaniment in the main meal", "bbox": [43, 4, 110, 23]}, {"cell": "CKDu patients", "bbox": [152, 4, 204, 14]}, {"cell": "Non-CKDu subjects", "bbox": [269, 4, 338, 14]}, {"cell": "χ2(p value)", "bbox": [371, 3, 410, 14]}, {"cell": "Odds ratio (95% CI)", "bbox": [430, 4, 469, 23]}, {"cell": "No. of meals reported % (N)", "bbox": [120, 18, 173, 36]}, {"cell": "No. of subjects % (n)", "bbox": [182, 18, 236, 36]}, {"cell": "No. of meals reported % (N)", "bbox": [245, 18, 299, 36]}, {"cell": "No. of subjects % (n)", "bbox": [308, 18, 362, 36]}, {"cell": "1", "bbox": [1, 40, 6, 49]}, {"cell": "Animal sources", "bbox": [43, 40, 94, 49]}, {"cell": "35.7 (322)", "bbox": [120, 40, 152, 49]}, {"cell": "97 (97)", "bbox": [182, 40, 206, 49]}, {"cell": "42.1(370)", "bbox": [245, 40, 276, 49]}, {"cell": "88 (88)", "bbox": [308, 40, 332, 49]}, {"cell": "[EMPTY_CELL]", "bbox": [371, 40, 421, 49]}, {"cell": "0.5270.398-0.698", "bbox": [430, 40, 484, 49]}, {"cell": "2", "bbox": [1, 54, 6, 63]}, {"cell": "Fruit vegetables", "bbox": [43, 54, 96, 63]}, {"cell": "33.7 (304)", "bbox": [120, 54, 152, 63]}, {"cell": "97 (97)", "bbox": [182, 54, 206, 63]}, {"cell": "28.3 (249)", "bbox": [245, 54, 278, 63]}, {"cell": "98 (98)", "bbox": [308, 54, 332, 63]}, {"cell": "[EMPTY_CELL]", "bbox": [371, 54, 413, 63]}, {"cell": "0.7390.553-0.989", "bbox": [430, 54, 484, 63]}, {"cell": "3", "bbox": [1, 68, 6, 77]}, {"cell": "Pulses & products", "bbox": [43, 68, 102, 77]}, {"cell": "27.8 (250)", "bbox": [120, 68, 152, 77]}, {"cell": "97 (97)", "bbox": [182, 68, 206, 77]}, {"cell": "28.9 (254)", "bbox": [245, 68, 278, 77]}, {"cell": "95 (95)", "bbox": [308, 68, 332, 77]}, {"cell": "[EMPTY_CELL]", "bbox": [371, 68, 416, 77]}, {"cell": "0.5960.444-0.801", "bbox": [430, 68, 484, 77]}, {"cell": "4", "bbox": [1, 82, 6, 91]}, {"cell": "Starchy vegetables", "bbox": [43, 82, 105, 91]}, {"cell": "21.9 (197)", "bbox": [120, 82, 152, 91]}, {"cell": "88 (88)", "bbox": [182, 82, 206, 91]}, {"cell": "11.3 (99)", "bbox": [245, 82, 274, 91]}, {"cell": "69 (69)", "bbox": [308, 82, 332, 91]}, {"cell": "[EMPTY_CELL]", "bbox": [371, 82, 413, 91]}, {"cell": "1.2050.859-1.691", "bbox": [430, 82, 484, 91]}, {"cell": "5", "bbox": [1, 96, 6, 105]}, {"cell": "Sambol/kirihodi", "bbox": [43, 96, 95, 105]}, {"cell": "21.4 (193)", "bbox": [120, 96, 152, 105]}, {"cell": "89 (89)", "bbox": [182, 96, 206, 105]}, {"cell": "14.4 (127)", "bbox": [245, 96, 278, 105]}, {"cell": "80 (80)", "bbox": [308, 96, 332, 105]}, {"cell": "[EMPTY_CELL]", "bbox": [371, 96, 413, 105]}, {"cell": "0.9200.664-1.276", "bbox": [430, 96, 484, 105]}, {"cell": "6", "bbox": [1, 110, 6, 119]}, {"cell": "Other vegetable accompaniments*", "bbox": [43, 110, 103, 128]}, {"cell": "20.0 (180)", "bbox": [120, 110, 152, 119]}, {"cell": "86 (86)", "bbox": [182, 110, 206, 119]}, {"cell": "12.4 (109)", "bbox": [245, 110, 278, 119]}, {"cell": "78 (78)", "bbox": [308, 110, 332, 119]}, {"cell": "[EMPTY_CELL]", "bbox": [371, 110, 375, 119]}, {"cell": "-", "bbox": [430, 110, 435, 119]}, {"cell": "7", "bbox": [1, 133, 6, 142]}, {"cell": "Green leaves", "bbox": [43, 133, 86, 142]}, {"cell": "16.3 (147)", "bbox": [120, 133, 152, 142]}, {"cell": "83 (83)", "bbox": [182, 133, 206, 142]}, {"cell": "15.8 (139)", "bbox": [245, 133, 278, 142]}, {"cell": "81 (81)", "bbox": [308, 133, 332, 142]}, {"cell": "[EMPTY_CELL]", "bbox": [371, 133, 413, 142]}, {"cell": "0.6400.459-0.893", "bbox": [430, 133, 484, 142]}, {"cell": "8", "bbox": [1, 147, 6, 156]}, {"cell": "Leguminous pods", "bbox": [43, 147, 103, 156]}, {"cell": "10.3 (93)", "bbox": [120, 147, 149, 156]}, {"cell": "63 (63)", "bbox": [182, 147, 206, 156]}, {"cell": "6.4 (56)", "bbox": [245, 147, 270, 156]}, {"cell": "49 (49)", "bbox": [308, 147, 332, 156]}, {"cell": "[EMPTY_CELL]", "bbox": [371, 147, 413, 156]}, {"cell": "1.0060.669-1.512", "bbox": [430, 147, 484, 156]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

[EMPTY_CELL]	Clinical Condition Type

[EMPTY_CELL]	Behavioral Problems N (%)	[EMPTY_CELL]	ADHD N (%)	Mood Disorders N (%)

Evaluate and manage the problem yourself	44 (11.1)	[EMPTY_CELL]	21 (5.3)	74 (18.8)

Evaluate and manage yourself, then refer for consultation	150 (38.0)	[EMPTY_CELL]	103 (26.0)	171 (43.4)

Evaluate yourself and then refer out for management	119 (30.1)	[EMPTY_CELL]	106 (26.8)	72 (18.3)

Refer out for evaluation and management	52 (13.2)	[EMPTY_CELL]	75 (18.9)	29 (7.4)

Refer out for evaluation and then take over management	25 (6.3)	[EMPTY_CELL]	82 (20.7)	36 (9.1)

Other combination of options	5 (1.3)	[EMPTY_CELL]	9 (2.3)	12 (3.0)

