[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	Isolation of Aspergillus spp.	Candida spp. infection	Noncolonized, uninfected patients	P

Patients (n)	[EMPTY_CELL]	105	720	[EMPTY_CELL]

Age (years; mean ± SD)	[EMPTY_CELL]	59.5 ± 16.3	56.4 ± 17.4	NS

Men (n [%])	[EMPTY_CELL]	76 (72.4)	491 (68.2)	NS

APACHE II score (mean ± SD)	[EMPTY_CELL]	18.5 ± 6.5	18.9 ± 8.1	0.05

ICU stay (days; mean ± SD)	[EMPTY_CELL]	32.8 (22.6)	18.4 (14.1)	<0.001

Risk factors before ICU admission (n [%])

Diabetes mellitus	[EMPTY_CELL]	18 (17.1)	113 (15.7)	NS

COPD	[EMPTY_CELL]	16 (15.2)	179 (24.9)	0.002

Solid neoplasm	[EMPTY_CELL]	21 (20)	65 (9)	0.002

Hematological neoplasm	[EMPTY_CELL]	3 (2.9)	18 (2.5)	NS

Transplant recipient	[EMPTY_CELL]	0	3 (0.4)	<0.001

Immunosuppression	[EMPTY_CELL]	8 (7.6)	48 (6.7)	<0.001

Chronic renal failure	[EMPTY_CELL]	4 (3.8)	26 (3.6)	NS

HIV infection	[EMPTY_CELL]	2 (1.9)	9 (1.3)	NS

Chronic liver disease	[EMPTY_CELL]	3 (2.9)	29 (4)	NS

Severe heart failure	[EMPTY_CELL]	4 (3.8)	41 (5.7)	NS

Radiation therapy	[EMPTY_CELL]	4 (3.8)	7 (1)	NS

Chemotherapy	[EMPTY_CELL]	3 (2.9)	13 (1.8)	NS

Risk factors during ICU stay

Arterial catheter	[EMPTY_CELL]	74 (70.4)	498 (69.1)	NS

Venous catheter	[EMPTY_CELL]	104 (99.0)	711 (98.6)	NS

Urinary catheter	[EMPTY_CELL]	100 (95.2)	703 (97.5)	NS

Mechanical ventilation	[EMPTY_CELL]	99 (94.2)	640 (88.8)	0.019

Total parenteral nutrition	[EMPTY_CELL]	90 (85.7)	274 (38.0)	<0.001

Haemodialysis	[EMPTY_CELL]	34 (32.3)	56 (7.8)	<0.001

Neutropenia	[EMPTY_CELL]	5 (4.7)	20 (2.8)	0.001

Steroids	[EMPTY_CELL]	25 (23.8)	139 (19.3)	<0.001

Antibiotic treatment	[EMPTY_CELL]	105 (100)	674 (93.5)	<0.001

", "cells": [{"cell": "Variable", "bbox": [5, 9, 30, 18]}, {"cell": "Isolation of Aspergillus spp.", "bbox": [112, 9, 196, 18]}, {"cell": "Candida spp. infection", "bbox": [217, 9, 287, 18]}, {"cell": "Noncolonized, uninfected patients", "bbox": [307, 9, 410, 18]}, {"cell": "P", "bbox": [455, 9, 461, 18]}, {"cell": "Patients (n)", "bbox": [5, 27, 41, 36]}, {"cell": "[EMPTY_CELL]", "bbox": [149, 27, 159, 36]}, {"cell": "105", "bbox": [245, 27, 259, 36]}, {"cell": "720", "bbox": [351, 27, 365, 36]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Age (years; mean ± SD)", "bbox": [5, 42, 79, 51]}, {"cell": "[EMPTY_CELL]", "bbox": [134, 42, 174, 51]}, {"cell": "59.5 ± 16.3", "bbox": [233, 42, 271, 51]}, {"cell": "56.4 ± 17.4", "bbox": [339, 42, 377, 51]}, {"cell": "NS", "bbox": [452, 42, 464, 51]}, {"cell": "Men (n [%])", "bbox": [5, 56, 42, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [141, 56, 166, 65]}, {"cell": "76 (72.4)", "bbox": [237, 56, 267, 65]}, {"cell": "491 (68.2)", "bbox": [341, 56, 375, 65]}, {"cell": "NS", "bbox": [452, 56, 464, 65]}, {"cell": "APACHE II score (mean ± SD)", "bbox": [5, 71, 99, 80]}, {"cell": "[EMPTY_CELL]", "bbox": [137, 71, 171, 80]}, {"cell": "18.5 ± 6.5", "bbox": [235, 71, 269, 80]}, {"cell": "18.9 ± 8.1", "bbox": [341, 71, 375, 80]}, {"cell": "0.05", "bbox": [450, 71, 466, 80]}, {"cell": "ICU stay (days; mean ± SD)", "bbox": [5, 