[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": "

OARs	RA-FFF(Gy)	RA(Gy)	IMRT(Gy)	p value	p1	p2	p3

Spinal cord D1%	41.22 ± 2.51	39.58 ± 2.21	40.00 ± 1.46	[EMPTY_CELL]	—	—	—

Brain stem D1%	55.58 ± 3.25	53.22 ± 3.35	52.82 ± 2.52	[EMPTY_CELL]	0.013	0.017	0.359

Optic nerve (right) D1%	16.91 ± 22.14	17.93 ± 21.52	16.45 ± 19.50	[EMPTY_CELL]	0.059	0.959	0.059

Optic nerve (left) D1%	15.26 ± 18.32	16.55 ± 17.28	14.15 ± 15.75	[EMPTY_CELL]	—	—	—

Len (right) D1%	5.36 ± 2.65	5.74 ± 2.36	5.35 ± 2.54	[EMPTY_CELL]	—	—	—

Len (left) D1%	5.11 ± 2.08	5.32 ± 1.83	4.90 ± 1.95	[EMPTY_CELL]	—	—	—

Larynx Dmean	32.55 ± 2.97	31.83 ± 2.69	35.40 ± 1.90	[EMPTY_CELL]	0.025	0.007	0.005

Oral cavity Dmean	34.12 ± 2.23	33.31 ± 1.90	33.52 ± 1.38	[EMPTY_CELL]	0.017	0.169	0.646

Parotid (right) Dmean	35.95 ± 4.32	34.00 ± 3.87	36.57 ± 4.15	[EMPTY_CELL]	0.005	0.445	0.005

Parotid (left) Dmean	34.67 ± 3.62	33.47 ± 3.16	35.36 ± 2.97	[EMPTY_CELL]	0.005	0.059	0.005

Normal tissue Dmean	16.24 ± 2.10	16.41 ±2.09	16.20 ± 2.04	[EMPTY_CELL]	—	—	—

Skin Dmean	17.24 ± 2.31	16.82 ± 2.27	16.75 ± 2.32	[EMPTY_CELL]	0.017	0.007	0.646

", "cells": [{"cell": "OARs", "bbox": [1, 5, 21, 14]}, {"cell": "RA-FFF(Gy)", "bbox": [105, 5, 145, 14]}, {"cell": "RA(Gy)", "bbox": [184, 5, 210, 14]}, {"cell": "IMRT(Gy)", "bbox": [252, 5, 286, 14]}, {"cell": "p value", "bbox": [319, 5, 346, 14]}, {"cell": "p1", "bbox": [378, 3, 387, 14]}, {"cell": "p2", "bbox": [424, 3, 433, 14]}, {"cell": "p3", "bbox": [470, 3, 479, 14]}, {"cell": "Spinal cord D1%", "bbox": [1, 19, 52, 29]}, {"cell": "41.22 ± 2.51", "bbox": [105, 19, 146, 29]}, {"cell": "39.58 ± 2.21", "bbox": [177, 19, 218, 29]}, {"cell": "40.00 ± 1.46", "bbox": [249, 19, 290, 29]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 19, 342, 29]}, {"cell": "—", "bbox": [378, 19, 388, 29]}, {"cell": "—", "bbox": [424, 19, 434, 29]}, {"cell": "—", "bbox": [470, 19, 480, 29]}, {"cell": "Brain stem D1%", "bbox": [1, 33, 50, 43]}, {"cell": "55.58 ± 3.25", "bbox": [105, 33, 146, 43]}, {"cell": "53.22 ± 3.35", "bbox": [177, 33, 218, 43]}, {"cell": "52.82 ± 2.52", "bbox": [249, 33, 290, 43]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 33, 342, 43]}, {"cell": "0.013", "bbox": [373, 33, 392, 43]}, {"cell": "0.017", "bbox": [419, 33, 438, 43]}, {"cell": "0.359", "bbox": [465, 33, 484, 43]}, {"cell": "Optic nerve (right) D1%", "bbox": [1, 47, 75, 57]}, {"cell": "16.91 ± 22.14", "bbox": [103, 47, 148, 57]}, {"cell": "17.93 ± 21.52", "bbox": [175, 47, 220, 57]}, {"cell": "16.45 ± 19.50", "bbox": [247, 47, 292, 57]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 47, 342, 57]}, {"cell": "0.059", "bbox": [373, 47, 392, 57]}, {"cell": "0.959", "bbox": [419, 47, 438, 57]}, {"cell": "0.059", "bbox": [465, 47, 484, 57]}, {"cell": "Optic nerve (left) D1%", "bbox": [1, 61, 70, 71]}, {"cell": "15.26 ± 18.32", "bbox": [103, 61, 148, 71]}, {"cell": "16.55 ± 17.28", "bbox": [175, 61, 220, 71]}, {"cell": "14.15 ± 15.75", "bbox": [247, 61, 292, 71]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 61, 342, 71]}, {"cell": "—", "bbox": [378, 61, 388, 71]}, {"cell": "—", "bbox": [424, 61, 434, 71]}, {"cell": "—", "bbox": [470, 61, 480, 71]}, {"cell": "Len (right) D1%", "bbox": [1, 75, 50, 85]}, {"cell": "5.36 ± 2.65", "bbox": [107, 75, 144, 85]}, {"cell": "5.74 ± 2.36", "bbox": [179, 75, 216, 85]}, {"cell": "5.35 ± 2.54", "bbox": [251, 75, 288, 85]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 75, 342, 85]}, {"cell": "—", "bbox": [378, 75, 388, 85]}, {"cell": "—", "bbox": [424, 75, 434, 85]}, {"cell": "—", "bbox": [470, 75, 480, 85]}, {"cell": "Len (left) D1%", "bbox": [1, 89, 45, 99]}, {"cell": "5.11 ± 2.08", "bbox": [107, 89, 144, 98]}, {"cell": "5.32 ± 1.83", "bbox": [179, 89, 216, 98]}, {"cell": "4.90 ± 1.95", "bbox": [251, 89, 288, 98]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 89, 342, 98]}, {"cell": "—", "bbox": [378, 89, 388, 98]}, {"cell": "—", "bbox": [424, 89, 434, 98]}, {"cell": "—", "bbox": [470, 89, 480, 98]}, {"cell": "Larynx Dmean", "bbox": [1, 103, 49, 112]}, {"cell": "32.55 ± 2.97", "bbox": [105, 103, 146, 112]}, {"cell": "31.83 ± 2.69", "bbox": [177, 103, 218, 112]}, {"cell": "35.40 ± 1.90", "bbox": [249, 103, 290, 112]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 103, 342, 112]}, {"cell": "0.025", "bbox": [373, 103, 392, 112]}, {"cell": "0.007", "bbox": [419, 103, 438, 112]}, {"cell": "0.005", "bbox": [465, 103, 484, 112]}, {"cell": "Oral cavity Dmean", "bbox": [1, 117, 61, 126]}, {"cell": "34.12 ± 2.23", "bbox": [105, 117, 146, 126]}, {"cell": "33.31 ± 1.90", "bbox": [177, 117, 218, 126]}, {"cell": "33.52 ± 1.38", "bbox": [249, 117, 290, 126]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 117, 342, 126]}, {"cell": "0.017", "bbox": [373, 117, 392, 126]}, {"cell": "0.169", "bbox": [419, 117, 438, 126]}, {"cell": "0.646", "bbox": [465, 117, 484, 126]}, {"cell": "Parotid (right) Dmean", "bbox": [1, 131, 72, 140]}, {"cell": "35.95 ± 4.32", "bbox": [105, 131, 146, 140]}, {"cell": "34.00 ± 3.87", "bbox": [177, 131, 218, 140]}, {"cell": "36.57 ± 4.15", "bbox": [249, 131, 290, 140]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 131, 342, 140]}, {"cell": "0.005", "bbox": [373, 131, 392, 140]}, {"cell": "0.445", "bbox": [419, 131, 438, 140]}, {"cell": "0.005", "bbox": [465, 131, 484, 140]}, {"cell": "Parotid (left) Dmean", "bbox": [1, 145, 67, 154]}, {"cell": "34.67 ± 3.62", "bbox": [105, 145, 146, 154]}, {"cell": "33.47 ± 3.16", "bbox": [177, 145, 218, 154]}, {"cell": "35.36 ± 2.97", "bbox": [249, 145, 290, 154]}, {"cell": "[EMPTY_CELL]", "bbox": [319, 145, 346, 154]}, {"cell": "0.005", "bbox": [373, 145, 392, 154]}, {"cell": "0.059", "bbox": [419, 145, 438, 154]}, {"cell": "0.005", "bbox": [465, 145, 484, 154]}, {"cell": "Normal tissue Dmean", "bbox": [1, 159, 71, 168]}, {"cell": "16.24 ± 2.10", "bbox": [105, 159, 146, 168]}, {"cell": "16.41 ±2.09", "bbox": [178, 159, 216, 168]}, {"cell": "16.20 ± 2.04", "bbox": [249, 159, 290, 168]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 159, 342, 168]}, {"cell": "—", "bbox": [378, 159, 388, 168]}, {"cell": "—", "bbox": [424, 159, 434, 168]}, {"cell": "—", "bbox": [470, 159, 480, 168]}, {"cell": "Skin Dmean", "bbox": [1, 173, 41, 182]}, {"cell": "17.24 ± 2.31", "bbox": [105, 173, 146, 182]}, {"cell": "16.82 ± 2.27", "bbox": [177, 173, 218, 182]}, {"cell": "16.75 ± 2.32", "bbox": [249, 173, 290, 182]}, {"cell": "[EMPTY_CELL]", "bbox": [323, 173, 342, 182]}, {"cell": "0.017", "bbox": [373, 173, 392, 182]}, {"cell": "0.007", "bbox": [419, 173, 438, 182]}, {"cell": "0.646", "bbox": [465, 173, 484, 182]}]}


[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 Analysis

Variable	β	P	95% CI

Sex	3.24	0.01	[EMPTY_CELL]

Body mass index (kg/m2)	-0.30	0.009	[EMPTY_CELL]

Abnormal glucose tolerance	-3.67	0.008	[EMPTY_CELL]

Metabolic syndrome	-2.47	0.047	[EMPTY_CELL]

Combined cardiovascular events	-2.03	0.16	[EMPTY_CELL]

Waist hip ratio (cm)	-21.48	0.001	[EMPTY_CELL]

Log fasting glucose (mmol/L)	-4.55	0.04	[EMPTY_CELL]

Log triglyceride (mmol/L)	-6.10	<0.001	[EMPTY_CELL]

Log HDL (mmol/L)	11.05	<0.001	[EMPTY_CELL]

VLDL (mmol/L)	-5.99	0.001	[EMPTY_CELL]

Apolipoprotein a (g/L)	10.93	<0.001	[EMPTY_CELL]

C-reactive protein (mg/L)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

0.9-2	ref	ref	[EMPTY_CELL]

2.1-4.7	-1.15	0.44	[EMPTY_CELL]

4.8-84	-4.03	0.007	[EMPTY_CELL]

Urinary PCR (mg/L)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

5-14	ref	ref	[EMPTY_CELL]

15-35	0.18	0.91	[EMPTY_CELL]

36-1000	-2.27	0.15	[EMPTY_CELL]

GFR (mls/min/1.73 m2)	-0.45	0.18	[EMPTY_CELL]

ACE inhibitor (mg/day)	-2.12	0.1	[EMPTY_CELL]

ARB (mg/day)	2.70	0.1	[EMPTY_CELL]