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Clinical Condition Type", "bbox": [254, 5, 347, 14]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Behavioral Problems N (%)", "bbox": [105, 27, 196, 46]}, {"cell": "[EMPTY_CELL]", "bbox": [217, 27, 285, 46]}, {"cell": "ADHD N (%)", "bbox": [325, 27, 377, 36]}, {"cell": "Mood Disorders N (%)", "bbox": [407, 27, 494, 36]}, {"cell": "Evaluate and manage the problem yourself", "bbox": [14, 58, 98, 77]}, {"cell": "44 (11.1)", "bbox": [135, 58, 167, 68]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 58, 267, 68]}, {"cell": "21 (5.3)", "bbox": [337, 58, 365, 68]}, {"cell": "74 (18.8)", "bbox": [434, 58, 466, 68]}, {"cell": "Evaluate and manage yourself, then refer for consultation", "bbox": [20, 78, 98, 106]}, {"cell": "150 (38.0)", "bbox": [133, 78, 169, 87]}, {"cell": "[EMPTY_CELL]", "bbox": [233, 78, 269, 87]}, {"cell": "103 (26.0)", "bbox": [333, 78, 369, 87]}, {"cell": "171 (43.4)", "bbox": [432, 78, 469, 87]}, {"cell": "Evaluate yourself and then refer out for management", "bbox": [9, 106, 98, 125]}, {"cell": "119 (30.1)", "bbox": [133, 106, 169, 116]}, {"cell": "[EMPTY_CELL]", "bbox": [233, 106, 269, 116]}, {"cell": "106 (26.8)", "bbox": [333, 106, 369, 116]}, {"cell": "72 (18.3)", "bbox": [435, 106, 467, 116]}, {"cell": "Refer out for evaluation and management", "bbox": [16, 126, 98, 145]}, {"cell": "52 (13.2)", "bbox": [135, 126, 167, 136]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 126, 267, 136]}, {"cell": "75 (18.9)", "bbox": [335, 126, 367, 136]}, {"cell": "29 (7.4)", "bbox": [437, 126, 464, 136]}, {"cell": "Refer out for evaluation and then take over management", "bbox": [16, 145, 98, 174]}, {"cell": "25 (6.3)", "bbox": [137, 145, 165, 155]}, {"cell": "[EMPTY_CELL]", "bbox": [237, 145, 265, 155]}, {"cell": "82 (20.7)", "bbox": [335, 145, 367, 155]}, {"cell": "36 (9.1)", "bbox": [437, 145, 464, 155]}, {"cell": "Other combination of options", "bbox": [23, 174, 98, 193]}, {"cell": "5 (1.3)", "bbox": [139, 174, 163, 184]}, {"cell": "[EMPTY_CELL]", "bbox": [239, 174, 263, 184]}, {"cell": "9 (2.3)", "bbox": [339, 174, 363, 184]}, {"cell": "12 (3.0)", "bbox": [437, 174, 464, 184]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

[EMPTY_CELL]	All-cause mortality HR (95% CI)

Men (n = 1647)	Women (n = 1639)	All (n = 3286)

Smoking trajectories (n)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Never smoker (921)	[EMPTY_CELL]	1	1

Predominantly non-smoker (1086)	[EMPTY_CELL]	0.99 (0.51 to 1.92)	1.30 (0.86 to 1.99)

Predominantly smoker (692)	[EMPTY_CELL]	1.13 (0.55 to 2.35)	1.61 (1.03 to 2.50)

Lifelong smoker (587)	[EMPTY_CELL]	4.21 (2.41 to 7.33)	3.21 (2.14 to 4.79)

Most recent smoking status (n)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Never smoker (921)	[EMPTY_CELL]	1	1

Former smoker (1114)	[EMPTY_CELL]	1.09 (0.56 to 2.11)	1.28 (0.84 to 1.95)

Current smoker (1251)	[EMPTY_CELL]	2.42 (1.42 to 4.13)	2.39 (1.64 to 3.48)

Smoking status at 25 years (n)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Never smoker (917)	[EMPTY_CELL]	1	1

Former smoker (738)	[EMPTY_CELL]	0.56 (0.25 to 1.27)	1.50 (0.97 to 2.32)

Current smoker (1152)	[EMPTY_CELL]	2.24 (1.32 to 3.79)	1.90 (1.29 to 2.79)

Missing (479)	[EMPTY_CELL]	2.21 (1.14 to 4.26)	1.95 (1.24 to 3.07)

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "All-cause mortality HR (95% CI)", "bbox": [138, 4, 238, 13]}, {"cell": "Men (n = 1647)", "bbox": [138, 17, 188, 26]}, {"cell": "Women (n = 1639)", "bbox": [219, 17, 278, 26]}, {"cell": "All (n = 3286)", "bbox": [299, 17, 343, 26]}, {"cell": "Smoking trajectories (n)", "bbox": [1, 33, 72, 41]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Never smoker (921)", "bbox": [8, 43, 68, 52]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 43, 144, 52]}, {"cell": "1", "bbox": [219, 43, 224, 52]}, {"cell": "1", "bbox": [299, 43, 305, 52]}, {"cell": "Predominantly non-smoker (1086)", "bbox": [8, 53, 108, 62]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 53, 195, 62]}, {"cell": "0.99 (0.51 to 1.92)", "bbox": [219, 53, 276, 62]}, {"cell": "1.30 (0.86 to 1.99)", "bbox": [299, 53, 356, 62]}, {"cell": "Predominantly smoker (692)", "bbox": [8, 64, 91, 73]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 64, 195, 73]}, {"cell": "1.13 (0.55 to 2.35)", "bbox": [219, 64, 276, 73]}, {"cell": "1.61 (1.03 to 2.50)", "bbox": [299, 64, 356, 73]}, {"cell": "Lifelong smoker (587)", "bbox": [8, 74, 73, 83]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 74, 195, 83]}, {"cell": "4.21 (2.41 to 7.33)", "bbox": [219, 74, 276, 83]}, {"cell": "3.21 (2.14 to 4.79)", "bbox": [299, 74, 356, 83]}, {"cell": "Most recent smoking status (n)", "bbox": [1, 85, 94, 94]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Never smoker (921)", "bbox": [8, 95, 68, 104]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 95, 144, 104]}, {"cell": "1", "bbox": [219, 95, 224, 104]}, {"cell": "1", "bbox": [299, 95, 305, 104]}, {"cell": "Former smoker (1114)", "bbox": [8, 106, 75, 115]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 106, 195, 115]}, {"cell": "1.09 (0.56 to 2.11)", "bbox": [219, 106, 276, 115]}, {"cell": "1.28 (0.84 to 1.95)", "bbox": [299, 106, 356, 115]}, {"cell": "Current smoker (1251)", "bbox": [8, 116, 75, 125]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 116, 195, 125]}, {"cell": "2.42 (1.42 to 4.13)", "bbox": [219, 116, 276, 125]}, {"cell": "2.39 (1.64 to 3.48)", "bbox": [299, 116, 356, 125]}, {"cell": "Smoking status at 25 years (n)", "bbox": [1, 127, 93, 136]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Never smoker (917)", "bbox": [8, 137, 68, 146]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 137, 144, 146]}, {"cell": "1", "bbox": [219, 137, 224, 146]}, {"cell": "1", "bbox": [299, 137, 305, 146]}, {"cell": "Former smoker (738)", "bbox": [8, 148, 71, 156]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 148, 195, 156]}, {"cell": "0.56 (0.25 to 1.27)", "bbox": [219, 148, 276, 156]}, {"cell": "1.50 (0.97 to 2.32)", "bbox": [299, 148, 356, 156]}, {"cell": "Current smoker (1152)", "bbox": [8, 158, 75, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 158, 195, 167]}, {"cell": "2.24 (1.32 to 3.79)", "bbox": [219, 158, 276, 167]}, {"cell": "1.90 (1.29 to 2.79)", "bbox": [299, 158, 356, 167]}, {"cell": "Missing (479)", "bbox": [8, 168, 50, 177]}, {"cell": "[EMPTY_CELL]", "bbox": [138, 168, 195, 177]}, {"cell": "2.21 (1.14 to 4.26)", "bbox": [219, 168, 276, 177]}, {"cell": "1.95 (1.24 to 3.07)", "bbox": [299, 168, 356, 177]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