85, 90, 94]}, {"cell": "[EMPTY_CELL]", "bbox": [134, 85, 174, 94]}, {"cell": "32.8 (22.6)", "bbox": [234, 85, 270, 94]}, {"cell": "18.4 (14.1)", "bbox": [340, 85, 376, 94]}, {"cell": "<0.001", "bbox": [446, 85, 470, 94]}, {"cell": "Risk factors before ICU admission (n [%])", "bbox": [5, 100, 130, 109]}, {"cell": "Diabetes mellitus", "bbox": [24, 114, 77, 123]}, {"cell": "[EMPTY_CELL]", "bbox": [141, 114, 167, 123]}, {"cell": "18 (17.1)", "bbox": [237, 114, 267, 123]}, {"cell": "113 (15.7)", "bbox": [341, 114, 375, 123]}, {"cell": "NS", "bbox": [452, 114, 464, 123]}, {"cell": "COPD", "bbox": [24, 129, 47, 138]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 129, 169, 138]}, {"cell": "16 (15.2)", "bbox": [237, 129, 267, 138]}, {"cell": "179 (24.9)", "bbox": [341, 129, 375, 138]}, {"cell": "0.002", "bbox": [448, 129, 468, 138]}, {"cell": "Solid neoplasm", "bbox": [24, 143, 72, 152]}, {"cell": "[EMPTY_CELL]", "bbox": [143, 143, 165, 152]}, {"cell": "21 (20)", "bbox": [240, 143, 264, 152]}, {"cell": "65 (9)", "bbox": [348, 143, 369, 152]}, {"cell": "0.002", "bbox": [448, 143, 468, 152]}, {"cell": "Hematological neoplasm", "bbox": [24, 158, 100, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [143, 158, 165, 167]}, {"cell": "3 (2.9)", "bbox": [241, 158, 263, 167]}, {"cell": "18 (2.5)", "bbox": [345, 158, 371, 167]}, {"cell": "NS", "bbox": [452, 158, 464, 167]}, {"cell": "Transplant recipient", "bbox": [24, 172, 85, 181]}, {"cell": "[EMPTY_CELL]", "bbox": [143, 172, 165, 181]}, {"cell": "0", "bbox": [249, 172, 255, 181]}, {"cell": "3 (0.4)", "bbox": [347, 172, 369, 181]}, {"cell": "<0.001", "bbox": [446, 172, 470, 181]}, {"cell": "Immunosuppression", "bbox": [24, 187, 86, 196]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 187, 169, 196]}, {"cell": "8 (7.6)", "bbox": [241, 187, 263, 196]}, {"cell": "48 (6.7)", "bbox": [345, 187, 371, 196]}, {"cell": "<0.001", "bbox": [446, 187, 470, 196]}, {"cell": "Chronic renal failure", "bbox": [24, 201, 86, 210]}, {"cell": "[EMPTY_CELL]", "bbox": [143, 201, 165, 210]}, {"cell": "4 (3.8)", "bbox": [241, 201, 263, 210]}, {"cell": "26 (3.6)", "bbox": [345, 201, 371, 210]}, {"cell": "NS", "bbox": [452, 201, 464, 210]}, {"cell": "HIV infection", "bbox": [24, 216, 65, 225]}, {"cell": "[EMPTY_CELL]", "bbox": [143, 216, 165, 225]}, {"cell": "2 (1.9)", "bbox": [241, 216, 263, 225]}, {"cell": "9 (1.3)", "bbox": [347, 216, 369, 225]}, {"cell": "NS", "bbox": [452, 216, 464, 225]}, {"cell": "Chronic liver disease", "bbox": [24, 230, 89, 239]}, {"cell": "[EMPTY_CELL]", "bbox": [143, 230, 165, 239]}, {"cell": "3 (2.9)", "bbox": [241, 230, 263, 239]}, {"cell": "29 (4)", "bbox": [348, 230, 369, 239]}, {"cell": "NS", "bbox": [452, 230, 464, 239]}, {"cell": "Severe heart failure", "bbox": [24, 245, 84, 254]}, {"cell": "[EMPTY_CELL]", "bbox": [143, 245, 165, 254]}, {"cell": "4 (3.8)", "bbox": [241, 245, 263, 254]}, {"cell": "41 (5.7)", "bbox": [345, 245, 371, 254]}, {"cell": "NS", "bbox": [452, 245, 464, 254]}, {"cell": "Radiation therapy", "bbox": [24, 259, 78, 