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Univariate Analysis", "bbox": [144, 5, 220, 14]}, {"cell": "Variable", "bbox": [4, 15, 39, 24]}, {"cell": "β", "bbox": [132, 4, 145, 26]}, {"cell": "P", "bbox": [163, 15, 171, 24]}, {"cell": "95% CI", "bbox": [199, 15, 227, 24]}, {"cell": "Sex", "bbox": [4, 37, 18, 47]}, {"cell": "3.24", "bbox": [128, 37, 144, 47]}, {"cell": "0.01", "bbox": [159, 37, 175, 47]}, {"cell": "[EMPTY_CELL]", "bbox": [196, 37, 229, 47]}, {"cell": "Body mass index (kg/m2)", "bbox": [4, 47, 90, 57]}, {"cell": "-0.30", "bbox": [127, 47, 146, 57]}, {"cell": "0.009", "bbox": [157, 47, 177, 57]}, {"cell": "[EMPTY_CELL]", "bbox": [189, 47, 237, 57]}, {"cell": "Abnormal glucose tolerance", "bbox": [4, 57, 100, 67]}, {"cell": "-3.67", "bbox": [127, 57, 146, 67]}, {"cell": "0.008", "bbox": [157, 57, 177, 67]}, {"cell": "[EMPTY_CELL]", "bbox": [196, 57, 229, 67]}, {"cell": "Metabolic syndrome", "bbox": [4, 68, 74, 77]}, {"cell": "-2.47", "bbox": [127, 68, 146, 77]}, {"cell": "0.047", "bbox": [157, 68, 177, 77]}, {"cell": "[EMPTY_CELL]", "bbox": [189, 68, 236, 77]}, {"cell": "Combined cardiovascular events", "bbox": [4, 78, 115, 88]}, {"cell": "-2.03", "bbox": [127, 78, 146, 88]}, {"cell": "0.16", "bbox": [159, 78, 175, 88]}, {"cell": "[EMPTY_CELL]", "bbox": [190, 78, 235, 88]}, {"cell": "Waist hip ratio (cm)", "bbox": [4, 88, 74, 98]}, {"cell": "-21.48", "bbox": [125, 88, 148, 98]}, {"cell": "0.001", "bbox": [157, 88, 177, 98]}, {"cell": "[EMPTY_CELL]", "bbox": [187, 88, 239, 98]}, {"cell": "Log fasting glucose (mmol/L)", "bbox": [4, 98, 102, 108]}, {"cell": "-4.55", "bbox": [127, 98, 146, 108]}, {"cell": "0.04", "bbox": [159, 98, 175, 108]}, {"cell": "[EMPTY_CELL]", "bbox": [189, 98, 237, 108]}, {"cell": "Log triglyceride (mmol/L)", "bbox": [4, 109, 91, 118]}, {"cell": "-6.10", "bbox": [127, 109, 146, 118]}, {"cell": "<0.001", "bbox": [155, 109, 180, 118]}, {"cell": "[EMPTY_CELL]", "bbox": [189, 109, 237, 118]}, {"cell": "Log HDL (mmol/L)", "bbox": [4, 119, 70, 129]}, {"cell": "11.05", "bbox": [126, 119, 146, 129]}, {"cell": "<0.001", "bbox": [155, 119, 180, 129]}, {"cell": "[EMPTY_CELL]", "bbox": [190, 119, 236, 129]}, {"cell": "VLDL (mmol/L)", "bbox": [4, 129, 59, 139]}, {"cell": "-5.99", "bbox": [127, 129, 146, 139]}, {"cell": "0.001", "bbox": [157, 129, 177, 139]}, {"cell": "[EMPTY_CELL]", "bbox": [189, 129, 237, 139]}, {"cell": "Apolipoprotein a (g/L)", "bbox": [4, 139, 81, 149]}, {"cell": "10.93", "bbox": [126, 139, 146, 149]}, {"cell": "<0.001", "bbox": [155, 139, 180, 149]}, {"cell": "[EMPTY_CELL]", "bbox": [190, 139, 236, 149]}, {"cell": "C-reactive protein (mg/L)", "bbox": [4, 150, 92, 159]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "0.9-2", "bbox": [4, 160, 23, 170]}, {"cell": "ref", "bbox": [131, 160, 141, 169]}, {"cell": "ref", "bbox": [162, 160, 172, 169]}, {"cell": "[EMPTY_CELL]", "bbox": [208, 160, 218, 169]}, {"cell": "2.1-4.7", "bbox": [4, 170, 29, 180]}, {"cell": "-1.15", "bbox": [127, 170, 146, 180]}, {"cell": "0.44", "bbox": [159, 170, 175, 180]}, {"cell": "[EMPTY_CELL]", "bbox": [190, 170, 235, 180]}, {"cell": "4.8-84", "bbox": [4, 180, 27, 190]}, {"cell": "-4.03", "bbox": [127, 180, 146, 190]}, {"cell": "0.007", "bbox": [157, 180, 177, 190]}, {"cell": "[EMPTY_CELL]", "bbox": [189, 180, 237, 190]}, {"cell": "Urinary PCR (mg/L)", "bbox": [4, 191, 73, 200]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "5-14", "bbox": [4, 201, 21, 211]}, {"cell": "ref", "bbox": [131, 201, 141, 210]}, {"cell": "ref", "bbox": [162, 201, 172, 210]}, {"cell": "[EMPTY_CELL]", "bbox": [208, 201, 218, 210]}, {"cell": "15-35", "bbox": [4, 211, 26, 221]}, {"cell": "0.18", "bbox": [128, 211, 144, 221]}, {"cell": "0.91", "bbox": [159, 211, 175, 221]}, {"cell": "[EMPTY_CELL]", "bbox": [190, 211, 235, 221]}, {"cell": "36-1000", "bbox": [4, 221, 34, 231]}, {"cell": "-2.27", "bbox": [127, 221, 146, 231]}, {"cell": "0.15", "bbox": [159, 221, 175, 231]}, {"cell": "[EMPTY_CELL]", "bbox": [190, 221, 235, 231]}, {"cell": "GFR (mls/min/1.73 m2)", "bbox": [4, 232, 84, 241]}, {"cell": "-0.45", "bbox": [127, 232, 146, 241]}, {"cell": "0.18", "bbox": [159, 232, 175, 241]}, {"cell": "[EMPTY_CELL]", "bbox": [190, 232, 235, 241]}, {"cell": "ACE inhibitor (mg/day)", "bbox": [4, 242, 84, 252]}, {"cell": "-2.12", "bbox": [127, 242, 146, 252]}, {"cell": "0.1", "bbox": [161, 242, 173, 252]}, {"cell": "[EMPTY_CELL]", "bbox": [190, 242, 235, 252]}, {"cell": "ARB (mg/day)", "bbox": [4, 252, 53, 262]}, {"cell": "2.70", "bbox": [128, 252, 144, 262]}, {"cell": "0.1", "bbox": [161, 252, 173, 262]}, {"cell": "[EMPTY_CELL]", "bbox": [190, 252, 235, 262]}]}

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": "

Barrier	Clinical practice n (%)	Policy formulation n (%)	Solving enhances use of CEA in clinical practice n (%)	Solving enhances use of CEA in policy formulation n (%)

Lack of IT infrastructure e.g. hardware and software	72** (76.6)	65(69.9)	75 (80.7)	[EMPTY_CELL]

N.S	N.S

Lack of experts in the field of cost effectiveness analysis	81 (87.1)	76 (81.7)	89 (95.7)	[EMPTY_CELL]

N.S	N.S

Lack of or limited local data	85 (91.4)	82 (88.2)	88 (94.6)	[EMPTY_CELL]

N.S	N.S

Limited CEA training in schools	89 (95.7)	86 (92.5)	89 (95.7)	[EMPTY_CELL]

N.S	N.S

Fairness and ethical concerns	47 (50.5)	49 (54.1)	N/A	[EMPTY_CELL]

N.S	N/A

Lack of training grants incorporating CEA	61 (65.6)	63 (67.7)	73 (78.5)	[EMPTY_CELL]

N.S	N.S

", "cells": [{"cell": "Barrier", "bbox": [1, 4, 26, 13]}, {"cell": "Clinical practice n (%)", "bbox": [141, 4, 197, 22]}, {"cell": "Policy formulation n (%)", "bbox": [203, 4, 268, 22]}, {"cell": "Solving enhances use of CEA in clinical practice n (%)", "bbox": [274, 4, 376, 22]}, {"cell": "Solving enhances use of CEA in policy formulation n (%)", "bbox": [382, 4, 484, 22]}, {"cell": "Lack of IT infrastructure e.g. hardware and software", "bbox": [1, 26, 123, 45]}, {"cell": "72** (76.6)", "bbox": [141, 26, 176, 36]}, {"cell": "65(69.9)", "bbox": [203, 26, 229, 36]}, {"cell": "75 (80.7)", "bbox": [274, 26, 303, 36]}, {"cell": "[EMPTY_CELL]", "bbox": [382, 26, 406, 36]}, {"cell": "N.S", "bbox": [141, 40, 153, 50]}, {"cell": "N.S", "bbox": [274, 40, 286, 50]}, {"cell": "Lack of experts in the field of cost effectiveness analysis", "bbox": [1, 54, 112, 73]}, {"cell": "81 (87.1)", "bbox": [141, 54, 170, 64]}, {"cell": "76 (81.7)", "bbox": [203, 54, 232, 64]}, {"cell": "89 (95.7)", "bbox": [274, 54, 303, 64]}, {"cell": "[EMPTY_CELL]", "bbox": [382, 54, 411, 64]}, {"cell": "N.S", "bbox": [141, 68, 153, 78]}, {"cell": "N.S", "bbox": [274, 68, 286, 78]}, {"cell": "Lack of or limited local data", "bbox": [1, 82, 92, 92]}, {"cell": "85 (91.4)", "bbox": [141, 82, 170, 92]}, {"cell": "82 (88.2)", "bbox": [203, 82, 232, 92]}, {"cell": "88 (94.6)", "bbox": [274, 82, 303, 92]}, {"cell": "[EMPTY_CELL]", "bbox": [382, 82, 411, 92]}, {"cell": "N.S", "bbox": [141, 96, 153, 106]}, {"cell": "N.S", "bbox": [274, 96, 286, 106]}, {"cell": "Limited CEA training in schools", "bbox": [1, 110, 103, 120]}, {"cell": "89 (95.7)", "bbox": [141, 110, 170, 120]}, {"cell": "86 (92.5)", "bbox": [203, 110, 232, 120]}, {"cell": "89 (95.7)", "bbox": [274, 110, 303, 120]}, {"cell": "[EMPTY_CELL]", "bbox": [382, 110, 411, 120]}, {"cell": "N.S", "bbox": [141, 124, 153, 134]}, {"cell": "N.S", "bbox": [274, 124, 286, 134]}, {"cell": "Fairness and ethical concerns", "bbox": [1, 138, 97, 148]}, {"cell": "47 (50.5)", "bbox": [141, 138, 170, 148]}, {"cell": "49 (54.1)", "bbox": [203, 138, 232, 148]}, {"cell": "N/A", "bbox": [274, 138, 289, 148]}, {"cell": "[EMPTY_CELL]", "bbox": [382, 138, 397, 148]}, {"cell": "N.S", "bbox": [141, 152, 153, 162]}, {"cell": "N/A", "bbox": [274, 152, 289, 162]}, {"cell": "Lack of training grants incorporating CEA", "bbox": [1, 166, 135, 176]}, {"cell": "61 (65.6)", "bbox": [141, 166, 170, 176]}, {"cell": "63 (67.7)", "bbox": [203, 166, 232, 176]}, {"cell": "73 (78.5)", "bbox": [274, 166, 303, 176]}, {"cell": "[EMPTY_CELL]", "bbox": [382, 166, 411, 176]}, {"cell": "N.S", "bbox": [141, 180, 153, 190]}, {"cell": "N.S", "bbox": [274, 180, 286, 190]}]}


[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": "

Variable	Intervention group(n = 197)	Historical control group(n = 405)	χ2 (Z)	P value

Male gender	149 (75.6)	[EMPTY_CELL]	0.01	0.91

Age (yrs)	63.42 ± 11.87	[EMPTY_CELL]	−0.49	0.63

Hypertension	109 (55.3)	[EMPTY_CELL]	0.33	0.57

Diabetes	37 (18.8)	[EMPTY_CELL]	2.77	0.10

Hyperlipidemia	58 (29.4)	[EMPTY_CELL]	5.88	0.02

Previous coronary disease	14 (7.1)	[EMPTY_CELL]	0.66	0.42

Previous stroke 	20 (10.2)	[EMPTY_CELL]	0.01	0.93

Current smoker	106 (53.8)	[EMPTY_CELL]	4.96	0.03

Family history of coronary disease 	16 (8.1)	[EMPTY_CELL]	10.13	0.00

Clinical pattern	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 STEMI	176 (89.3)	[EMPTY_CELL]	0.61	0.44

 NSTEMI	21 (10.7)	[EMPTY_CELL]

Cardiac function (Killips classification)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 Level I 	99 (64.7)	[EMPTY_CELL]	−0.96	0.34

 Level II 	31 (20.3)	[EMPTY_CELL]

 Level III 	10 (6.5)	[EMPTY_CELL]

 Level IV 	13 (8.5)	[EMPTY_CELL]

 Intravenous thrombolysis	8 (4.1)	[EMPTY_CELL]	1.64	0.20

 Emergency PCI	189 (95.9)	[EMPTY_CELL]

Vascular lesions	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 Single	64 (34.0)	[EMPTY_CELL]	−0.37	0.72

 Two branch	56 (29.8)	[EMPTY_CELL]

 Three branch	65 (34.6)	[EMPTY_CELL]

 Stenosis < 50%	3 (1.6)	[EMPTY_CELL]