AAs	Linear regression data	LOQ (μg)	LOD (μg)

Regressive equation	Test range (mg/mL)	r

[EMPTY_CELL]	Y = 509.433X − 16.066	0.050–1.000	0.9998	0.017	0.005

[EMPTY_CELL]	Y = 449.506X − 5.904	0.099–1.986	1.0000	0.040	0.012

[EMPTY_CELL]	Y = 642.902X − 4.916	0.050–1.000	0.9999	0.020	0.006

[EMPTY_CELL]	Y = 890.173X − 8.861	0.101–2.016	1.0000	0.015	0.004

[EMPTY_CELL]	Y = 398.247X − 4.785	0.050–1.005	1.0000	0.040	0.012

[EMPTY_CELL]	Y = 796.495X − 7.740	0.099–1.987	1.0000	0.030	0.009

[EMPTY_CELL]	Y = 659.777X − 6.110	0.200–4.006	0.9999	0.020	0.006

[EMPTY_CELL]	Y = 419.329X − 3.329	0.035–0.693	0.9999	0.015	0.005

[EMPTY_CELL]	Y = 595.691X − 2.190	0.050–1.002	1.0000	0.015	0.004

[EMPTY_CELL]	Y = 555.808X − 1.043	0.030–0.607	1.0000	0.010	0.003

[EMPTY_CELL]	Y = 560.738X − 1.376	0.100–1.993	1.0000	0.013	0.004

[EMPTY_CELL]	Y = 455.008X − 1.167	0.050–0.990	1.0000	0.030	0.009

[EMPTY_CELL]	Y = 619.760X − 4.322	0.050–1.010	0.9999	0.012	0.003

[EMPTY_CELL]	Y = 869.350X − 1.930	0.030–0.605	0.9999	0.010	0.003

", "cells": [{"cell": "AAs", "bbox": [2, 9, 20, 20]}, {"cell": "Linear regression data", "bbox": [158, 4, 239, 15]}, {"cell": "LOQ (μg)", "bbox": [379, 6, 417, 21]}, {"cell": "LOD (μg)", "bbox": [461, 6, 499, 21]}, {"cell": "Regressive equation", "bbox": [67, 16, 140, 27]}, {"cell": "Test range (mg/mL)", "bbox": [191, 16, 264, 27]}, {"cell": "r", "bbox": [319, 13, 324, 29]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 29, 18, 40]}, {"cell": "Y = 509.433X − 16.066", "bbox": [61, 26, 146, 41]}, {"cell": "0.050–1.000", "bbox": [205, 29, 250, 40]}, {"cell": "0.9998", "bbox": [309, 29, 334, 40]}, {"cell": "0.017", "bbox": [388, 29, 408, 40]}, {"cell": "0.005", "bbox": [469, 29, 491, 40]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 42, 18, 52]}, {"cell": "Y = 449.506X − 5.904", "bbox": [63, 38, 144, 54]}, {"cell": "0.099–1.986", "bbox": [205, 42, 250, 52]}, {"cell": "1.0000", "bbox": [309, 42, 334, 52]}, {"cell": "0.040", "bbox": [387, 42, 409, 52]}, {"cell": "0.012", "bbox": [470, 42, 490, 52]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 54, 16, 65]}, {"cell": "Y = 642.902X − 4.916", "bbox": [63, 51, 144, 66]}, {"cell": "0.050–1.000", "bbox": [205, 54, 250, 65]}, {"cell": "0.9999", "bbox": [309, 54, 335, 65]}, {"cell": "0.020", "bbox": [387, 54, 409, 65]}, {"cell": "0.006", "bbox": [469, 54, 491, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 67, 17, 77]}, {"cell": "Y = 890.173X − 8.861", "bbox": [63, 63, 144, 79]}, {"cell": "0.101–2.016", "bbox": [207, 67, 248, 77]}, {"cell": "1.0000", "bbox": [309, 67, 334, 77]}, {"cell": "0.015", "bbox": [388, 67, 408, 77]}, {"cell": "0.004", "bbox": [469, 67, 491, 77]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 79, 18, 90]}, {"cell": "Y = 398.247X − 4.785", "bbox": [63, 76, 144, 91]}, {"cell": "0.050–1.005", "bbox": [205, 79, 249, 90]}, {"cell": "1.0000", "bbox": [309, 79, 334, 90]}, {"cell": "0.040", "bbox": [387, 79, 409, 90]}, {"cell": "0.012", "bbox": [470, 79, 490, 90]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 91, 17, 102]}, {"cell": "Y = 796.495X − 7.740", "bbox": [63, 88, 144, 104]}, {"cell": "0.099–1.987", "bbox": [205, 91, 249, 102]}, {"cell": "1.0000", "bbox": [309, 91, 334, 102]}, {"cell": "0.030", "bbox": [387, 91, 409, 102]}, {"cell": "0.009", "bbox": [469, 91, 491, 102]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 104, 17, 115]}, {"cell": "Y = 659.777X − 6.110", "bbox": [63, 101, 144, 116]}, {"cell": "0.200–4.006", "bbox": [204, 104, 250, 115]}, {"cell": "0.9999", "bbox": [308, 104, 335, 115]}, {"cell": "0.020", "bbox": [387, 104, 409, 115]}, {"cell": "0.006", "bbox": [469, 104, 491, 115]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 116, 17, 127]}, {"cell": "Y = 419.329X − 3.329", "bbox": [63, 113, 144, 129]}, {"cell": "0.035–0.693", "bbox": [205, 116, 250, 127]}, {"cell": "0.9999", "bbox": [308, 116, 335, 127]}, {"cell": "0.015", "bbox": [388, 116, 408, 127]}, {"cell": "0.005", "bbox": [469, 116, 491, 127]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 129, 16, 139]}, {"cell": "Y = 595.691X − 2.190", "bbox": [63, 126, 144, 141]}, {"cell": "0.050–1.002", "bbox": [205, 129, 249, 139]}, {"cell": "1.0000", "bbox": [309, 129, 334, 139]}, {"cell": "0.015", "bbox": [388, 129, 408, 139]}, {"cell": "0.004", "bbox": [469, 129, 491, 139]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 141, 14, 152]}, {"cell": "Y = 555.808X − 1.043", "bbox": [63, 138, 144, 153]}, {"cell": "0.030–0.607", "bbox": [204, 141, 250, 152]}, {"cell": "1.0000", "bbox": [309, 141, 334, 152]}, {"cell": "0.010", "bbox": [388, 141, 408, 152]}, {"cell": "0.003", "bbox": [469, 141, 491, 152]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 154, 18, 164]}, {"cell": "Y = 560.738X − 1.376", "bbox": [63, 150, 144, 166]}, {"cell": "0.100–1.993", "bbox": [206, 154, 249, 164]}, {"cell": "1.0000", "bbox": [309, 154, 334, 164]}, {"cell": "0.013", "bbox": [388, 154, 408, 164]}, {"cell": "0.004", "bbox": [469, 154, 491, 164]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 166, 18, 177]}, {"cell": "Y = 455.008X − 1.167", "bbox": [63, 163, 144, 178]}, {"cell": "0.050–0.990", "bbox": [204, 166, 250, 177]}, {"cell": "1.0000", "bbox": [309, 166, 334, 177]}, {"cell": "0.030", "bbox": [387, 166, 409, 177]}, {"cell": "0.009", "bbox": [469, 166, 491, 177]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 179, 19, 189]}, {"cell": "Y = 619.760X − 4.322", "bbox": [63, 175, 144, 191]}, {"cell": "0.050–1.010", "bbox": [206, 179, 249, 189]}, {"cell": "0.9999", "bbox": [308, 179, 334, 189]}, {"cell": "0.012", "bbox": [388, 179, 408, 189]}, {"cell": "0.003", "bbox": [469, 179, 491, 189]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 191, 16, 202]}, {"cell": "Y = 869.350X − 1.930", "bbox": [63, 188, 144, 203]}, {"cell": "0.030–0.605", "bbox": [205, 191, 250, 202]}, {"cell": "0.9999", "bbox": [308, 191, 335, 202]}, {"cell": "0.010", "bbox": [388, 191, 408, 202]}, {"cell": "0.003", "bbox": [469, 191, 491, 202]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Analyte	LOD (μg/mL)	LOQ (μg/mL)	Repeatability at LOQ (% RSD, n = 6)	Linearity range (μg/mL)	Calibration equation (y = area, x = μg/mL)	95% confidence interval for intercept	Residual standard deviation