268]}, {"cell": "[EMPTY_CELL]", "bbox": [151, 259, 157, 268]}, {"cell": "4 (3.8)", "bbox": [241, 259, 263, 268]}, {"cell": "7 (1)", "bbox": [350, 259, 366, 268]}, {"cell": "NS", "bbox": [452, 259, 464, 268]}, {"cell": "Chemotherapy", "bbox": [24, 274, 70, 283]}, {"cell": "[EMPTY_CELL]", "bbox": [143, 274, 165, 283]}, {"cell": "3 (2.9)", "bbox": [241, 274, 263, 283]}, {"cell": "13 (1.8)", "bbox": [345, 274, 371, 283]}, {"cell": "NS", "bbox": [452, 274, 464, 283]}, {"cell": "Risk factors during ICU stay", "bbox": [5, 288, 90, 297]}, {"cell": "Arterial catheter", "bbox": [24, 303, 74, 312]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 303, 169, 312]}, {"cell": "74 (70.4)", "bbox": [237, 303, 267, 312]}, {"cell": "498 (69.1)", "bbox": [341, 303, 375, 312]}, {"cell": "NS", "bbox": [452, 303, 464, 312]}, {"cell": "Venous catheter", "bbox": [24, 317, 75, 326]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 317, 168, 326]}, {"cell": "104 (99.0)", "bbox": [235, 317, 269, 326]}, {"cell": "711 (98.6)", "bbox": [341, 317, 375, 326]}, {"cell": "NS", "bbox": [452, 317, 464, 326]}, {"cell": "Urinary catheter", "bbox": [24, 332, 74, 341]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 332, 168, 341]}, {"cell": "100 (95.2)", "bbox": [235, 332, 269, 341]}, {"cell": "703 (97.5)", "bbox": [341, 332, 375, 341]}, {"cell": "NS", "bbox": [452, 332, 464, 341]}, {"cell": "Mechanical ventilation", "bbox": [24, 346, 92, 355]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 346, 169, 355]}, {"cell": "99 (94.2)", "bbox": [237, 346, 267, 355]}, {"cell": "640 (88.8)", "bbox": [341, 346, 375, 355]}, {"cell": "0.019", "bbox": [448, 346, 468, 355]}, {"cell": "Total parenteral nutrition", "bbox": [24, 361, 98, 370]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 361, 169, 370]}, {"cell": "90 (85.7)", "bbox": [237, 361, 267, 370]}, {"cell": "274 (38.0)", "bbox": [341, 361, 375, 370]}, {"cell": "<0.001", "bbox": [446, 361, 470, 370]}, {"cell": "Haemodialysis", "bbox": [24, 375, 69, 384]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 375, 169, 384]}, {"cell": "34 (32.3)", "bbox": [237, 375, 267, 384]}, {"cell": "56 (7.8)", "bbox": [345, 375, 371, 384]}, {"cell": "<0.001", "bbox": [446, 375, 470, 384]}, {"cell": "Neutropenia", "bbox": [24, 390, 63, 399]}, {"cell": "[EMPTY_CELL]", "bbox": [141, 390, 167, 399]}, {"cell": "5 (4.7)", "bbox": [241, 390, 263, 399]}, {"cell": "20 (2.8)", "bbox": [345, 390, 371, 399]}, {"cell": "0.001", "bbox": [448, 390, 468, 399]}, {"cell": "Steroids", "bbox": [24, 404, 52, 413]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 404, 169, 413]}, {"cell": "25 (23.8)", "bbox": [237, 404, 267, 413]}, {"cell": "139 (19.3)", "bbox": [341, 404, 375, 413]}, {"cell": "<0.001", "bbox": [446, 404, 470, 413]}, {"cell": "Antibiotic treatment", "bbox": [24, 419, 85, 428]}, {"cell": "[EMPTY_CELL]", "bbox": [139, 419, 168, 428]}, {"cell": "105 (100)", "bbox": [236, 419, 269, 428]}, {"cell": "674 (93.5)", "bbox": [341, 419, 375, 428]}, {"cell": "<0.001", "bbox": [446, 419, 470, 428]}]}