Stent implantation	1.19 ± 0.63	[EMPTY_CELL]	−0.11	0.92

", "cells": [{"cell": "Variable", "bbox": [2, 8, 34, 19]}, {"cell": "Intervention group(n = 197)", "bbox": [177, 3, 248, 24]}, {"cell": "Historical control group(n = 405)", "bbox": [285, 3, 374, 24]}, {"cell": "χ2 (Z)", "bbox": [411, 7, 435, 19]}, {"cell": "P value", "bbox": [470, 8, 499, 19]}, {"cell": "Male gender", "bbox": [2, 26, 49, 37]}, {"cell": "149 (75.6)", "bbox": [193, 26, 232, 37]}, {"cell": "[EMPTY_CELL]", "bbox": [310, 26, 349, 37]}, {"cell": "0.01", "bbox": [414, 26, 431, 37]}, {"cell": "0.91", "bbox": [476, 26, 493, 37]}, {"cell": "Age (yrs)", "bbox": [2, 38, 37, 49]}, {"cell": "63.42 ± 11.87", "bbox": [187, 39, 238, 49]}, {"cell": "[EMPTY_CELL]", "bbox": [304, 39, 355, 49]}, {"cell": "−0.49", "bbox": [411, 38, 435, 49]}, {"cell": "0.63", "bbox": [476, 38, 493, 49]}, {"cell": "Hypertension", "bbox": [2, 51, 54, 61]}, {"cell": "109 (55.3)", "bbox": [193, 51, 232, 61]}, {"cell": "[EMPTY_CELL]", "bbox": [310, 51, 349, 61]}, {"cell": "0.33", "bbox": [414, 51, 431, 61]}, {"cell": "0.57", "bbox": [476, 51, 493, 61]}, {"cell": "Diabetes", "bbox": [2, 63, 35, 73]}, {"cell": "37 (18.8)", "bbox": [195, 63, 229, 74]}, {"cell": "[EMPTY_CELL]", "bbox": [312, 63, 347, 74]}, {"cell": "2.77", "bbox": [414, 63, 431, 73]}, {"cell": "0.10", "bbox": [476, 63, 493, 73]}, {"cell": "Hyperlipidemia", "bbox": [2, 75, 61, 86]}, {"cell": "58 (29.4)", "bbox": [195, 75, 229, 86]}, {"cell": "[EMPTY_CELL]", "bbox": [312, 75, 347, 86]}, {"cell": "5.88", "bbox": [414, 75, 431, 86]}, {"cell": "0.02", "bbox": [476, 75, 493, 86]}, {"cell": "Previous coronary disease", "bbox": [2, 87, 97, 98]}, {"cell": "14 (7.1)", "bbox": [197, 88, 227, 98]}, {"cell": "[EMPTY_CELL]", "bbox": [315, 88, 345, 98]}, {"cell": "0.66", "bbox": [414, 87, 431, 98]}, {"cell": "0.42", "bbox": [476, 87, 493, 98]}, {"cell": "Previous stroke ", "bbox": [2, 100, 60, 110]}, {"cell": "20 (10.2)", "bbox": [195, 100, 229, 110]}, {"cell": "[EMPTY_CELL]", "bbox": [315, 100, 345, 110]}, {"cell": "0.01", "bbox": [414, 100, 431, 110]}, {"cell": "0.93", "bbox": [476, 100, 493, 110]}, {"cell": "Current smoker", "bbox": [2, 112, 62, 122]}, {"cell": "106 (53.8)", "bbox": [193, 112, 232, 123]}, {"cell": "[EMPTY_CELL]", "bbox": [310, 112, 349, 123]}, {"cell": "4.96", "bbox": [414, 112, 431, 122]}, {"cell": "0.03", "bbox": [476, 112, 493, 122]}, {"cell": "Family history of coronary disease ", "bbox": [2, 124, 127, 135]}, {"cell": "16 (8.1)", "bbox": [197, 124, 227, 135]}, {"cell": "[EMPTY_CELL]", "bbox": [312, 124, 347, 135]}, {"cell": "10.13", "bbox": [412, 124, 434, 135]}, {"cell": "0.00", "bbox": [476, 124, 493, 135]}, {"cell": "Clinical pattern", "bbox": [2, 137, 60, 147]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " STEMI", "bbox": [12, 150, 40, 160]}, {"cell": "176 (89.3)", "bbox": [193, 150, 232, 161]}, {"cell": "[EMPTY_CELL]", "bbox": [310, 150, 349, 161]}, {"cell": "0.61", "bbox": [414, 155, 431, 166]}, {"cell": "0.44", "bbox": [476, 155, 493, 166]}, {"cell": " NSTEMI", "bbox": [12, 162, 47, 173]}, {"cell": "21 (10.7)", "bbox": [195, 162, 229, 173]}, {"cell": "[EMPTY_CELL]", "bbox": [312, 162, 347, 173]}, {"cell": "Cardiac function (Killips classification)", "bbox": [2, 175, 145, 185]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " Level I ", "bbox": [12, 188, 38, 198]}, {"cell": "99 (64.7)", "bbox": [195, 188, 229, 199]}, {"cell": "[EMPTY_CELL]", "bbox": [310, 188, 349, 199]}, {"cell": "−0.96", "bbox": [411, 205, 435, 216]}, {"cell": "0.34", "bbox": [476, 205, 493, 216]}, {"cell": " Level II ", "bbox": [12, 200, 41, 211]}, {"cell": "31 (20.3)", "bbox": [195, 200, 229, 211]}, {"cell": "[EMPTY_CELL]", "bbox": [312, 200, 347, 211]}, {"cell": " Level III ", "bbox": [12, 212, 44, 223]}, {"cell": "10 (6.5)", "bbox": [197, 213, 227, 223]}, {"cell": "[EMPTY_CELL]", "bbox": [315, 213, 345, 223]}, {"cell": " Level IV ", "bbox": [12, 225, 44, 235]}, {"cell": "13 (8.5)", "bbox": [197, 225, 227, 236]}, {"cell": "[EMPTY_CELL]", "bbox": [315, 225, 345, 236]}, {"cell": " Intravenous thrombolysis", "bbox": [12, 237, 106, 248]}, {"cell": "8 (4.1)", "bbox": [199, 237, 225, 248]}, {"cell": "[EMPTY_CELL]", "bbox": [315, 237, 345, 248]}, {"cell": "1.64", "bbox": [414, 242, 431, 253]}, {"cell": "0.20", "bbox": [476, 242, 493, 253]}, {"cell": " Emergency PCI", "bbox": [12, 249, 70, 260]}, {"cell": "189 (95.9)", "bbox": [193, 250, 232, 260]}, {"cell": "[EMPTY_CELL]", "bbox": [310, 250, 349, 260]}, {"cell": "Vascular lesions", "bbox": [2, 262, 61, 272]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " Single", "bbox": [12, 275, 36, 286]}, {"cell": "64 (34.0)", "bbox": [195, 275, 229, 286]}, {"cell": "[EMPTY_CELL]", "bbox": [310, 275, 349, 286]}, {"cell": "−0.37", "bbox": [411, 292, 435, 303]}, {"cell": "0.72", "bbox": [476, 292, 493, 303]}, {"cell": " Two branch", "bbox": [12, 287, 57, 298]}, {"cell": "56 (29.8)", "bbox": [195, 288, 229, 298]}, {"cell": "[EMPTY_CELL]", "bbox": [310, 288, 349, 298]}, {"cell": " Three branch", "bbox": [12, 300, 63, 310]}, {"cell": "65 (34.6)", "bbox": [195, 300, 229, 310]}, {"cell": "[EMPTY_CELL]", "bbox": [310, 300, 349, 310]}, {"cell": " Stenosis < 50%", "bbox": [12, 312, 69, 323]}, {"cell": "3 (1.6)", "bbox": [199, 312, 225, 323]}, {"cell": "[EMPTY_CELL]", "bbox": [317, 312, 342, 323]}, {"cell": "Stent implantation", "bbox": [2, 324, 72, 335]}, {"cell": "1.19 ± 0.63", "bbox": [191, 324, 234, 335]}, {"cell": "[EMPTY_CELL]", "bbox": [308, 324, 351, 335]}, {"cell": "−0.11", "bbox": [411, 324, 435, 335]}, {"cell": "0.92", "bbox": [476, 324, 493, 335]}]}


[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": "

S.N.	Genes	Types	Functions	References

1	[EMPTY_CELL]	Transcription factor	Regulation of meristem identity in plants (monocots and dicot); Activation/repression of GA-synthesis genes 	[95, 96]

2	[EMPTY_CELL]	Receptor-like kinase	Maintenance of an equilibrium between cell enlargement and organ development; Regulation of apical/floral meristem determinacy	[76, 97]

3	[EMPTY_CELL]	Peptide	Binding with the receptor-like kinase CLV1 as its ligand; Restricts WUS expression	[65, 76]

4	[EMPTY_CELL]	Auxin binding protein	ABP1- TMK1 complex formation for auxin perception; Maintenance of asymmetric growth at floral primordial region	[75, 99]

5	[EMPTY_CELL]	Plasma membrane associated small GTPase	Regulation of cellular processes; Maintenance of asymmetric growth under the influence of auxin	[75]

6	[EMPTY_CELL]	MADS-domain transcription factor	Interaction with floral genes AG and AP3; Regulation of floral organ formation	[98]

7	[EMPTY_CELL]	CRIB-containing ROP effector	Regulator of ROP6 gene; Maintenance of asymmetric growth under the influence of auxin	[99]

8	[EMPTY_CELL]	MADS-domain transcription factor	Chromatin remodelling; Regulation of flower initiation	[74, 98]

9	[EMPTY_CELL]	Homeodomain transcription factor	Stem cell activity in meristematic regions; Regulation offloral meristem determinacy	[65]

10	[EMPTY_CELL]	Transcription factor	Regulation of floral meristem identity; Activator of AG, AP3 and AP1 genes	[73, 74]

", "cells": [{"cell": "S.N.", "bbox": [1, 4, 14, 13]}, {"cell": "Genes", "bbox": [18, 4, 40, 13]}, {"cell": "Types", "bbox": [93, 4, 113, 13]}, {"cell": "Functions", "bbox": [175, 4, 209, 13]}, {"cell": "References", "bbox": [449, 4, 485, 13]}, {"cell": "1", "bbox": [1, 17, 6, 27]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 17, 37, 26]}, {"cell": "Transcription factor", "bbox": [93, 17, 156, 27]}, {"cell": "Regulation of meristem identity in plants (monocots and dicot); Activation/repression of GA-synthesis genes ", "bbox": [175, 17, 382, 36]}, {"cell": "[95, 96]", "bbox": [449, 17, 474, 27]}, {"cell": "2", "bbox": [1, 40, 6, 50]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 40, 69, 49]}, {"cell": "Receptor-like kinase", "bbox": [93, 40, 158, 50]}, {"cell": "Maintenance of an equilibrium between cell enlargement and organ development; Regulation of apical/floral meristem determinacy", "bbox": [175, 40, 445, 59]}, {"cell": "[76, 97]", "bbox": [449, 40, 474, 50]}, {"cell": "3", "bbox": [1, 63, 6, 73]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 63, 73, 72]}, {"cell": "Peptide", "bbox": [93, 63, 119, 73]}, {"cell": "Binding with the receptor-like kinase CLV1 as its ligand; Restricts WUS expression", "bbox": [175, 63, 354, 82]}, {"cell": "[65, 76]", "bbox": [449, 63, 474, 73]}, {"cell": "4", "bbox": [1, 86, 6, 96]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 86, 74, 104]}, {"cell": "Auxin binding protein", "bbox": [93, 86, 165, 96]}, {"cell": "ABP1- TMK1 complex formation for auxin perception; Maintenance of asymmetric growth at floral primordial region", "bbox": [175, 86, 376, 105]}, {"cell": "[75, 99]", "bbox": [449, 86, 474, 96]}, {"cell": "5", "bbox": [1, 109, 6, 119]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 109, 76, 127]}, {"cell": "Plasma membrane associated small GTPase", "bbox": [93, 109, 172, 128]}, {"cell": "Regulation of cellular processes; Maintenance of asymmetric growth under the influence of auxin", "bbox": [175, 109, 386, 128]}, {"cell": "[75]", "bbox": [449, 109, 463, 119]}, {"cell": "6", "bbox": [1, 132, 6, 142]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 132, 79, 141]}, {"cell": "MADS-domain transcription factor", "bbox": [93, 132, 155, 151]}, {"cell": "Interaction with floral genes AG and AP3; Regulation of floral organ formation", "bbox": [175, 132, 309, 151]}, {"cell": "[98]", "bbox": [449, 132, 463, 142]}, {"cell": "7", "bbox": [1, 155, 6, 165]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 155, 89, 182]}, {"cell": "CRIB-containing ROP effector", "bbox": [93, 155, 161, 174]}, {"cell": "Regulator of ROP6 gene; Maintenance of asymmetric growth under the influence of auxin", "bbox": [175, 155, 386, 174]}, {"cell": "[99]", "bbox": [449, 155, 463, 165]}, {"cell": "8", "bbox": [1, 187, 6, 197]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 187, 70, 196]}, {"cell": "MADS-domain transcription factor", "bbox": [93, 187, 155, 206]}, {"cell": "Chromatin remodelling; Regulation of flower initiation", "bbox": [175, 187, 273, 206]}, {"cell": "[74, 98]", "bbox": [449, 187, 474, 197]}, {"cell": "9", "bbox": [1, 210, 6, 220]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 210, 71, 219]}, {"cell": "Homeodomain transcription factor", "bbox": [93, 210, 155, 229]}, {"cell": "Stem cell activity in meristematic regions; Regulation offloral meristem determinacy", "bbox": [175, 210, 315, 229]}, {"cell": "[65]", "bbox": [449, 210, 463, 220]}, {"cell": "10", "bbox": [1, 233, 10, 243]}, {"cell": "[EMPTY_CELL]", "bbox": [18, 233, 55, 242]}, {"cell": "Transcription factor", "bbox": [93, 233, 156, 243]}, {"cell": "Regulation of floral meristem identity; Activator of AG, AP3 and AP1 genes", "bbox": [175, 233, 298, 252]}, {"cell": "[73, 74]", "bbox": [449, 233, 474, 243]}]}