Imp-1	0.06	0.19	1.36	0.19–7.50	y = 23.382x − 1.3075	(−3.81,1.20)	[EMPTY_CELL]

Imp-2	0.11	0.26	1.55	0.26–7.50	y = 25.474x + 0.136	(−1.20,1.47)	[EMPTY_CELL]

Imp-3	0.12	0.29	1.28	0.29–7.50	y = 25.664x − 2.9776	(−3.81,2.60)	[EMPTY_CELL]

Imp-4	0.12	0.31	1.83	0.31–7.50	y = 21.13x + 0.4211	(−1.20,2.03)	[EMPTY_CELL]

Imp-5	0.08	0.25	1.15	0.25–7.50	y = 20.019x − 0.5906	(−2.67,1.49)	[EMPTY_CELL]

Imp-6	0.13	0.35	1.66	0.31–7.50	y = 20.455x − 0.6923	(−2.63,1.26)	[EMPTY_CELL]

a M	0.09	0.21	1.27	0.21–7.50	y = 21.049x + 0.4519	(−1.07,1.97)	[EMPTY_CELL]

", "cells": [{"cell": "Analyte", "bbox": [7, 22, 42, 33]}, {"cell": "LOD (μg/mL)", "bbox": [54, 14, 91, 41]}, {"cell": "LOQ (μg/mL)", "bbox": [106, 14, 143, 41]}, {"cell": "Repeatability at LOQ (% RSD, n = 6)", "bbox": [150, 7, 218, 48]}, {"cell": "Linearity range (μg/mL)", "bbox": [222, 7, 265, 49]}, {"cell": "Calibration equation (y = area, x = μg/mL)", "bbox": [276, 14, 367, 41]}, {"cell": "95% confidence interval for intercept", "bbox": [375, 7, 445, 48]}, {"cell": "Residual standard deviation", "bbox": [451, 7, 492, 48]}, {"cell": "Imp-1", "bbox": [11, 52, 37, 63]}, {"cell": "0.06", "bbox": [63, 52, 82, 63]}, {"cell": "0.19", "bbox": [115, 52, 135, 63]}, {"cell": "1.36", "bbox": [174, 52, 194, 63]}, {"cell": "0.19–7.50", "bbox": [223, 52, 265, 63]}, {"cell": "y = 23.382x − 1.3075", "bbox": [278, 49, 365, 64]}, {"cell": "(−3.81,1.20)", "bbox": [384, 49, 436, 64]}, {"cell": "[EMPTY_CELL]", "bbox": [462, 52, 481, 63]}, {"cell": "Imp-2", "bbox": [11, 67, 37, 78]}, {"cell": "0.11", "bbox": [63, 67, 82, 78]}, {"cell": "0.26", "bbox": [115, 67, 135, 78]}, {"cell": "1.55", "bbox": [174, 67, 194, 78]}, {"cell": "0.26–7.50", "bbox": [223, 67, 265, 78]}, {"cell": "y = 25.474x + 0.136", "bbox": [280, 67, 363, 78]}, {"cell": "(−1.20,1.47)", "bbox": [384, 64, 436, 79]}, {"cell": "[EMPTY_CELL]", "bbox": [462, 67, 481, 78]}, {"cell": "Imp-3", "bbox": [11, 82, 37, 93]}, {"cell": "0.12", "bbox": [63, 82, 82, 93]}, {"cell": "0.29", "bbox": [115, 82, 135, 93]}, {"cell": "1.28", "bbox": [174, 82, 194, 93]}, {"cell": "0.29–7.50", "bbox": [223, 82, 265, 93]}, {"cell": "y = 25.664x − 2.9776", "bbox": [278, 79, 365, 94]}, {"cell": "(−3.81,2.60)", "bbox": [384, 79, 436, 94]}, {"cell": "[EMPTY_CELL]", "bbox": [462, 82, 481, 93]}, {"cell": "Imp-4", "bbox": [11, 97, 37, 108]}, {"cell": "0.12", "bbox": [63, 97, 82, 108]}, {"cell": "0.31", "bbox": [115, 97, 135, 108]}, {"cell": "1.83", "bbox": [174, 97, 194, 108]}, {"cell": "0.31–7.50", "bbox": [223, 97, 265, 108]}, {"cell": "y = 21.13x + 0.4211", "bbox": [280, 97, 363, 108]}, {"cell": "(−1.20,2.03)", "bbox": [384, 94, 436, 109]}, {"cell": "[EMPTY_CELL]", "bbox": [462, 97, 481, 108]}, {"cell": "Imp-5", "bbox": [11, 112, 37, 123]}, {"cell": "0.08", "bbox": [63, 112, 82, 123]}, {"cell": "0.25", "bbox": [115, 112, 135, 123]}, {"cell": "1.15", "bbox": [174, 112, 194, 123]}, {"cell": "0.25–7.50", "bbox": [223, 112, 265, 123]}, {"cell": "y = 20.019x − 0.5906", "bbox": [278, 109, 365, 124]}, {"cell": "(−2.67,1.49)", "bbox": [384, 109, 436, 124]}, {"cell": "[EMPTY_CELL]", "bbox": [462, 112, 481, 123]}, {"cell": "Imp-6", "bbox": [11, 127, 37, 138]}, {"cell": "0.13", "bbox": [63, 127, 82, 138]}, {"cell": "0.35", "bbox": [115, 127, 135, 138]}, {"cell": "1.66", "bbox": [174, 127, 194, 138]}, {"cell": "0.31–7.50", "bbox": [223, 127, 265, 138]}, {"cell": "y = 20.455x − 0.6923", "bbox": [278, 124, 365, 139]}, {"cell": "(−2.63,1.26)", "bbox": [384, 124, 436, 139]}, {"cell": "[EMPTY_CELL]", "bbox": [462, 127, 481, 138]}, {"cell": "a M", "bbox": [16, 140, 32, 153]}, {"cell": "0.09", "bbox": [63, 142, 82, 153]}, {"cell": "0.21", "bbox": [115, 142, 135, 153]}, {"cell": "1.27", "bbox": [174, 142, 194, 153]}, {"cell": "0.21–7.50", "bbox": [222, 142, 265, 153]}, {"cell": "y = 21.049x + 0.4519", "bbox": [278, 142, 365, 153]}, {"cell": "(−1.07,1.97)", "bbox": [384, 139, 436, 154]}, {"cell": "[EMPTY_CELL]", "bbox": [462, 142, 481, 153]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

[EMPTY_CELL]	univariate	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	multivariate