[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]	Pat	2 days	7 days	14 days	P-value

[EMPTY_CELL]	[EMPTY_CELL]	n	Risk	n	Risk	n	Risk

Age <60 years	[EMPTY_CELL]	1	5% (0-15%)	1	5% (0-15%)	2	11% (0-25%)	p = 0.95

Age ≥60 years	[EMPTY_CELL]	11	5% (2-8%)	17	8% (4-12%)	23	11% (7-16%)	[EMPTY_CELL]

Blood Pressure <140/90	[EMPTY_CELL]	5	11% (2-20%)	7	15% (5-26%)	8	17% (6-28%)	p = 0.10

Blood Pressure ≥140/90	[EMPTY_CELL]	7	4% (1-7%)	11	6% (2-10%)	17	10% (5-14%)	[EMPTY_CELL]

Clinical presentation: Other	[EMPTY_CELL]	2	3% (0-7%)	2	3% (0-7%)	2	3% (0-7%)	p = 0.06

Clinical presentation: Speech disturbance	[EMPTY_CELL]	1	6% (0-17%)	3	18% (0-37%)	3	18% (0-37%)	[EMPTY_CELL]

Clinical presentation: Focal weakness	[EMPTY_CELL]	9	6% (2-10%)	13	9% (4-13%)	20	14% (8-20%)	[EMPTY_CELL]

Duration <10 min*	[EMPTY_CELL]	2	3% (0-8%)	2	3% (0-8%)	4	7% (0-14%)	p = 0.45

Duration 10-59 min*	[EMPTY_CELL]	2	6% (0-13%)	5	14% (3-25%)	5	14% (3-25%)	[EMPTY_CELL]

Duration ≥60 min*	[EMPTY_CELL]	8	6% (2-10%)	11	9% (4-13%)	16	13% (7-18%)	[EMPTY_CELL]

Diabetes: Absent	[EMPTY_CELL]	9	5% (2-9%)	13	8% (4-12%)	18	11% (6-16%)	p = 0.91

Diabetes: Present	[EMPTY_CELL]	3	5% (0-10%)	5	8% (1-15%)	7	12% (3-20%)	[EMPTY_CELL]

Dual events: Absent	[EMPTY_CELL]	10	5% (2-9%)	14	8% (4-12%)	19	11% (6-15%)	p = 0.61

Dual events: Present	[EMPTY_CELL]	2	4% (0-10%)	4	9% (0-17%)	6	14% (3-25%)	[EMPTY_CELL]