[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]	Crude associations	Model 2.1	Model 2.2	Model 2.3

[EMPTY_CELL]	OR	95% CI	OR	95% CI	OR	95% CI	OR	[EMPTY_CELL]

Gender: female	1.169	(0.705; 1.938)	1.130	(0.658; 1.942)	1.291	(0.742; 2.246)	[EMPTY_CELL]	(0.707; 2.170)

Age	1.045	(0.986; 1.108)	1.056	(0.993; 1.124)	1.058	(0.993; 1.127)	[EMPTY_CELL]	(1.004; 1.144)

Low educational level	1.658*	(1.008; 2.728)	1.577	(0.931; 2.672)	1.543	(0.907; 2.624)	[EMPTY_CELL]	(0.943; 2.852)

Health-related behaviour	0.686**	(0.524; 0.898)	[EMPTY_CELL]	[EMPTY_CELL]	0.678**	(0.511; 0.901)	[EMPTY_CELL]	(0.507; 0.905)

Physical demands	1.141	(0.993; 1.312)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	(0.856; 1.185)

Psychological job demands	1.673***	(1.268; 2.207)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	(1.017; 2.033)

Job control	0.565**	(0.383; 0.834)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	(0.391; 0.892)

ERI: ER ratio > 1	3.197***	(1.800; 5.678)	3.374***	(1.881; 6.051)	3.334***	(1.852; 6.002)	[EMPTY_CELL]	(1.047; 4.183)

N-R2	[EMPTY_CELL]	[EMPTY_CELL]	0.063	[EMPTY_CELL]	0.084	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Crude associations", "bbox": [104, 4, 171, 12]}, {"cell": "Model 2.1", "bbox": [204, 4, 240, 12]}, {"cell": "Model 2.2", "bbox": [303, 4, 339, 12]}, {"cell": "Model 2.3", "bbox": [402, 4, 439, 12]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "OR", "bbox": [104, 17, 116, 25]}, {"cell": "95% CI", "bbox": [146, 17, 173, 25]}, {"cell": "OR", "bbox": [204, 17, 216, 25]}, {"cell": "95% CI", "bbox": [246, 17, 272, 25]}, {"cell": "OR", "bbox": [303, 17, 315, 25]}, {"cell": "95% CI", "bbox": [345, 17, 371, 25]}, {"cell": "OR", "bbox": [402, 17, 414, 25]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Gender: female", "bbox": [1, 30, 51, 40]}, {"cell": "1.169", "bbox": [104, 30, 123, 40]}, {"cell": "(0.705; 1.938)", "bbox": [146, 30, 190, 40]}, {"cell": "1.130", "bbox": [204, 30, 222, 40]}, {"cell": "(0.658; 1.942)", "bbox": [246, 30, 289, 40]}, {"cell": "1.291", "bbox": [303, 30, 322, 40]}, {"cell": "(0.742; 2.246)", "bbox": [345, 30, 388, 40]}, {"cell": "[EMPTY_CELL]", "bbox": [402, 30, 421, 40]}, {"cell": "(0.707; 2.170)", "bbox": [441, 30, 484, 40]}, {"cell": "Age", "bbox": [1, 43, 15, 53]}, {"cell": "1.045", "bbox": [104, 43, 123, 53]}, {"cell": "(0.986; 1.108)", "bbox": [146, 43, 190, 53]}, {"cell": "1.056", "bbox": [204, 43, 222, 53]}, {"cell": "(0.993; 1.124)", "bbox": [246, 43, 289, 53]}, {"cell": "1.058", "bbox": [303, 43, 322, 53]}, {"cell": "(0.993; 1.127)", "bbox": [345, 43, 388, 53]}, {"cell": "[EMPTY_CELL]", "bbox": [402, 43, 424, 53]}, {"cell": "(1.004; 1.144)", "bbox": [441, 43, 484, 53]}, {"cell": "Low educational level", "bbox": [1, 56, 73, 66]}, {"cell": "1.658*", "bbox": [104, 56, 126, 66]}, {"cell": "(1.008; 2.728)", "bbox": [146, 56, 190, 66]}, {"cell": "1.577", "bbox": [204, 56, 222, 66]}, {"cell": "(0.931; 2.672)", "bbox": [246, 56, 289, 66]}, {"cell": "1.543", "bbox": [303, 56, 322, 66]}, {"cell": "(0.907; 2.624)", "bbox": [345, 56, 388, 66]}, {"cell": "[EMPTY_CELL]", "bbox": [402, 56, 421, 66]}, {"cell": "(0.943; 2.852)", "bbox": [441, 56, 484, 66]}, {"cell": "Health-related behaviour", "bbox": [1, 70, 82, 79]}, {"cell": "0.686**", "bbox": [104, 70, 129, 79]}, {"cell": "(0.524; 0.898)", "bbox": [146, 70, 190, 79]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "0.678**", "bbox": [303, 70, 328, 79]}, {"cell": "(0.511; 0.901)", "bbox": [345, 70, 388, 79]}, {"cell": "[EMPTY_CELL]", "bbox": [402, 70, 427, 79]}, {"cell": "(0.507; 0.905)", "bbox": [441, 70, 484, 79]}, {"cell": "Physical demands", "bbox": [1, 83, 60, 92]}, {"cell": "1.141", "bbox": [104, 83, 123, 92]}, {"cell": "(0.993; 1.312)", "bbox": [146, 83, 190, 92]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [402, 83, 421, 92]}, {"cell": "(0.856; 1.185)", "bbox": [441, 83, 484, 92]}, {"cell": "Psychological job demands", "bbox": [1, 96, 90, 105]}, {"cell": "1.673***", "bbox": [104, 96, 132, 105]}, {"cell": "(1.268; 2.207)", "bbox": [146, 96, 190, 105]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [402, 96, 424, 105]}, {"cell": "(1.017; 2.033)", "bbox": [441, 96, 484, 105]}, {"cell": "Job control", "bbox": [1, 109, 39, 119]}, {"cell": "0.565**", "bbox": [104, 109, 129, 119]}, {"cell": "(0.383; 0.834)", "bbox": [146, 109, 190, 119]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [402, 109, 424, 119]}, {"cell": "(0.391; 0.892)", "bbox": [441, 109, 484, 119]}, {"cell": "ERI: ER ratio > 1", "bbox": [1, 122, 53, 132]}, {"cell": "3.197***", "bbox": [104, 122, 132, 132]}, {"cell": "(1.800; 5.678)", "bbox": [146, 122, 190, 132]}, {"cell": "3.374***", "bbox": [204, 122, 232, 132]}, {"cell": "(1.881; 6.051)", "bbox": [246, 122, 289, 132]}, {"cell": "3.334***", "bbox": [303, 122, 331, 132]}, {"cell": "(1.852; 6.002)", "bbox": [345, 122, 388, 132]}, {"cell": "[EMPTY_CELL]", "bbox": [402, 122, 424, 132]}, {"cell": "(1.047; 4.183)", "bbox": [441, 122, 484, 132]}, {"cell": "N-R2", "bbox": [1, 134, 17, 145]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "0.063", "bbox": [204, 135, 222, 145]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "0.084", "bbox": [303, 135, 322, 145]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [402, 135, 421, 145]}, {"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": "

Species	Satisfied	Not satisfied	Mann–Whitney P value

Growing pigs	[EMPTY_CELL]	(n = 7)	[EMPTY_CELL]

n pigs	[EMPTY_CELL]	357 (50–14700)	0.93

Poor body condition	[EMPTY_CELL]	1 (0–5)	0.82

Bursitis	[EMPTY_CELL]	74 (17–99)	1.00

Manure on body	[EMPTY_CELL]	44 (0–70)	0.36

Body lesions	[EMPTY_CELL]	7 (3–14)	0.07

Lame	[EMPTY_CELL]	0 (0–6)	0.10

Tail docked	[EMPTY_CELL]	100 (0–100)	0.59

Sows	[EMPTY_CELL]	(n = 5)	[EMPTY_CELL]

n pigs	[EMPTY_CELL]	200 (6–2150)	[EMPTY_CELL]

Poor body condition	[EMPTY_CELL]	0 (0–38)	*

Bursitis	[EMPTY_CELL]	99 (50–100)	[EMPTY_CELL]

Soiled	[EMPTY_CELL]	42 (0–100)	[EMPTY_CELL]

Body lesions	[EMPTY_CELL]	25 (8–48)	[EMPTY_CELL]

Tail docked	[EMPTY_CELL]	100 (75–100)	[EMPTY_CELL]

Sheep	[EMPTY_CELL]	(n = 8)	[EMPTY_CELL]

n sheep	[EMPTY_CELL]	120 (42–413)	0.10

Wool loss	[EMPTY_CELL]	16 (0–52)	0.60

Cattle	[EMPTY_CELL]	(n = 6)	[EMPTY_CELL]