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	final model

[EMPTY_CELL]	HR	p	[EMPTY_CELL]	p	HR	p

age>65 years	2.99	<0.0001	[EMPTY_CELL]	<0.0001	3.43	<0.0001

male sex	1.86	0.0018	[EMPTY_CELL]	0.0030	1.80	0.0038

ALC>14 × 109/L	1.67	0.0062	[EMPTY_CELL]	0.17	-	[EMPTY_CELL]

β2M>1 × ULN	1.43	<0.0001	[EMPTY_CELL]	0.06	1.59	0.029

LNR ≥3	3.06	<0.0001	[EMPTY_CELL]	0.59	-	[EMPTY_CELL]

Binet stage	[EMPTY_CELL]	<0.0001	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 A	ref	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	ref	[EMPTY_CELL]

 B	3.20	[EMPTY_CELL]	[EMPTY_CELL]	0.0352	2.77	<0.0001

 C	4.95	[EMPTY_CELL]	[EMPTY_CELL]	0.0028	3.68	<0.0001

Rai stage	[EMPTY_CELL]	<0.0001	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 0	ref	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 I-II	1.66	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 III-IV	5.08	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

CD38>30%	1.73	0.0038	[EMPTY_CELL]	0.88	-	[EMPTY_CELL]

ZAP-70>20%	1.53	0.0204	[EMPTY_CELL]	0.83	-	[EMPTY_CELL]

Unmutated IGHV	2.46	<0.0001	[EMPTY_CELL]	0.0008	2.04	0.0003

del17p	3.44	<0.0001	[EMPTY_CELL]	0.0015	2.06	0.0022

del11q	1.39	0.248	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Year of diagnosis	[EMPTY_CELL]	0.0130	[EMPTY_CELL]	(in model as strata)*

 <2001	ref	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 2001-2005	1.46	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 >2005	2.34	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Therapy	[EMPTY_CELL]	0.106	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 Chemotherapy	ref	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Immunochemotherapy	0.6	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

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{"cell": "<0.0001", "bbox": [292, 44, 319, 53]}, {"cell": "3.43", "bbox": [362, 44, 376, 53]}, {"cell": "<0.0001", "bbox": [419, 44, 446, 53]}, {"cell": "male sex", "bbox": [1, 57, 31, 66]}, {"cell": "1.86", "bbox": [108, 57, 123, 66]}, {"cell": "0.0018", "bbox": [176, 57, 198, 66]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 57, 250, 66]}, {"cell": "0.0030", "bbox": [292, 57, 315, 66]}, {"cell": "1.80", "bbox": [362, 57, 376, 66]}, {"cell": "0.0038", "bbox": [419, 57, 441, 66]}, {"cell": "ALC>14 × 109/L", "bbox": [1, 68, 54, 79]}, {"cell": "1.67", "bbox": [108, 70, 123, 79]}, {"cell": "0.0062", "bbox": [176, 70, 198, 79]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 70, 250, 79]}, {"cell": "0.17", "bbox": [292, 70, 307, 79]}, {"cell": "-", "bbox": [362, 70, 366, 79]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "β2M>1 × ULN", "bbox": [1, 83, 48, 93]}, {"cell": "1.43", "bbox": [108, 83, 123, 93]}, {"cell": "<0.0001", "bbox": [176, 83, 203, 93]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 83, 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{"cell": "ref", "bbox": [362, 123, 372, 132]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " B", "bbox": [15, 136, 21, 145]}, {"cell": "3.20", "bbox": [108, 136, 123, 145]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [235, 136, 250, 145]}, {"cell": "0.0352", "bbox": [292, 136, 315, 145]}, {"cell": "2.77", "bbox": [362, 136, 376, 145]}, {"cell": "<0.0001", "bbox": [419, 136, 446, 145]}, {"cell": " C", "bbox": [15, 149, 22, 159]}, {"cell": "4.95", "bbox": [108, 149, 123, 159]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [235, 149, 250, 159]}, {"cell": "0.0028", "bbox": [292, 149, 315, 159]}, {"cell": "3.68", "bbox": [362, 149, 376, 159]}, {"cell": "<0.0001", "bbox": [419, 149, 446, 159]}, {"cell": "Rai stage", "bbox": [1, 162, 31, 172]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "<0.0001", "bbox": [176, 162, 203, 172]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " 0", "bbox": [15, 176, 21, 185]}, {"cell": "ref", "bbox": [108, 176, 118, 185]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [235, 176, 247, 185]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " I-II", "bbox": [15, 189, 25, 198]}, {"cell": "1.66", "bbox": [108, 189, 123, 198]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [235, 189, 247, 198]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " III-IV", "bbox": [15, 202, 30, 211]}, {"cell": "5.08", "bbox": [108, 202, 123, 211]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [235, 202, 247, 211]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "CD38>30%", "bbox": [1, 215, 38, 225]}, {"cell": "1.73", "bbox": [108, 215, 123, 225]}, {"cell": "0.0038", "bbox": [176, 215, 198, 225]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 215, 250, 225]}, {"cell": "0.88", "bbox": [292, 215, 307, 225]}, {"cell": "-", "bbox": [362, 215, 366, 225]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "ZAP-70>20%", "bbox": [1, 228, 44, 238]}, {"cell": "1.53", "bbox": [108, 228, 123, 238]}, {"cell": "0.0204", "bbox": [176, 228, 198, 238]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 228, 250, 238]}, {"cell": "0.83", "bbox": [292, 228, 307, 238]}, {"cell": "-", "bbox": [362, 228, 366, 238]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Unmutated IGHV", "bbox": [1, 242, 57, 251]}, {"cell": "2.46", "bbox": [108, 242, 123, 251]}, {"cell": "<0.0001", "bbox": [176, 242, 203, 251]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 242, 250, 251]}, {"cell": "0.0008", "bbox": [292, 242, 315, 251]}, {"cell": "2.04", "bbox": [362, 242, 376, 251]}, {"cell": "0.0003", "bbox": [419, 242, 441, 251]}, {"cell": "del17p", "bbox": [1, 255, 24, 264]}, {"cell": "3.44", "bbox": [108, 255, 123, 264]}, {"cell": "<0.0001", "bbox": [176, 255, 203, 264]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 255, 250, 264]}, {"cell": "0.0015", "bbox": [292, 255, 315, 264]}, {"cell": "2.06", "bbox": [362, 255, 376, 264]}, {"cell": "0.0022", "bbox": [419, 255, 441, 264]}, {"cell": "del11q", "bbox": [1, 268, 24, 277]}, {"cell": "1.39", "bbox": [108, 268, 123, 277]}, {"cell": "0.248", "bbox": [176, 268, 195, 277]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 268, 247, 277]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Year of diagnosis", "bbox": [1, 281, 58, 291]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "0.0130", "bbox": [176, 281, 198, 291]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 281, 302, 291]}, {"cell": "(in model as strata)*", "bbox": [362, 281, 429, 291]}, {"cell": " <2001", "bbox": [15, 294, 37, 304]}, {"cell": "ref", "bbox": [108, 294, 118, 304]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " 2001-2005", "bbox": [15, 308, 50, 317]}, {"cell": "1.46", "bbox": [108, 308, 123, 317]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " >2005", "bbox": [15, 321, 37, 330]}, {"cell": "2.34", "bbox": [108, 321, 123, 330]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Therapy", "bbox": [1, 334, 28, 343]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "0.106", "bbox": [176, 334, 195, 343]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 334, 247, 343]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " Chemotherapy", "bbox": [15, 347, 65, 357]}, {"cell": "ref", "bbox": [108, 347, 118, 357]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Immunochemotherapy", "bbox": [1, 360, 76, 370]}, {"cell": "0.6", "bbox": [108, 360, 119, 370]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Variables	Patients (n=48)