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Pat", "bbox": [153, 4, 167, 13]}, {"cell": "2 days", "bbox": [186, 4, 211, 13]}, {"cell": "7 days", "bbox": [277, 4, 301, 13]}, {"cell": "14 days", "bbox": [367, 4, 396, 13]}, {"cell": "P-value", "bbox": [457, 4, 484, 13]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "n", "bbox": [186, 17, 193, 27]}, {"cell": "Risk", "bbox": [215, 17, 231, 27]}, {"cell": "n", "bbox": [277, 17, 283, 27]}, {"cell": "Risk", "bbox": [306, 17, 322, 27]}, {"cell": "n", "bbox": [367, 17, 373, 27]}, {"cell": "Risk", "bbox": [396, 17, 412, 27]}, {"cell": "Age <60 years", "bbox": [1, 30, 49, 40]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 30, 163, 40]}, {"cell": "1", "bbox": [186, 30, 192, 40]}, {"cell": "5% (0-15%)", "bbox": [215, 30, 253, 40]}, {"cell": "1", "bbox": [277, 30, 282, 40]}, {"cell": "5% (0-15%)", "bbox": [306, 30, 344, 40]}, {"cell": "2", "bbox": [367, 30, 373, 40]}, {"cell": "11% (0-25%)", "bbox": [396, 30, 438, 40]}, {"cell": "p = 0.95", "bbox": [457, 30, 484, 40]}, {"cell": "Age ≥60 years", "bbox": [1, 44, 49, 54]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 44, 167, 54]}, {"cell": "11", "bbox": [186, 44, 196, 54]}, {"cell": "5% (2-8%)", "bbox": [215, 44, 249, 54]}, {"cell": "17", "bbox": [277, 44, 286, 54]}, {"cell": "8% (4-12%)", "bbox": [306, 44, 344, 54]}, {"cell": "23", "bbox": [367, 44, 376, 54]}, {"cell": "11% (7-16%)", "bbox": [396, 44, 438, 54]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Blood Pressure <140/90", "bbox": [1, 58, 79, 68]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 58, 163, 68]}, {"cell": "5", "bbox": [186, 58, 192, 68]}, {"cell": "11% (2-20%)", "bbox": [215, 58, 257, 68]}, {"cell": "7", "bbox": [277, 58, 282, 68]}, {"cell": "15% (5-26%)", "bbox": [306, 58, 347, 68]}, {"cell": "8", "bbox": [367, 58, 373, 68]}, {"cell": "17% (6-28%)", "bbox": [396, 58, 438, 68]}, {"cell": "p = 0.10", "bbox": [457, 58, 484, 68]}, {"cell": "Blood Pressure ≥140/90", "bbox": [1, 72, 79, 82]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 72, 167, 82]}, {"cell": "7", "bbox": [186, 72, 192, 82]}, {"cell": "4% (1-7%)", "bbox": [215, 72, 249, 82]}, {"cell": "11", "bbox": [277, 72, 286, 82]}, {"cell": "6% (2-10%)", "bbox": [306, 72, 344, 82]}, {"cell": "17", "bbox": [367, 72, 376, 82]}, {"cell": "10% (5-14%)", "bbox": [396, 72, 438, 82]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Clinical presentation: Other", "bbox": [1, 86, 89, 96]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 86, 163, 96]}, {"cell": "2", "bbox": [186, 86, 192, 96]}, {"cell": "3% (0-7%)", "bbox": [215, 86, 249, 96]}, {"cell": "2", "bbox": [277, 86, 282, 96]}, {"cell": "3% (0-7%)", "bbox": [306, 86, 340, 96]}, {"cell": "2", "bbox": [367, 86, 373, 96]}, {"cell": "3% (0-7%)", "bbox": [396, 86, 430, 96]}, {"cell": "p = 0.06", "bbox": [457, 86, 484, 96]}, {"cell": "Clinical presentation: Speech disturbance", "bbox": [1, 100, 134, 110]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 100, 163, 110]}, {"cell": "1", "bbox": [186, 100, 192, 110]}, {"cell": "6% (0-17%)", "bbox": [215, 100, 253, 110]}, {"cell": "3", "bbox": [277, 100, 282, 110]}, {"cell": "18% (0-37%)", "bbox": [306, 100, 347, 110]}, {"cell": "3", "bbox": [367, 100, 373, 110]}, {"cell": "18% (0-37%)", "bbox": [396, 100, 438, 110]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Clinical