n cattle	[EMPTY_CELL]	67 (38–345)	0.46

Lameness	[EMPTY_CELL]	7.5 (0–32)	0.41

Dirty flank	[EMPTY_CELL]	21 (0–30)	1.00

Dirty legs	[EMPTY_CELL]	29 (0–57)	0.90

Dirty udder	[EMPTY_CELL]	13 (0–43)	0.98

Any tarsal abnormality†	[EMPTY_CELL]	4 (0–12)	0.07

", "cells": [{"cell": "Species", "bbox": [1, 5, 25, 13]}, {"cell": "Satisfied", "bbox": [73, 5, 101, 13]}, {"cell": "Not satisfied", "bbox": [126, 5, 166, 13]}, {"cell": "Mann–Whitney P value", "bbox": [181, 5, 209, 33]}, {"cell": "Growing pigs", "bbox": [1, 47, 43, 55]}, {"cell": "[EMPTY_CELL]", "bbox": [84, 47, 111, 55]}, {"cell": "(n = 7)", "bbox": [136, 47, 160, 55]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "n pigs", "bbox": [1, 56, 21, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [73, 56, 118, 65]}, {"cell": "357 (50–14700)", "bbox": [126, 56, 174, 65]}, {"cell": "0.93", "bbox": [181, 56, 196, 65]}, {"cell": "Poor body condition", "bbox": [1, 66, 66, 75]}, {"cell": "[EMPTY_CELL]", "bbox": [80, 66, 107, 75]}, {"cell": "1 (0–5)", "bbox": [133, 66, 156, 75]}, {"cell": "0.82", "bbox": [181, 66, 196, 75]}, {"cell": "Bursitis", "bbox": [1, 76, 26, 85]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 76, 111, 85]}, {"cell": "74 (17–99)", "bbox": [129, 76, 163, 85]}, {"cell": "1.00", "bbox": [181, 76, 196, 85]}, {"cell": "Manure on body", "bbox": [1, 86, 54, 95]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 86, 107, 95]}, {"cell": "44 (0–70)", "bbox": [129, 86, 160, 95]}, {"cell": "0.36", "bbox": [181, 86, 196, 95]}, {"cell": "Body lesions", "bbox": [1, 96, 42, 105]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 96, 111, 105]}, {"cell": "7 (3–14)", "bbox": [133, 96, 160, 105]}, {"cell": "0.07", "bbox": [181, 96, 196, 105]}, {"cell": "Lame", "bbox": [1, 106, 20, 115]}, {"cell": "[EMPTY_CELL]", "bbox": [80, 106, 107, 115]}, {"cell": "0 (0–6)", "bbox": [133, 106, 156, 115]}, {"cell": "0.10", "bbox": [181, 106, 196, 115]}, {"cell": "Tail docked", "bbox": [1, 116, 39, 125]}, {"cell": "[EMPTY_CELL]", "bbox": [73, 116, 111, 125]}, {"cell": "100 (0–100)", "bbox": [126, 116, 163, 125]}, {"cell": "0.59", "bbox": [181, 116, 196, 125]}, {"cell": "Sows", "bbox": [1, 126, 18, 135]}, {"cell": "[EMPTY_CELL]", "bbox": [84, 126, 111, 135]}, {"cell": "(n = 5)", "bbox": [136, 126, 160, 135]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "n pigs", "bbox": [1, 136, 21, 145]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 136, 114, 145]}, {"cell": "200 (6–2150)", "bbox": [126, 136, 167, 145]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Poor body condition", "bbox": [1, 146, 66, 155]}, {"cell": "[EMPTY_CELL]", "bbox": [80, 146, 107, 155]}, {"cell": "0 (0–38)", "bbox": [133, 146, 160, 155]}, {"cell": "*", "bbox": [181, 146, 187, 155]}, {"cell": "Bursitis", "bbox": [1, 156, 26, 165]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 156, 111, 165]}, {"cell": "99 (50–100)", "bbox": [129, 156, 167, 165]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Soiled", "bbox": [1, 166, 21, 175]}, {"cell": "[EMPTY_CELL]", "bbox": [80, 166, 107, 175]}, {"cell": "42 (0–100)", "bbox": [129, 166, 163, 175]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Body lesions", "bbox": [1, 176, 42, 185]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 176, 107, 185]}, {"cell": "25 (8–48)", "bbox": [129, 176, 160, 185]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Tail docked", "bbox": [1, 186, 39, 195]}, {"cell": "[EMPTY_CELL]", "bbox": [73, 186, 111, 195]}, {"cell": "100 (75–100)", "bbox": [126, 186, 167, 195]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Sheep", "bbox": [1, 196, 20, 205]}, {"cell": "[EMPTY_CELL]", "bbox": [84, 196, 111, 205]}, {"cell": "(n = 8)", "bbox": [136, 196, 160, 205]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "n sheep", "bbox": [1, 206, 26, 215]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 206, 111, 215]}, {"cell": "120 (42–413)", "bbox": [126, 206, 167, 215]}, {"cell": "0.10", "bbox": [181, 206, 196, 215]}, {"cell": "Wool loss", "bbox": [0, 216, 33, 225]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 216, 107, 225]}, {"cell": "16 (0–52)", "bbox": [129, 216, 160, 225]}, {"cell": "0.60", "bbox": [181, 216, 196, 225]}, {"cell": "Cattle", "bbox": [0, 226, 20, 235]}, {"cell": "[EMPTY_CELL]", "bbox": [84, 226, 111, 235]}, {"cell": "(n = 6)", "bbox": [136, 226, 160, 235]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "n cattle", "bbox": [0, 236, 25, 245]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 236, 114, 245]}, {"cell": "67 (38–345)", "bbox": [129, 236, 167, 245]}, {"cell": "0.46", "bbox": [181, 236, 196, 245]}, {"cell": "Lameness", "bbox": [0, 246, 33, 255]}, {"cell": "[EMPTY_CELL]", "bbox": [75, 246, 107, 255]}, {"cell": "7.5 (0–32)", "bbox": [127, 246, 160, 255]}, {"cell": "0.41", "bbox": [181, 246, 196, 255]}, {"cell": "Dirty flank", "bbox": [0, 256, 36, 265]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 256, 107, 265]}, {"cell": "21 (0–30)", "bbox": [129, 256, 160, 265]}, {"cell": "1.00", "bbox": [181, 256, 196, 265]}, {"cell": "Dirty legs", "bbox": [0, 266, 33, 275]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 266, 107, 275]}, {"cell": "29 (0–57)", "bbox": [129, 266, 160, 275]}, {"cell": "0.90", "bbox": [181, 266, 196, 275]}, {"cell": "Dirty udder", "bbox": [1, 276, 39, 285]}, {"cell": "[EMPTY_CELL]", "bbox": [77, 276, 107, 285]}, {"cell": "13 (0–43)", "bbox": [129, 276, 160, 285]}, {"cell": "0.98", "bbox": [181, 276, 196, 285]}, {"cell": "Any tarsal abnormality†", "bbox": [1, 286, 49, 304]}, {"cell": "[EMPTY_CELL]", "bbox": [80, 286, 104, 294]}, {"cell": "4 (0–12)", "bbox": [133, 286, 160, 294]}, {"cell": "0.07", "bbox": [181, 286, 196, 294]}]}


[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": "

Variable	Crude Odds Ratio(95% Confidence Interval)	Adjusted Odds Ratio(95% Confidence Interval)

Mother's age at delivery	[EMPTY_CELL]	[EMPTY_CELL]

< 25 years	[EMPTY_CELL]	[EMPTY_CELL]

25-29 years	[EMPTY_CELL]	[EMPTY_CELL]

30-34 years	[EMPTY_CELL]	[EMPTY_CELL]

≥35 years	[EMPTY_CELL]	[EMPTY_CELL]

Highest level of education	[EMPTY_CELL]	[EMPTY_CELL]

University	[EMPTY_CELL]	1.00

Trade / TAFE	[EMPTY_CELL]	1.12 (0.70 - 1.77)

High School	[EMPTY_CELL]	1.95 (1.08 - 3.53)

Mother's relationship status at infant's birth	[EMPTY_CELL]	[EMPTY_CELL]

Relationship	[EMPTY_CELL]	[EMPTY_CELL]

Not in a relationship	[EMPTY_CELL]	[EMPTY_CELL]

Infant's gender	[EMPTY_CELL]	[EMPTY_CELL]

Female	[EMPTY_CELL]	[EMPTY_CELL]

Male	[EMPTY_CELL]	[EMPTY_CELL]

Mother's country of birth	[EMPTY_CELL]	[EMPTY_CELL]

Australia	[EMPTY_CELL]	1.00

Other	[EMPTY_CELL]	0.61 (0.40 - 0.95)

", "cells": [{"cell": "Variable", "bbox": [86, 4, 116, 13]}, {"cell": "Crude Odds Ratio(95% Confidence Interval)", "bbox": [228, 4, 320, 22]}, {"cell": "Adjusted Odds Ratio(95% Confidence Interval)", "bbox": [370, 4, 462, 22]}, {"cell": "Mother's age at delivery", "bbox": [58, 26, 145, 36]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "< 25 years", "bbox": [83, 38, 119, 48]}, {"cell": "[EMPTY_CELL]", "bbox": [247, 38, 302, 48]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "25-29 years", "bbox": [82, 50, 120, 60]}, {"cell": "[EMPTY_CELL]", "bbox": [247, 50, 302, 60]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "30-34 years", "bbox": [82, 62, 120, 72]}, {"cell": "[EMPTY_CELL]", "bbox": [247, 62, 302, 72]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "≥35 years", "bbox": [85, 74, 118, 83]}, {"cell": "[EMPTY_CELL]", "bbox": [267, 74, 282, 83]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Highest level of education", "bbox": [54, 86, 148, 95]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "University", "bbox": [85, 98, 118, 107]}, {"cell": "[EMPTY_CELL]", "bbox": [267, 98, 282, 107]}, {"cell": "1.00", "bbox": [408, 98, 423, 107]}, {"cell": "Trade / TAFE", "bbox": [79, 110, 123, 119]}, {"cell": "[EMPTY_CELL]", "bbox": [247, 110, 302, 119]}, {"cell": "1.12 (0.70 - 1.77)", "bbox": [388, 110, 443, 119]}, {"cell": "High School", "bbox": [80, 122, 122, 131]}, {"cell": "[EMPTY_CELL]", "bbox": [247, 122, 302, 131]}, {"cell": "1.95 (1.08 - 3.53)", "bbox": [388, 122, 443, 131]}, {"cell": "Mother's relationship status at infant's birth", "bbox": [23, 134, 179, 143]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Relationship", "bbox": [81, 146, 121, 155]}, {"cell": "[EMPTY_CELL]", "bbox": [267, 146, 282, 155]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Not in a relationship", "bbox": [67, 158, 135, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [247, 158, 302, 167]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Infant's gender", "bbox": [74, 170, 128, 179]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Female", "bbox": [89, 182, 114, 191]}, {"cell": "[EMPTY_CELL]", "bbox": [267, 182, 282, 191]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Male", "bbox": [92, 194, 110, 203]}, {"cell": "[EMPTY_CELL]", "bbox": [247, 194, 302, 203]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Mother's country of birth", "bbox": [56, 205, 146, 215]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Australia", "bbox": [87, 218, 115, 227]}, {"cell": "[EMPTY_CELL]", "bbox": [267, 218, 282, 227]}, {"cell": "1.00", "bbox": [408, 218, 423, 227]}, {"cell": "Other", "bbox": [91, 230, 111, 239]}, {"cell": "[EMPTY_CELL]", "bbox": [247, 230, 302, 239]}, {"cell": "0.61 (0.40 - 0.95)", "bbox": [388, 230, 443, 239]}]}


[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]	Number of Used Antibiotic Packages in the Period

[EMPTY_CELL]	Between October 2012 and October 2013	Between December 2013 and December 2014

[EMPTY_CELL]	1851	1228

[EMPTY_CELL]	390	353

[EMPTY_CELL]	196	126

[EMPTY_CELL]	304	300

[EMPTY_CELL]	36	150

[EMPTY_CELL]	25	10

[EMPTY_CELL]	3	19

[EMPTY_CELL]	32	7

[EMPTY_CELL]	13	8

[EMPTY_CELL]	86	20

[EMPTY_CELL]	148	233

[EMPTY_CELL]	1	6

[EMPTY_CELL]	3	3

[EMPTY_CELL]	393	180

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Number of Used Antibiotic Packages in the Period", "bbox": [174, 5, 383, 16]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Between October 2012 and October 2013", "bbox": [157, 16, 267, 38]}, {"cell": "Between December 2013 and December 2014", "bbox": [282, 16, 401, 38]}, {"cell": "[EMPTY_CELL]", "bbox": [43, 43, 107, 54]}, {"cell": "1851", "bbox": [202, 43, 222, 54]}, {"cell": "1228", "bbox": [331, 43, 351, 54]}, {"cell": "[EMPTY_CELL]", "bbox": [55, 54, 95, 65]}, {"cell": "390", "bbox": [204, 54, 220, 65]}, {"cell": "353", "bbox": [333, 54, 349, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [9, 65, 141, 76]}, {"cell": "196", "bbox": [204, 65, 220, 76]}, {"cell": "126", "bbox": [333, 65, 349, 76]}, {"cell": "[EMPTY_CELL]", "bbox": [39, 76, 111, 87]}, {"cell": "304", "bbox": [204, 76, 220, 87]}, {"cell": "300", "bbox": [333, 76, 349, 87]}, {"cell": "[EMPTY_CELL]", "bbox": [40, 87, 111, 98]}, {"cell": "36", "bbox": [206, 87, 217, 98]}, {"cell": "150", "bbox": [333, 87, 349, 98]}, {"cell": "[EMPTY_CELL]", "bbox": [49, 98, 102, 109]}, {"cell": "25", "bbox": [206, 98, 217, 109]}, {"cell": "10", "bbox": [336, 98, 347, 109]}, {"cell": "[EMPTY_CELL]", "bbox": [52, 109, 98, 120]}, {"cell": "3", "bbox": [209, 109, 215, 120]}, {"cell": "19", "bbox": [336, 109, 347, 120]}, {"cell": "[EMPTY_CELL]", "bbox": [52, 120, 98, 131]}, {"cell": "32", "bbox": [206, 120, 217, 131]}, {"cell": "7", "bbox": [338, 120, 344, 131]}, {"cell": "[EMPTY_CELL]", "bbox": [48, 131, 102, 142]}, {"cell": "13", "bbox": [206, 131, 217, 142]}, {"cell": "8", "bbox": [338, 131, 344, 142]}, {"cell": "[EMPTY_CELL]", "bbox": [45, 142, 105, 153]}, {"cell": "86", "bbox": [206, 142, 217, 153]}, {"cell": "20", "bbox": [336, 142, 347, 153]}, {"cell": "[EMPTY_CELL]", "bbox": [45, 153, 105, 164]}, {"cell": "148", "bbox": [204, 153, 220, 164]}, {"cell": "233", "bbox": [333, 153, 349, 164]}, {"cell": "[EMPTY_CELL]", "bbox": [55, 164, 95, 175]}, {"cell": "1", "bbox": [209, 164, 215, 175]}, {"cell": "6", "bbox": [338, 164, 344, 175]}, {"cell": "[EMPTY_CELL]", "bbox": [59, 175, 92, 186]}, {"cell": "3", "bbox": [209, 175, 215, 186]}, {"cell": "3", "bbox": [338, 175, 344, 186]}, {"cell": "[EMPTY_CELL]", "bbox": [63, 186, 88, 197]}, {"cell": "393", "bbox": [204, 186, 220, 197]}, {"cell": "180", "bbox": [333, 186, 349, 197]}]}