[EMPTY_CELL]	22/26

[EMPTY_CELL]	39.3 ±10.7, 14-62

[EMPTY_CELL]	23 (47.9%)

[EMPTY_CELL]	4 (8.3%)

[EMPTY_CELL]	21 (43.8)

[EMPTY_CELL]	771.6 (209-5361)232203

[EMPTY_CELL]	4.8 ± 1.17, 2.5–7

[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	18 (37.5%)

[EMPTY_CELL]	16 (33.3%)

[EMPTY_CELL]	14 (29.2%)

", "cells": [{"cell": "Variables", "bbox": [4, 4, 46, 15]}, {"cell": "Patients (n=48)", "bbox": [245, 4, 312, 15]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 14, 43, 30]}, {"cell": "22/26", "bbox": [245, 18, 270, 29]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 28, 130, 44]}, {"cell": "39.3 ±10.7, 14-62", "bbox": [245, 32, 318, 43]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 46, 86, 57]}, {"cell": "23 (47.9%)", "bbox": [245, 46, 292, 57]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 60, 84, 71]}, {"cell": "4 (8.3%)", "bbox": [245, 60, 282, 71]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 74, 84, 85]}, {"cell": "21 (43.8)", "bbox": [245, 74, 284, 85]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 87, 56, 148]}, {"cell": "771.6 (209-5361)232203", "bbox": [245, 87, 317, 148]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 147, 178, 162]}, {"cell": "4.8 ± 1.17, 2.5–7", "bbox": [245, 150, 315, 162]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 164, 137, 176]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [4, 178, 48, 190]}, {"cell": "18 (37.5%)", "bbox": [245, 178, 292, 190]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 192, 51, 204]}, {"cell": "16 (33.3%)", "bbox": [245, 192, 292, 204]}, {"cell": "[EMPTY_CELL]", "bbox": [4, 206, 52, 218]}, {"cell": "14 (29.2%)", "bbox": [245, 206, 292, 218]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Product	CFT073	p7	p13	p19A	p19B	p22	p29	p30	HM95	HM413	HM419	HM580	HM605	HM615

Adhesins	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

F1C fimbriae	+	+/-	[EMPTY_CELL]	+	+/-	+	-	+/-	+/-	+/-	+/-	+/-	+/-	+/-

P fimbriae	+	+/-	[EMPTY_CELL]	+	+/-	+/-	+/-	+	+/-	-	+/-	+	+	+

Pix fimbriae	-	-	[EMPTY_CELL]	-	-	-	-	-	-	-	-	-	-	-

F17 fimbriae	-	+	[EMPTY_CELL]	+	-	-	-	-	+/-	-	-	-	-	-

CS12 fimbriae	-	-	[EMPTY_CELL]	-	-	-	-	-	-	-	-	-	-	-

yapH	+	+	[EMPTY_CELL]	+	-	-	-	-	+	+	-	-	-	-

ShlA/HecA/FhaA exoprotein family	+	+	[EMPTY_CELL]	+	-	+	-	-	+	+	-	-	-	-

Toxins	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

RTX family exoprotein	+	+	[EMPTY_CELL]	+	-	-	-	-	-	+	-	-	-	-

Haemoglobin protease	+	+	[EMPTY_CELL]	+	-	+	-	+	-	+	-	-	+	+

hly	+	+	[EMPTY_CELL]	+	+/-	+/-	-	-	+/-	+/-	-	-	-	-

sat	+	+	[EMPTY_CELL]	+	+	+	+	-	-	-	-	+	-	-

cdt	-	-	[EMPTY_CELL]	-	-	-	-	-	-	+	-	-	-	-

cnf1	-	+	[EMPTY_CELL]	+	-	-	-	-	-	-	-	-	-	-

Nutrition	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

iro	+	-	[EMPTY_CELL]	+	-	+	+/-	+/-	-	+	-	-	+	+

pgt	+	+/-	[EMPTY_CELL]	-	-	-	+/-	+/-	-	-	-	-	+	+

Other	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

tcpC	+	-	[EMPTY_CELL]	+	-	-	-	-	-	-	-	-	-	-

shiA homolog	+	+	[EMPTY_CELL]	+	+	+	+	+	+	-	+	+	+	+

pntC	-	-	[EMPTY_CELL]	-	-	-	-	-	-	-	-	-	-	-

ibeA	-	-	[EMPTY_CELL]	-	-	-	-	-	-	-	-	-	-	-

K1 capsule genes	-	-	[EMPTY_CELL]	-	-	-	-	+	-	-	-	-	+	+

K2 capsule genes	+	+	[EMPTY_CELL]	+	-	-	-	-	-	-	-	-	-	-

K15 capsule genes	-	-	[EMPTY_CELL]	-	-	-	-	-	-	-	-	-	-	-

putative FMN-dependent dehydrogenase	-	+	[EMPTY_CELL]	+	-	-	-	-	-	-	-	-	-	-

PAI-CFT073-asnW (pks)	+	+	[EMPTY_CELL]	+	+/-	+	+/-	-	+/-	+	-	-	-	-

GimB island	-	-	[EMPTY_CELL]	-	-	-	-	+	-	-	-	-	+	+

", "cells": [{"cell": "Product", "bbox": [1, 4, 30, 13]}, {"cell": "CFT073", "bbox": [139, 4, 166, 13]}, {"cell": "p7", "bbox": [170, 4, 181, 13]}, {"cell": "p13", "bbox": [186, 4, 201, 13]}, {"cell": "p19A", "bbox": [205, 4, 225, 13]}, {"cell": "p19B", "bbox": [229, 4, 249, 13]}, {"cell": "p22", "bbox": [253, 4, 268, 13]}, {"cell": "p29", "bbox": [272, 4, 287, 13]}, {"cell": "p30", "bbox": [291, 4, 306, 13]}, {"cell": "HM95", "bbox": [310, 4, 332, 13]}, {"cell": "HM413", "bbox": [336, 4, 363, 13]}, {"cell": "HM419", "bbox": [366, 4, 393, 13]}, {"cell": "HM580", "bbox": [397, 4, 423, 13]}, {"cell": "HM605", "bbox": [427, 4, 454, 13]}, {"cell": "HM615", "bbox": [458, 4, 484, 13]}, {"cell": "Adhesins", "bbox": [1, 17, 34, 26]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": 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370]}, {"cell": "-", "bbox": [319, 361, 323, 370]}, {"cell": "-", "bbox": [347, 361, 351, 370]}, {"cell": "-", "bbox": [378, 361, 382, 370]}, {"cell": "-", "bbox": [408, 361, 412, 370]}, {"cell": "+", "bbox": [437, 361, 444, 370]}, {"cell": "+", "bbox": [468, 361, 474, 370]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Parameters	Preoperative data(mean ± SD)	Postoperative 36th month data (mean ± SD)	P value

Mean K reading average (D)	50.63 ± 0.87	45.56 ± 0.98	[EMPTY_CELL]

Mean K1 reading	46.94 ± 0.26	46.45 ± 0.98	[EMPTY_CELL]

Mean K2 reading	54.38 ± 1.17	47.39 ± 0.62	[EMPTY_CELL]

Mean corneal thickness at thinnest location (μm)	471 ± 92.36	423 ± 39.85	[EMPTY_CELL]

Mean postoperative myopic correction (D)	—	0.97 ± 0.28	[EMPTY_CELL]

Mean astigmatism (D)	7.55 ± 1.75	3.39 ± 1.26	[EMPTY_CELL]

Mean postoperative astigmatic correction (D)	—	3.8 ± 1.67	[EMPTY_CELL]

Mean UCVA (logMAR)	1.30 ± 0.48	0.82 ± 0.22	[EMPTY_CELL]

Mean BCVA (logMAR)	0.90 ± 0.40	0.60 ± 0.30	[EMPTY_CELL]

", "cells": [{"cell": "Parameters", "bbox": [2, 9, 45, 20]}, {"cell": "Preoperative data(mean ± SD)", "bbox": [225, 4, 290, 25]}, {"cell": "Postoperative 36th month data (mean ± SD)", "bbox": [333, 4, 429, 25]}, {"cell": "P value", "bbox": [472, 9, 501, 20]}, {"cell": "Mean K reading average (D)", "bbox": [2, 28, 107, 39]}, {"cell": "50.63 ± 0.87", "bbox": [236, 28, 280, 39]}, {"cell": "45.56 ± 0.98", "bbox": [359, 28, 403, 39]}, {"cell": "[EMPTY_CELL]", "bbox": [475, 28, 497, 39]}, {"cell": "Mean K1 reading", "bbox": [2, 41, 67, 52]}, {"cell": "46.94 ± 0.26", "bbox": [236, 41, 280, 52]}, {"cell": "46.45 ± 0.98", "bbox": [359, 41, 403, 52]}, {"cell": "[EMPTY_CELL]", "bbox": [475, 41, 497, 52]}, {"cell": "Mean K2 reading", "bbox": [2, 54, 67, 65]}, {"cell": "54.38 ± 1.17", "bbox": [236, 54, 280, 65]}, {"cell": "47.39 ± 0.62", "bbox": [359, 54, 403, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [475, 54, 497, 65]}, {"cell": "Mean corneal thickness at thinnest location (μm)", "bbox": [3, 67, 182, 78]}, {"cell": "471 ± 92.36", "bbox": [237, 67, 279, 78]}, {"cell": "423 ± 39.85", "bbox": [360, 67, 402, 78]}, {"cell": "[EMPTY_CELL]", "bbox": [475, 67, 497, 78]}, {"cell": "Mean postoperative myopic correction (D)", "bbox": [3, 80, 159, 91]}, {"cell": "—", "bbox": [253, 85, 263, 89]}, {"cell": "0.97 ± 0.28", "bbox": [361, 80, 401, 91]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Mean astigmatism (D)", "bbox": [3, 93, 86, 104]}, {"cell": "7.55 ± 1.75", "bbox": [238, 93, 278, 104]}, {"cell": "3.39 ± 1.26", "bbox": [361, 93, 401, 104]}, {"cell": "[EMPTY_CELL]", "bbox": [475, 93, 497, 104]}, {"cell": "Mean postoperative astigmatic correction (D)", "bbox": [3, 106, 169, 117]}, {"cell": "—", "bbox": [253, 111, 263, 115]}, {"cell": "3.8 ± 1.67", "bbox": [363, 106, 399, 117]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Mean UCVA (logMAR)", "bbox": [3, 119, 92, 130]}, {"cell": "1.30 ± 0.48", "bbox": [238, 119, 278, 130]}, {"cell": "0.82 ± 0.22", "bbox": [361, 119, 401, 130]}, {"cell": "[EMPTY_CELL]", "bbox": [475, 119, 497, 130]}, {"cell": "Mean BCVA (logMAR)", "bbox": [3, 132, 90, 143]}, {"cell": "0.90 ± 0.40", "bbox": [238, 132, 278, 143]}, {"cell": "0.60 ± 0.30", "bbox": [361, 132, 401, 143]}, {"cell": "[EMPTY_CELL]", "bbox": [475, 132, 497, 143]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Year	Disability-Adjusted Life Years*

2000	CHD deaths	[EMPTY_CELL]

[EMPTY_CELL]	Incident non-fatal MI	[EMPTY_CELL]

[EMPTY_CELL]	Incident angina	[EMPTY_CELL]

[EMPTY_CELL]	Incident heart failure	[EMPTY_CELL]

[EMPTY_CELL]	YLL	[EMPTY_CELL]

[EMPTY_CELL]	YLD	[EMPTY_CELL]

[EMPTY_CELL]	DALYs	[EMPTY_CELL]

[EMPTY_CELL]	DALYs per 1,000 persons	[EMPTY_CELL]

2010	CHD deaths	[EMPTY_CELL]

[EMPTY_CELL]	Incident non-fatal MI	[EMPTY_CELL]

[EMPTY_CELL]	Incident angina	[EMPTY_CELL]

[EMPTY_CELL]	Incident heart failure	[EMPTY_CELL]

[EMPTY_CELL]	YLL	[EMPTY_CELL]

[EMPTY_CELL]	YLD	[EMPTY_CELL]

[EMPTY_CELL]	DALY	[EMPTY_CELL]

[EMPTY_CELL]	DALYs per 1,000 persons	[EMPTY_CELL]

2020	CHD deaths	[EMPTY_CELL]

[EMPTY_CELL]	Incident non-fatal MI	[EMPTY_CELL]

[EMPTY_CELL]	Incident angina	[EMPTY_CELL]

[EMPTY_CELL]	Incident heart failure	[EMPTY_CELL]

[EMPTY_CELL]	YLL	[EMPTY_CELL]

[EMPTY_CELL]	YLD	[EMPTY_CELL]

[EMPTY_CELL]	DALY	[EMPTY_CELL]

[EMPTY_CELL]	DALYs per 1,000 persons	[EMPTY_CELL]

2030	CHD deaths	[EMPTY_CELL]

[EMPTY_CELL]	Incident non-fatal MI	[EMPTY_CELL]

[EMPTY_CELL]	Incident angina	[EMPTY_CELL]

[EMPTY_CELL]	Incident heart failure	[EMPTY_CELL]

[EMPTY_CELL]	YLL	[EMPTY_CELL]

[EMPTY_CELL]	YLD	[EMPTY_CELL]

[EMPTY_CELL]	DALY	[EMPTY_CELL]

[EMPTY_CELL]	DALYs per 1,000 persons	[EMPTY_CELL]