[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": "

Collection methods	Trap nights	Total catch	Mean catch	Relative sensitivity

[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 1	18	1306	72.6	NA

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 1	18	483	26.8	NA

[EMPTY_CELL]	Experiment 2	18	429	23.8	0.28

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 1	18	1099	61.1	NA

[EMPTY_CELL]	Experiment 2	18	1007	55.9	0.65

[EMPTY_CELL]	Experiment 3	164	442	2.7	0.32

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 1	54	3736	69.2	NA

[EMPTY_CELL]	Experiment 2	36	4008	111.3	1.30

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 2	36	3081	85.6	NA

[EMPTY_CELL]	Experiment 3	164	1398	8.5	NA

[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 1	18	2	0.11	NA

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 1	18	2	0.11	NA

[EMPTY_CELL]	Experiment 2	18	2	0.11	0.28

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 1	18	3	0.16	NA

[EMPTY_CELL]	Experiment 2	18	4	0.22	0.55

[EMPTY_CELL]	Experiment 3	164	13	0.07	1.40

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 1	54	21	0.38	NA

[EMPTY_CELL]	Experiment 2	36	24	0.68	1.70

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Experiment 2	36	14	0.40	NA

[EMPTY_CELL]	Experiment 3	164	8	0.05	NA

", "cells": [{"cell": "Collection methods", "bbox": [1, 8, 79, 17]}, {"cell": "Trap nights", "bbox": [167, 8, 213, 17]}, {"cell": "Total catch", "bbox": [249, 8, 295, 17]}, {"cell": "Mean catch", "bbox": [330, 8, 377, 17]}, {"cell": "Relative sensitivity", "bbox": [412, 8, 486, 17]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 25, 87, 35]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 35, 25, 45]}, {"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": "Experiment 1", "bbox": [68, 44, 116, 54]}, {"cell": "18", "bbox": [185, 44, 195, 54]}, {"cell": "1306", "bbox": [262, 44, 281, 54]}, {"cell": "72.6", "bbox": [345, 44, 362, 54]}, {"cell": "NA", "bbox": [442, 44, 456, 54]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 54, 32, 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": "Experiment 1", "bbox": [68, 63, 116, 73]}, {"cell": "18", "bbox": [185, 63, 195, 73]}, {"cell": "483", "bbox": [265, 63, 279, 73]}, {"cell": "26.8", "bbox": [345, 63, 362, 73]}, {"cell": "NA", "bbox": [442, 63, 456, 73]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 2", "bbox": [68, 73, 116, 82]}, {"cell": "18", "bbox": [185, 73, 195, 82]}, {"cell": "429", "bbox": [265, 73, 279, 82]}, {"cell": "23.8", "bbox": [345, 73, 362, 82]}, {"cell": "0.28", "bbox": [441, 73, 457, 82]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 82, 32, 92]}, {"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": "Experiment 1", "bbox": [68, 92, 116, 101]}, {"cell": "18", "bbox": [185, 92, 195, 101]}, {"cell": "1099", "bbox": [262, 92, 281, 101]}, {"cell": "61.1", "bbox": [345, 92, 362, 101]}, {"cell": "NA", "bbox": [442, 92, 456, 101]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 2", "bbox": [68, 101, 116, 111]}, {"cell": "18", "bbox": [185, 101, 195, 111]}, {"cell": "1007", "bbox": [262, 101, 281, 111]}, {"cell": "55.9", "bbox": [345, 101, 362, 111]}, {"cell": "0.65", "bbox": [441, 101, 457, 111]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 3", "bbox": [68, 111, 116, 120]}, {"cell": "164", "bbox": [183, 111, 197, 120]}, {"cell": "442", "bbox": [265, 111, 279, 120]}, {"cell": "2.7", "bbox": [347, 111, 359, 120]}, {"cell": "0.32", "bbox": [441, 111, 457, 120]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 120, 33, 130]}, {"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": "Experiment 1", "bbox": [68, 130, 116, 139]}, {"cell": "54", "bbox": [185, 130, 195, 139]}, {"cell": "3736", "bbox": [262, 130, 281, 139]}, {"cell": "69.2", "bbox": [345, 130, 362, 139]}, {"cell": "NA", "bbox": [442, 130, 456, 139]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 2", "bbox": [68, 139, 116, 149]}, {"cell": "36", "bbox": [185, 139, 195, 149]}, {"cell": "4008", "bbox": [262, 139, 281, 149]}, {"cell": "111.3", "bbox": [343, 139, 364, 149]}, {"cell": "1.30", "bbox": [441, 139, 457, 149]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 149, 16, 158]}, {"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": "Experiment 2", "bbox": [68, 158, 116, 168]}, {"cell": "36", "bbox": [185, 158, 195, 168]}, {"cell": "3081", "bbox": [262, 158, 281, 168]}, {"cell": "85.6", "bbox": [345, 158, 362, 168]}, {"cell": "NA", "bbox": [442, 158, 456, 168]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 3", "bbox": [68, 167, 116, 177]}, {"cell": "164", "bbox": [183, 167, 197, 177]}, {"cell": "1398", "bbox": [262, 167, 281, 177]}, {"cell": "8.5", "bbox": [347, 167, 359, 177]}, {"cell": "NA", "bbox": [442, 167, 456, 177]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 177, 73, 186]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 186, 25, 196]}, {"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": "Experiment 1", "bbox": [68, 196, 116, 205]}, {"cell": "18", "bbox": [185, 196, 195, 205]}, {"cell": "2", "bbox": [269, 196, 275, 205]}, {"cell": "0.11", "bbox": [345, 196, 362, 205]}, {"cell": "NA", "bbox": [442, 196, 456, 205]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 205, 32, 215]}, {"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": "Experiment 1", "bbox": [68, 215, 116, 224]}, {"cell": "18", "bbox": [185, 215, 195, 224]}, {"cell": "2", "bbox": [269, 215, 275, 224]}, {"cell": "0.11", "bbox": [345, 215, 362, 224]}, {"cell": "NA", "bbox": [442, 215, 456, 224]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 2", "bbox": [68, 224, 116, 234]}, {"cell": "18", "bbox": [185, 224, 195, 234]}, {"cell": "2", "bbox": [269, 224, 275, 234]}, {"cell": "0.11", "bbox": [345, 224, 362, 234]}, {"cell": "0.28", "bbox": [441, 224, 457, 234]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 234, 32, 243]}, {"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": "Experiment 1", "bbox": [68, 243, 116, 253]}, {"cell": "18", "bbox": [185, 243, 195, 253]}, {"cell": "3", "bbox": [269, 243, 275, 253]}, {"cell": "0.16", "bbox": [345, 243, 362, 253]}, {"cell": "NA", "bbox": [442, 243, 456, 253]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 2", "bbox": [68, 253, 116, 262]}, {"cell": "18", "bbox": [185, 253, 195, 262]}, {"cell": "4", "bbox": [269, 253, 275, 262]}, {"cell": "0.22", "bbox": [345, 253, 362, 262]}, {"cell": "0.55", "bbox": [441, 253, 457, 262]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 3", "bbox": [68, 262, 116, 272]}, {"cell": "164", "bbox": [183, 262, 197, 272]}, {"cell": "13", "bbox": [267, 262, 277, 272]}, {"cell": "0.07", "bbox": [345, 262, 362, 272]}, {"cell": "1.40", "bbox": [441, 262, 457, 272]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 272, 33, 281]}, {"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": "Experiment 1", "bbox": [68, 281, 116, 291]}, {"cell": "54", "bbox": [185, 281, 195, 291]}, {"cell": "21", "bbox": [267, 281, 277, 291]}, {"cell": "0.38", "bbox": [345, 281, 362, 291]}, {"cell": "NA", "bbox": [442, 281, 456, 291]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 2", "bbox": [68, 290, 116, 300]}, {"cell": "36", "bbox": [185, 290, 195, 300]}, {"cell": "24", "bbox": [267, 290, 277, 300]}, {"cell": "0.68", "bbox": [345, 290, 362, 300]}, {"cell": "1.70", "bbox": [441, 290, 457, 300]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 300, 16, 310]}, {"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": "Experiment 2", "bbox": [68, 309, 116, 319]}, {"cell": "36", "bbox": [185, 309, 195, 319]}, {"cell": "14", "bbox": [267, 309, 277, 319]}, {"cell": "0.40", "bbox": [345, 309, 362, 319]}, {"cell": "NA", "bbox": [442, 309, 456, 319]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Experiment 3", "bbox": [68, 319, 116, 328]}, {"cell": "164", "bbox": [183, 319, 197, 328]}, {"cell": "8", "bbox": [269, 319, 275, 328]}, {"cell": "0.05", "bbox": [345, 319, 362, 328]}, {"cell": "NA", "bbox": [442, 319, 456, 328]}]}


[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]	Percent*	Weighted N	Unweighted N

Urban site	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Dakar	[EMPTY_CELL]	682	289

Guédiawaye	[EMPTY_CELL]	170	240

Pikine	[EMPTY_CELL]	280	289

Mbao	[EMPTY_CELL]	472	232

Mbour	[EMPTY_CELL]	135	488

Kaolack	[EMPTY_CELL]	142	482

Age group	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

<25	[EMPTY_CELL]	503	603

25–34	[EMPTY_CELL]	966	1011

35–39	[EMPTY_CELL]	278	272

40+	[EMPTY_CELL]	133	134

Education level	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

None	[EMPTY_CELL]	803	946

Primary	[EMPTY_CELL]	679	746

Secondary	[EMPTY_CELL]	397	328

Wealth tertile	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Poorest	[EMPTY_CELL]	715	864

Medium	[EMPTY_CELL]	629	704

Highest	[EMPTY_CELL]	535	452

Religion	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Non-Muslim	[EMPTY_CELL]	97	63

Muslim	[EMPTY_CELL]	1,782	1,957

Type of union	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Monogamous	[EMPTY_CELL]	1,433	1,536

Polygynous	[EMPTY_CELL]	446	484

Number of children	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

0–1	[EMPTY_CELL]	462	481

2	[EMPTY_CELL]	442	472

3	[EMPTY_CELL]	380	390

4	[EMPTY_CELL]	595	677

Duration postpartum	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

<6 months	[EMPTY_CELL]	488	485

6–11 months	[EMPTY_CELL]	496	588

12–17 months	[EMPTY_CELL]	446	436

18–23 months	[EMPTY_CELL]	449	511

Total	[EMPTY_CELL]	1,879	2,020

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Percent*", "bbox": [83, 4, 115, 13]}, {"cell": "Weighted N", "bbox": [128, 4, 171, 13]}, {"cell": "Unweighted N", "bbox": [185, 4, 236, 13]}, {"cell": "Urban site", "bbox": [0, 17, 35, 27]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Dakar", "bbox": [8, 31, 28, 41]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 31, 106, 41]}, {"cell": "682", "bbox": [143, 31, 156, 41]}, {"cell": "289", "bbox": [204, 31, 217, 41]}, {"cell": "Guédiawaye", "bbox": [8, 45, 50, 55]}, {"cell": "[EMPTY_CELL]", "bbox": [93, 45, 104, 55]}, {"cell": "170", "bbox": [143, 45, 156, 55]}, {"cell": "240", "bbox": [204, 45, 217, 55]}, {"cell": "Pikine", "bbox": [8, 59, 29, 69]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 59, 106, 69]}, {"cell": "280", "bbox": [143, 59, 156, 69]}, {"cell": "289", "bbox": [204, 59, 217, 69]}, {"cell": "Mbao", "bbox": [8, 73, 29, 83]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 73, 106, 83]}, {"cell": "472", "bbox": [143, 73, 156, 83]}, {"cell": "232", "bbox": [204, 73, 217, 83]}, {"cell": "Mbour", "bbox": [8, 87, 32, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [93, 87, 104, 97]}, {"cell": "135", "bbox": [143, 87, 156, 97]}, {"cell": "488", "bbox": [204, 87, 217, 97]}, {"cell": "Kaolack", "bbox": [8, 101, 34, 111]}, {"cell": "[EMPTY_CELL]", "bbox": [93, 101, 104, 111]}, {"cell": "142", "bbox": [143, 101, 156, 111]}, {"cell": "482", "bbox": [204, 101, 217, 111]}, {"cell": "Age group", "bbox": [0, 115, 37, 125]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "<25", "bbox": [8, 129, 23, 139]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 129, 106, 139]}, {"cell": "503", "bbox": [143, 129, 156, 139]}, {"cell": "603", "bbox": [204, 129, 217, 139]}, {"cell": "25–34", "bbox": [8, 143, 30, 153]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 143, 106, 153]}, {"cell": "966", "bbox": [143, 143, 156, 153]}, {"cell": "1011", "bbox": [202, 143, 219, 153]}, {"cell": "35–39", "bbox": [8, 157, 30, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 157, 106, 167]}, {"cell": "278", "bbox": [143, 157, 156, 167]}, {"cell": "272", "bbox": [204, 157, 217, 167]}, {"cell": "40+", "bbox": [8, 171, 23, 181]}, {"cell": "[EMPTY_CELL]", "bbox": [93, 171, 104, 181]}, {"cell": "133", "bbox": [143, 171, 156, 181]}, {"cell": "134", "bbox": [204, 171, 217, 181]}, {"cell": "Education level", "bbox": [0, 185, 51, 195]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "None", "bbox": [8, 199, 28, 209]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 199, 106, 209]}, {"cell": "803", "bbox": [143, 199, 156, 209]}, {"cell": "946", "bbox": [204, 199, 217, 209]}, {"cell": "Primary", "bbox": [8, 213, 34, 223]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 213, 106, 223]}, {"cell": "679", "bbox": [143, 213, 156, 223]}, {"cell": "746", "bbox": [204, 213, 217, 223]}, {"cell": "Secondary", "bbox": [8, 227, 44, 237]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 227, 106, 237]}, {"cell": "397", "bbox": [143, 227, 156, 237]}, {"cell": "328", "bbox": [204, 227, 217, 237]}, {"cell": "Wealth tertile", "bbox": [0, 241, 45, 251]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Poorest", "bbox": [8, 255, 34, 265]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 255, 106, 265]}, {"cell": "715", "bbox": [143, 255, 156, 265]}, {"cell": "864", "bbox": [204, 255, 217, 265]}, {"cell": "Medium", "bbox": [8, 269, 37, 279]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 269, 106, 279]}, {"cell": "629", "bbox": [143, 269, 156, 279]}, {"cell": "704", "bbox": [204, 269, 217, 279]}, {"cell": "Highest", "bbox": [8, 283, 35, 293]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 283, 106, 293]}, {"cell": "535", "bbox": [143, 283, 156, 293]}, {"cell": "452", "bbox": [204, 283, 217, 293]}, {"cell": "Religion", "bbox": [0, 297, 28, 307]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Non-Muslim", "bbox": [8, 311, 49, 321]}, {"cell": "[EMPTY_CELL]", "bbox": [93, 311, 104, 321]}, {"cell": "97", "bbox": [145, 311, 154, 321]}, {"cell": "63", "bbox": [206, 311, 215, 321]}, {"cell": "Muslim", "bbox": [8, 325, 34, 335]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 325, 106, 335]}, {"cell": "1,782", "bbox": [140, 325, 159, 335]}, {"cell": "1,957", "bbox": [201, 325, 220, 335]}, {"cell": "Type of union", "bbox": [0, 339, 47, 349]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Monogamous", "bbox": [8, 353, 55, 363]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 353, 106, 363]}, {"cell": "1,433", "bbox": [140, 353, 159, 363]}, {"cell": "1,536", "bbox": [201, 353, 220, 363]}, {"cell": "Polygynous", "bbox": [8, 367, 47, 377]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 367, 106, 377]}, {"cell": "446", "bbox": [143, 367, 156, 377]}, {"cell": "484", "bbox": [204, 367, 217, 377]}, {"cell": "Number of children", "bbox": [0, 381, 66, 391]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "0–1", "bbox": [8, 395, 22, 405]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 395, 106, 405]}, {"cell": "462", "bbox": [143, 395, 156, 405]}, {"cell": "481", "bbox": [204, 395, 217, 405]}, {"cell": "2", "bbox": [8, 409, 14, 419]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 409, 106, 419]}, {"cell": "442", "bbox": [143, 409, 156, 419]}, {"cell": "472", "bbox": [204, 409, 217, 419]}, {"cell": "3", "bbox": [8, 423, 14, 433]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 423, 106, 433]}, {"cell": "380", "bbox": [143, 423, 156, 433]}, {"cell": "390", "bbox": [204, 423, 217, 433]}, {"cell": "4", "bbox": [8, 437, 14, 447]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 437, 106, 447]}, {"cell": "595", "bbox": [143, 437, 156, 447]}, {"cell": "677", "bbox": [204, 437, 217, 447]}, {"cell": "Duration postpartum", "bbox": [0, 451, 70, 461]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "<6 months", "bbox": [8, 465, 46, 475]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 465, 106, 475]}, {"cell": "488", "bbox": [143, 465, 156, 475]}, {"cell": "485", "bbox": [204, 465, 217, 475]}, {"cell": "6–11 months", "bbox": [8, 479, 53, 489]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 479, 106, 489]}, {"cell": "496", "bbox": [143, 479, 156, 489]}, {"cell": "588", "bbox": [204, 479, 217, 489]}, {"cell": "12–17 months", "bbox": [8, 493, 57, 503]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 493, 106, 503]}, {"cell": "446", "bbox": [143, 493, 156, 503]}, {"cell": "436", "bbox": [204, 493, 217, 503]}, {"cell": "18–23 months", "bbox": [8, 507, 57, 517]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 507, 106, 517]}, {"cell": "449", "bbox": [143, 507, 156, 517]}, {"cell": "511", "bbox": [204, 507, 217, 517]}, {"cell": "Total", "bbox": [0, 521, 18, 531]}, {"cell": "[EMPTY_CELL]", "bbox": [89, 521, 109, 531]}, {"cell": "1,879", "bbox": [140, 521, 159, 531]}, {"cell": "2,020", "bbox": [201, 521, 220, 531]}]}


[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": "

Mal3 (nM)	Growth (mean±s.e.m. (n), nm s−1)	Shrinkage (mean±s.e.m. (n), nm s−1)	Catastrophe (frequency±CL (n), min−1)	Rescue (frequency±CL (n), min−1)

[EMPTY_CELL]

[EMPTY_CELL]	7.44±0.44 (148)	227.6±14.0 (136)	0.43±0.36/0.51 (137)	0.29±0.06/0.85 (3)

[EMPTY_CELL]	7.25±0.27 (138)	240.4±14.3 (126)*	0.49±0.41/0.58 (129)	0.00±0.00/3.69 (0)

[EMPTY_CELL]	6.03±0.29 (88)	316.0±26.4 (84)	0.48±0.38/0.59 (85)	0.22±0.01/1.22 (1)

[EMPTY_CELL]	7.20±0.53 (97)	213.2±17.5 (88)	0.48±0.38/0.59 (82)	0.88±0.32/1.92 (6)

[EMPTY_CELL]	9.12±0.38 (116)*	107.6±7.5 (108)*	0.56±0.46/0.68 (107)	4.33±3.44/5.37 (82)†

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]

[EMPTY_CELL]	2.90±0.27 (71)	109.3±8.3 (59)	0.18±0.14/0.23 (57)	2.26±1.68/2.98 (50)

[EMPTY_CELL]	3.17±0.33 (63)	113.4±9.1 (53)	0.22±0.17/0.29 (53)	2.75±1.63/4.34 (18)

[EMPTY_CELL]	2.10±0.59 (17)	115.4±24.3 (14)	0.15±0.08/0.26 (14)	3.84±1.24/8.95 (5)

[EMPTY_CELL]	2.94±0.78 (39)	66.2±10.3 (58)*	0.24±0.17/0.34 (33)	0.59±0.40/0.84 (30)

[EMPTY_CELL]	1.53±0.25 (14)	60.6±9.5 (5)	0.03±0.01/0.06 (5)	5.52±1.79/12.89 (5)

", "cells": [{"cell": "Mal3 (nM)", "bbox": [2, 3, 41, 12]}, {"cell": "Growth (mean±s.e.m. (n), nm s−1)", "bbox": [74, 3, 154, 21]}, {"cell": "Shrinkage (mean±s.e.m. (n), nm s−1)", "bbox": [177, 3, 265, 21]}, {"cell": "Catastrophe (frequency±CL (n), min−1)", "bbox": [289, 3, 389, 21]}, {"cell": "Rescue (frequency±CL (n), min−1)", "bbox": [412, 3, 494, 21]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 24, 30, 32]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 33, 16, 42]}, {"cell": "7.44±0.44 (148)", "bbox": [82, 33, 144, 42]}, {"cell": "227.6±14.0 (136)", "bbox": [189, 33, 252, 42]}, {"cell": "0.43±0.36/0.51 (137)", "bbox": [298, 33, 376, 42]}, {"cell": "0.29±0.06/0.85 (3)", "bbox": [414, 33, 488, 42]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 43, 14, 52]}, {"cell": "7.25±0.27 (138)", "bbox": [83, 43, 143, 52]}, {"cell": "240.4±14.3 (126)*", "bbox": [188, 43, 255, 52]}, {"cell": "0.49±0.41/0.58 (129)", "bbox": [298, 43, 377, 52]}, {"cell": "0.00±0.00/3.69 (0)", "bbox": [413, 43, 488, 52]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 52, 19, 61]}, {"cell": "6.03±0.29 (88)", "bbox": [82, 52, 141, 61]}, {"cell": "316.0±26.4 (84)", "bbox": [190, 52, 251, 61]}, {"cell": "0.48±0.38/0.59 (85)", "bbox": [298, 52, 376, 61]}, {"cell": "0.22±0.01/1.22 (1)", "bbox": [414, 52, 482, 61]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 62, 21, 71]}, {"cell": "7.20±0.53 (97)", "bbox": [83, 62, 140, 71]}, {"cell": "213.2±17.5 (88)", "bbox": [191, 62, 249, 71]}, {"cell": "0.48±0.38/0.59 (82)", "bbox": [298, 62, 376, 71]}, {"cell": "0.88±0.32/1.92 (6)", "bbox": [414, 62, 485, 71]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 71, 24, 80]}, {"cell": "9.12±0.38 (116)*", "bbox": [84, 71, 145, 80]}, {"cell": "107.6±7.5 (108)*", "bbox": [190, 71, 252, 80]}, {"cell": "0.56±0.46/0.68 (107)", "bbox": [298, 71, 380, 80]}, {"cell": "4.33±3.44/5.37 (82)†", "bbox": [415, 70, 494, 80]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [2, 90, 36, 98]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 100, 16, 108]}, {"cell": "2.90±0.27 (71)", "bbox": [82, 100, 139, 108]}, {"cell": "109.3±8.3 (59)", "bbox": [190, 100, 246, 108]}, {"cell": "0.18±0.14/0.23 (57)", "bbox": [299, 100, 374, 108]}, {"cell": "2.26±1.68/2.98 (50)", "bbox": [415, 100, 490, 108]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 109, 14, 118]}, {"cell": "3.17±0.33 (63)", "bbox": [85, 109, 140, 118]}, {"cell": "113.4±9.1 (53)", "bbox": [192, 109, 244, 118]}, {"cell": "0.22±0.17/0.29 (53)", "bbox": [298, 109, 374, 118]}, {"cell": "2.75±1.63/4.34 (18)", "bbox": [415, 109, 488, 118]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 118, 19, 127]}, {"cell": "2.10±0.59 (17)", "bbox": [84, 118, 139, 127]}, {"cell": "115.4±24.3 (14)", "bbox": [191, 118, 249, 127]}, {"cell": "0.15±0.08/0.26 (14)", "bbox": [300, 118, 375, 127]}, {"cell": "3.84±1.24/8.95 (5)", "bbox": [414, 118, 485, 127]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 128, 21, 137]}, {"cell": "2.94±0.78 (39)", "bbox": [83, 128, 141, 137]}, {"cell": "66.2±10.3 (58)*", "bbox": [193, 128, 252, 137]}, {"cell": "0.24±0.17/0.34 (33)", "bbox": [298, 128, 374, 137]}, {"cell": "0.59±0.40/0.84 (30)", "bbox": [414, 128, 493, 137]}, {"cell": "[EMPTY_CELL]", "bbox": [10, 137, 24, 146]}, {"cell": "1.53±0.25 (14)", "bbox": [85, 137, 139, 146]}, {"cell": "60.6±9.5 (5)", "bbox": [192, 137, 241, 146]}, {"cell": "0.03±0.01/0.06 (5)", "bbox": [298, 137, 371, 146]}, {"cell": "5.52±1.79/12.89 (5)", "bbox": [415, 137, 487, 146]}]}