", "cells": [{"cell": "Year", "bbox": [5, 5, 25, 14]}, {"cell": "Disability-Adjusted Life Years*", "bbox": [80, 5, 200, 14]}, {"cell": "2000", "bbox": [5, 27, 25, 36]}, {"cell": "CHD deaths", "bbox": [40, 27, 84, 36]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 27, 240, 36]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident non-fatal MI", "bbox": [40, 37, 111, 47]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 37, 240, 47]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident angina", "bbox": [40, 47, 91, 57]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 47, 240, 57]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident heart failure", "bbox": [40, 57, 111, 67]}, {"cell": "[EMPTY_CELL]", "bbox": [215, 57, 240, 67]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "YLL", "bbox": [40, 68, 55, 77]}, {"cell": "[EMPTY_CELL]", "bbox": [205, 68, 240, 77]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "YLD", "bbox": [40, 78, 57, 88]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 78, 240, 88]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "DALYs", "bbox": [40, 88, 69, 98]}, {"cell": "[EMPTY_CELL]", "bbox": [201, 88, 240, 98]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "DALYs per 1,000 persons", "bbox": [40, 99, 139, 108]}, {"cell": "[EMPTY_CELL]", "bbox": [222, 99, 240, 108]}, {"cell": "2010", "bbox": [5, 121, 25, 130]}, {"cell": "CHD deaths", "bbox": [40, 121, 84, 130]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 121, 240, 130]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident non-fatal MI", "bbox": [40, 131, 111, 141]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 131, 240, 141]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident angina", "bbox": [40, 141, 91, 151]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 141, 240, 151]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident heart failure", "bbox": [40, 151, 111, 161]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 151, 240, 161]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "YLL", "bbox": [40, 162, 55, 171]}, {"cell": "[EMPTY_CELL]", "bbox": [201, 162, 240, 171]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "YLD", "bbox": [40, 172, 57, 182]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 172, 240, 182]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "DALY", "bbox": [40, 182, 66, 192]}, {"cell": "[EMPTY_CELL]", "bbox": [197, 182, 240, 192]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "DALYs per 1,000 persons", "bbox": [40, 193, 139, 202]}, {"cell": "[EMPTY_CELL]", "bbox": [222, 193, 240, 202]}, {"cell": "2020", "bbox": [5, 215, 25, 224]}, {"cell": "CHD deaths", "bbox": [40, 215, 84, 224]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 215, 240, 224]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident non-fatal MI", "bbox": [40, 225, 111, 235]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 225, 240, 235]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident angina", "bbox": [40, 235, 91, 245]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 235, 240, 245]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident heart failure", "bbox": [40, 245, 111, 255]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 245, 240, 255]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "YLL", "bbox": [40, 256, 55, 265]}, {"cell": "[EMPTY_CELL]", "bbox": [201, 256, 240, 265]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "YLD", "bbox": [40, 266, 57, 276]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 266, 240, 276]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "DALY", "bbox": [40, 276, 66, 286]}, {"cell": "[EMPTY_CELL]", "bbox": [197, 276, 240, 286]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "DALYs per 1,000 persons", "bbox": [40, 287, 139, 296]}, {"cell": "[EMPTY_CELL]", "bbox": [222, 287, 240, 296]}, {"cell": "2030", "bbox": [5, 309, 25, 318]}, {"cell": "CHD deaths", "bbox": [40, 309, 84, 318]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 309, 240, 318]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident non-fatal MI", "bbox": [40, 319, 111, 329]}, {"cell": "[EMPTY_CELL]", "bbox": [205, 319, 240, 329]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident angina", "bbox": [40, 329, 91, 339]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 329, 240, 339]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Incident heart failure", "bbox": [40, 339, 111, 349]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 339, 240, 349]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "YLL", "bbox": [40, 350, 55, 359]}, {"cell": "[EMPTY_CELL]", "bbox": [201, 350, 240, 359]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "YLD", "bbox": [40, 360, 57, 370]}, {"cell": "[EMPTY_CELL]", "bbox": [211, 360, 240, 370]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "DALY", "bbox": [40, 370, 66, 380]}, {"cell": "[EMPTY_CELL]", "bbox": [197, 370, 240, 380]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "DALYs per 1,000 persons", "bbox": [40, 381, 139, 390]}, {"cell": "[EMPTY_CELL]", "bbox": [222, 381, 240, 390]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Method	Code	Approach

PowerSoil DNA Isolation Kit, MoBio Laboratories	C1	[EMPTY_CELL]

FastDNA Spin Kit for Soil, Qubiogene	C2	[EMPTY_CELL]

Miller et al.(1999)	M	[EMPTY_CELL]

Schmidt et al.(1991)	S	[EMPTY_CELL]

Zhou et al.(1996)	Z	[EMPTY_CELL]

", "cells": [{"cell": "Method", "bbox": [9, 3, 37, 13]}, {"cell": "Code", "bbox": [170, 3, 189, 13]}, {"cell": "Approach", "bbox": [339, 3, 374, 13]}, {"cell": "PowerSoil DNA Isolation Kit, MoBio Laboratories", "bbox": [9, 17, 140, 35]}, {"cell": "C1", "bbox": [174, 17, 185, 27]}, {"cell": "[EMPTY_CELL]", "bbox": [209, 17, 503, 35]}, {"cell": "FastDNA Spin Kit for Soil, Qubiogene", "bbox": [9, 37, 143, 47]}, {"cell": "C2", "bbox": [174, 37, 185, 47]}, {"cell": "[EMPTY_CELL]", "bbox": [208, 37, 503, 56]}, {"cell": "Miller et al.(1999)", "bbox": [9, 58, 76, 68]}, {"cell": "M", "bbox": [175, 58, 184, 68]}, {"cell": "[EMPTY_CELL]", "bbox": [209, 58, 492, 76]}, {"cell": "Schmidt et al.(1991)", "bbox": [9, 78, 83, 88]}, {"cell": "S", "bbox": [176, 78, 183, 88]}, {"cell": "[EMPTY_CELL]", "bbox": [209, 78, 501, 114]}, {"cell": "Zhou et al.(1996)", "bbox": [9, 116, 72, 126]}, {"cell": "Z", "bbox": [176, 116, 183, 126]}, {"cell": "[EMPTY_CELL]", "bbox": [209, 116, 495, 134]}]}


[User]
<image>
Please perform the following two tasks for this image:
1. Convert the table in the image into HTML format code.
2. Identify and extract the text content and its bounding box coordinates for each cell in the table.

Please combine the final results into a single JSON object and return it in the following format:
{
  "html": "...",
  "cells": [{"cell": "...", "bbox": [...]}, ...]
}

[Assistant]
{"html": "

Features of the intervention	Description

[EMPTY_CELL]	Psycho-education, Cognitive Behavioural Therapy techniques, such as healthy thinking adapted from the Thinking Healthy programme by Atif Rahman, and Behaviour Activation.

[EMPTY_CELL]	Manual based individual therapy and psycho-social support provided over6–8 clinic based sessions.Session 1: Psycho-education on depressionSession 2: Problem solvingSession 3: Behaviour ActivationSession 4: Healthy thinkingSession 5: Psycho-education on birth preparation and Relaxation.Session 6: Termination and evaluation

[EMPTY_CELL]	3 step process in all the sessionsStep 1: Introduction – greeting and follow up on issues from previous meeting or session, or homework discussion.Step 2: Exploration – discussion of purpose of the session and topic, probing and clarification of issuesStep 3: Termination - homework, follow up date and termination

[EMPTY_CELL]	Counselling manual, voice recorder, relaxation CD, activity workbook and resource list for participants.

", "cells": [{"cell": "Features of the intervention", "bbox": [1, 4, 51, 22]}, {"cell": "Description", "bbox": [70, 4, 108, 13]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 26, 55, 36]}, {"cell": "Psycho-education, Cognitive Behavioural Therapy techniques, such as healthy thinking adapted from the Thinking Healthy programme by Atif Rahman, and Behaviour Activation.", "bbox": [70, 26, 235, 63]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 67, 53, 86]}, {"cell": "Manual based individual therapy and psycho-social support provided over6–8 clinic based sessions.Session 1: Psycho-education on depressionSession 2: Problem solvingSession 3: Behaviour ActivationSession 4: Healthy thinkingSession 5: Psycho-education on birth preparation and Relaxation.Session 6: Termination and evaluation", "bbox": [70, 67, 236, 158]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 162, 53, 181]}, {"cell": "3 step process in all the sessionsStep 1: Introduction – greeting and follow up on issues from previous meeting or session, or homework discussion.Step 2: Exploration – discussion of purpose of the session and topic, probing and clarification of issuesStep 3: Termination - homework, follow up date and termination", "bbox": [70, 162, 233, 235]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 239, 19, 249]}, {"cell": "Counselling manual, voice recorder, relaxation CD, activity workbook and resource list for participants.", "bbox": [70, 239, 235, 258]}]}