[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": "

Measure	Description	Range

[EMPTY_CELL]

[EMPTY_CELL]	Information content of the most informative common ancestor of two terms	≥ 0

[EMPTY_CELL]	Normalized Resnik similarity score by assessing how close two terms are to their most informative common ancestor	[0, 1)

[EMPTY_CELL]	Weighted Lin similarity score by using the probability of annotations of the most informative common ancestor	[0,1)

[EMPTY_CELL]	Based on the difference between two terms and their most informative common ancestor in information content	(0,1]

[EMPTY_CELL]

[EMPTY_CELL]	The average of the similarity scores for all pairs of terms between two groups of protein annotations	Same with those for the corresponding similarity scores for term pairs

[EMPTY_CELL]	The score of the best-matching pairs between two groups of protein annotations	[EMPTY_CELL]

[EMPTY_CELL]

[EMPTY_CELL]	The number of terms shared by the annotations for two proteins	≥ 1

[EMPTY_CELL]	Dividing TO by the minimum of the annotation lengths of two proteins	(0,1]

[EMPTY_CELL]	Dividing TO by the average of annotation lengths of two proteins	(0,1]

[EMPTY_CELL]	A chance-corrected measure of co-occurrence between two groups of protein annotations	[0, 1]

[EMPTY_CELL]	Jaccard index weighted by the information content of each GO term	[0, 1]

[EMPTY_CELL]	Cosine similarity weighted by the information content of each GO term	[0, 1]

", "cells": [{"cell": "Measure", "bbox": [5, 3, 37, 13]}, {"cell": "Description", "bbox": [57, 3, 100, 13]}, {"cell": "Range", "bbox": [331, 3, 355, 13]}, {"cell": "[EMPTY_CELL]", "bbox": [192, 29, 294, 39]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 55, 38, 65]}, {"cell": "Information content of the most informative common ancestor of two terms", "bbox": [57, 55, 312, 65]}, {"cell": "≥ 0", "bbox": [330, 55, 343, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 69, 27, 79]}, {"cell": "Normalized Resnik similarity score by assessing how close two terms are to their most informative common ancestor", "bbox": [57, 69, 323, 89]}, {"cell": "[0, 1)", "bbox": [331, 69, 349, 79]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 93, 25, 103]}, {"cell": "Weighted Lin similarity score by using the probability of annotations of the most informative common ancestor", "bbox": [57, 93, 323, 113]}, {"cell": "[0,1)", "bbox": [331, 93, 347, 103]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 117, 34, 127]}, {"cell": "Based on the difference between two terms and their most informative common ancestor in information content", "bbox": [57, 117, 323, 137]}, {"cell": "(0,1]", "bbox": [331, 117, 347, 127]}, {"cell": "[EMPTY_CELL]", "bbox": [92, 153, 393, 163]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 179, 31, 189]}, {"cell": "The average of the similarity scores for all pairs of terms between two groups of protein annotations", "bbox": [57, 179, 322, 199]}, {"cell": "Same with those for the corresponding similarity scores for term pairs", "bbox": [331, 179, 462, 199]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 203, 33, 213]}, {"cell": "The score of the best-matching pairs between two groups of protein annotations", "bbox": [57, 203, 324, 213]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [88, 229, 397, 239]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 255, 26, 265]}, {"cell": "The number of terms shared by the annotations for two proteins", "bbox": [57, 255, 273, 265]}, {"cell": "≥ 1", "bbox": [330, 255, 343, 265]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 269, 32, 279]}, {"cell": "Dividing TO by the minimum of the annotation lengths of two proteins", "bbox": [57, 269, 295, 279]}, {"cell": "(0,1]", "bbox": [330, 269, 347, 279]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 283, 36, 293]}, {"cell": "Dividing TO by the average of annotation lengths of two proteins", "bbox": [57, 283, 276, 293]}, {"cell": "(0,1]", "bbox": [330, 283, 347, 293]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 297, 42, 307]}, {"cell": "A chance-corrected measure of co-occurrence between two groups of protein annotations", "bbox": [57, 297, 318, 317]}, {"cell": "[0, 1]", "bbox": [331, 297, 349, 307]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 321, 29, 331]}, {"cell": "Jaccard index weighted by the information content of each GO term", "bbox": [57, 321, 285, 331]}, {"cell": "[0, 1]", "bbox": [330, 321, 348, 331]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 335, 36, 345]}, {"cell": "Cosine similarity weighted by the information content of each GO term", "bbox": [57, 335, 295, 345]}, {"cell": "[0, 1]", "bbox": [330, 335, 349, 345]}]}


[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 of norovirus detection	IID Cases	Controls	Rank-sum test p-valuecomparing cases to controls

[EMPTY_CELL]	Median Ct value	Ct value IQR	Sample size	Median Ct value	Ct value IQR	Sample size	[EMPTY_CELL]

All ages	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 All	[EMPTY_CELL]	25–37	589	38	35–39	159	<0.0001

 Electron microscopy	[EMPTY_CELL]	21–27.5	92	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	<0.0001

 RT-PCR(Electron microscopy negative)	[EMPTY_CELL]	29–38	497	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	<0.0001

< 5 years	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 All	[EMPTY_CELL]	26–37	253	37	34–38	92	<0.0001

 Electron microscopy	[EMPTY_CELL]	21–25	48	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	<0.0001

 RT-PCR(Electron microscopy negative)	[EMPTY_CELL]	32–37	205	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	0.0001

5 years +	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 All	[EMPTY_CELL]	25–38	334	38	36–39	67	<0.0001

 Electron microscopy	[EMPTY_CELL]	22–28.5	44	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	<0.0001

 RT-PCR(Electron microscopy negative)	[EMPTY_CELL]	27–38	290	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	<0.0001

", "cells": [{"cell": "Method of norovirus detection", "bbox": [4, 4, 110, 14]}, {"cell": "IID Cases", "bbox": [181, 4, 215, 14]}, {"cell": "Controls", "bbox": [309, 4, 341, 14]}, {"cell": "Rank-sum test p-valuecomparing cases to controls", "bbox": [401, 4, 497, 23]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Median Ct value", "bbox": [143, 36, 180, 55]}, {"cell": "Ct value IQR", "bbox": [192, 36, 222, 55]}, {"cell": "Sample size", "bbox": [233, 36, 259, 55]}, {"cell": "Median Ct value", "bbox": [271, 36, 308, 55]}, {"cell": "Ct value IQR", "bbox": [319, 36, 349, 55]}, {"cell": "Sample size", "bbox": [361, 36, 386, 55]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "All ages", "bbox": [4, 67, 32, 77]}, {"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": " All", "bbox": [14, 78, 26, 87]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 78, 180, 87]}, {"cell": "25–37", "bbox": [199, 78, 222, 87]}, {"cell": "589", "bbox": [244, 78, 259, 87]}, {"cell": "38", "bbox": [298, 78, 308, 87]}, {"cell": "35–39", "bbox": [327, 78, 349, 87]}, {"cell": "159", "bbox": [372, 78, 386, 87]}, {"cell": "<0.0001", "bbox": [468, 78, 497, 87]}, {"cell": " Electron microscopy", "bbox": [14, 88, 86, 98]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 88, 180, 98]}, {"cell": "21–27.5", "bbox": [193, 88, 222, 98]}, {"cell": "92", "bbox": [248, 88, 259, 98]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "<0.0001", "bbox": [468, 88, 497, 98]}, {"cell": " RT-PCR(Electron microscopy negative)", "bbox": [14, 98, 120, 117]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 98, 180, 108]}, {"cell": "29–38", "bbox": [199, 98, 222, 108]}, {"cell": "497", "bbox": [244, 98, 259, 108]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "<0.0001", "bbox": [468, 98, 497, 108]}, {"cell": "< 5 years", "bbox": [4, 128, 37, 138]}, {"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": " All", "bbox": [14, 138, 26, 148]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 138, 180, 148]}, {"cell": "26–37", "bbox": [199, 138, 222, 148]}, {"cell": "253", "bbox": [244, 138, 259, 148]}, {"cell": "37", "bbox": [298, 138, 308, 148]}, {"cell": "34–38", "bbox": [327, 138, 349, 148]}, {"cell": "92", "bbox": [376, 138, 386, 148]}, {"cell": "<0.0001", "bbox": [468, 138, 497, 148]}, {"cell": " Electron microscopy", "bbox": [14, 148, 86, 158]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 148, 180, 158]}, {"cell": "21–25", "bbox": [199, 148, 222, 158]}, {"cell": "48", "bbox": [248, 148, 259, 158]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "<0.0001", "bbox": [468, 148, 497, 158]}, {"cell": " RT-PCR(Electron microscopy negative)", "bbox": [14, 159, 120, 178]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 159, 180, 168]}, {"cell": "32–37", "bbox": [199, 159, 222, 168]}, {"cell": "205", "bbox": [244, 159, 259, 168]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "0.0001", "bbox": [473, 159, 497, 168]}, {"cell": "5 years +", "bbox": [4, 188, 37, 198]}, {"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": " All", "bbox": [14, 199, 26, 208]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 199, 180, 208]}, {"cell": "25–38", "bbox": [199, 199, 222, 208]}, {"cell": "334", "bbox": [244, 199, 259, 208]}, {"cell": "38", "bbox": [298, 199, 308, 208]}, {"cell": "36–39", "bbox": [327, 199, 349, 208]}, {"cell": "67", "bbox": [376, 199, 386, 208]}, {"cell": "<0.0001", "bbox": [468, 199, 497, 208]}, {"cell": " Electron microscopy", "bbox": [14, 209, 86, 219]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 209, 180, 219]}, {"cell": "22–28.5", "bbox": [193, 209, 222, 219]}, {"cell": "44", "bbox": [248, 209, 259, 219]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "<0.0001", "bbox": [468, 209, 497, 219]}, {"cell": " RT-PCR(Electron microscopy negative)", "bbox": [14, 219, 120, 238]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 219, 180, 229]}, {"cell": "27–38", "bbox": [199, 219, 222, 229]}, {"cell": "290", "bbox": [244, 219, 259, 229]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "<0.0001", "bbox": [468, 219, 497, 229]}]}


[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": "

FGAset	size	AstESR (285)	RescueESE (238)	ChPESE (1701)	FasESS (176)	ChPESS (924)

[EMPTY_CELL]	[EMPTY_CELL]	Overlap, P-value	Overlap, P-value	Overlap, P-value	Overlap, P-value	Overlap, P-value

[EMPTY_CELL]	313	34	0.00514	24	0.09415	175	2.09e-06	10	0.877	73	0.5407

[EMPTY_CELL]	177	28	0.00003	24	0.00007	130	1.42e-18	1	0.999	8	*

[EMPTY_CELL]	136	6	0.92089	0	*	43	0.9939	9	0.129	59	3.19e-08

[EMPTY_CELL]	317	35	0.00347	26	0.04319	177	1.96e-06	10	0.887	72	0.6423

[EMPTY_CELL]	179	29	0.00001	25	0.00003	129	2.74e-17	1	0.999	9	*

[EMPTY_CELL]	138	6	0.92714	1	0.99999	46	0.9819	9	0.137	57	4.22e-07

[EMPTY_CELL]	342	35	0.01147	27	0.05920	278	1.06e-08	12	0.812	70	0.9300

[EMPTY_CELL]	187	29	0.00003	25	0.00006	134	1.40e-17	3	0.999	9	*

[EMPTY_CELL]	155	6	0.96496	2	0.99915	59	0.8352	9	0.221	54	0.000257

[EMPTY_CELL]	465	54	0.00006	27	0.53401	278	1.06e-08	17	0.799	91	0.9993

[EMPTY_CELL]	263	38	0.00001	25	0.00899	165	6.61e-13	7	0.943	19	*

[EMPTY_CELL]	202	16	0.32994	2	0.99984	76	0.8907	10	0.368	64	0.001374

[EMPTY_CELL]	64	10	0.01195	32	1.32e-23	60	5.59e-19	1	0.941	4	0.9999

[EMPTY_CELL]	56	9	0.01403	30	2.47e-23	52	4.27e-16	0	*	4	0.9995

[EMPTY_CELL]	1052	126	1.44e-12	112	1.81e-13	613	3.73e-37	26	0.999	183	0.9999

[EMPTY_CELL]	701	93	2.28e-11	109	6.16e-28	482	1.02e-57	6	0.999	63	*

[EMPTY_CELL]	271	20	0.42504	1	0.99999	90	0.9985	19	0.022	106	1.54e-10

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