presentation: Focal weakness", "bbox": [1, 114, 120, 124]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 114, 167, 124]}, {"cell": "9", "bbox": [186, 114, 192, 124]}, {"cell": "6% (2-10%)", "bbox": [215, 114, 253, 124]}, {"cell": "13", "bbox": [277, 114, 286, 124]}, {"cell": "9% (4-13%)", "bbox": [306, 114, 344, 124]}, {"cell": "20", "bbox": [367, 114, 376, 124]}, {"cell": "14% (8-20%)", "bbox": [396, 114, 438, 124]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Duration <10 min*", "bbox": [1, 128, 63, 138]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 128, 163, 138]}, {"cell": "2", "bbox": [186, 128, 192, 138]}, {"cell": "3% (0-8%)", "bbox": [215, 128, 249, 138]}, {"cell": "2", "bbox": [277, 128, 282, 138]}, {"cell": "3% (0-8%)", "bbox": [306, 128, 340, 138]}, {"cell": "4", "bbox": [367, 128, 373, 138]}, {"cell": "7% (0-14%)", "bbox": [396, 128, 434, 138]}, {"cell": "p = 0.45", "bbox": [457, 128, 484, 138]}, {"cell": "Duration 10-59 min*", "bbox": [1, 142, 68, 152]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 142, 163, 152]}, {"cell": "2", "bbox": [186, 142, 192, 152]}, {"cell": "6% (0-13%)", "bbox": [215, 142, 253, 152]}, {"cell": "5", "bbox": [277, 142, 282, 152]}, {"cell": "14% (3-25%)", "bbox": [306, 142, 347, 152]}, {"cell": "5", "bbox": [367, 142, 373, 152]}, {"cell": "14% (3-25%)", "bbox": [396, 142, 438, 152]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Duration ≥60 min*", "bbox": [1, 156, 63, 166]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 156, 167, 166]}, {"cell": "8", "bbox": [186, 156, 192, 166]}, {"cell": "6% (2-10%)", "bbox": [215, 156, 253, 166]}, {"cell": "11", "bbox": [277, 156, 286, 166]}, {"cell": "9% (4-13%)", "bbox": [306, 156, 344, 166]}, {"cell": "16", "bbox": [367, 156, 376, 166]}, {"cell": "13% (7-18%)", "bbox": [396, 156, 438, 166]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Diabetes: Absent", "bbox": [1, 170, 56, 180]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 170, 167, 180]}, {"cell": "9", "bbox": [186, 170, 192, 180]}, {"cell": "5% (2-9%)", "bbox": [215, 170, 249, 180]}, {"cell": "13", "bbox": [277, 170, 286, 180]}, {"cell": "8% (4-12%)", "bbox": [306, 170, 344, 180]}, {"cell": "18", "bbox": [367, 170, 376, 180]}, {"cell": "11% (6-16%)", "bbox": [396, 170, 438, 180]}, {"cell": "p = 0.91", "bbox": [457, 170, 484, 180]}, {"cell": "Diabetes: Present", "bbox": [1, 184, 57, 194]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 184, 163, 194]}, {"cell": "3", "bbox": [186, 184, 192, 194]}, {"cell": "5% (0-10%)", "bbox": [215, 184, 253, 194]}, {"cell": "5", "bbox": [277, 184, 282, 194]}, {"cell": "8% (1-15%)", "bbox": [306, 184, 344, 194]}, {"cell": "7", "bbox": [367, 184, 373, 194]}, {"cell": "12% (3-20%)", "bbox": [396, 184, 438, 194]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Dual events: Absent", "bbox": [1, 198, 66, 208]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 198, 167, 208]}, {"cell": "10", "bbox": [186, 198, 196, 208]}, {"cell": "5% (2-9%)", "bbox": [215, 198, 249, 208]}, {"cell": "14", "bbox": [277, 198, 286, 208]}, {"cell": "8% (4-12%)", "bbox": [306, 198, 344, 208]}, {"cell": "19", "bbox": [367, 198, 376, 208]}, {"cell": "11% (6-15%)", "bbox": [396, 198, 438, 208]}, {"cell": "p = 0.61", "bbox": [457, 198, 484, 208]}, {"cell": "Dual events: Present", "bbox": [1, 212, 68, 222]}, {"cell": "[EMPTY_CELL]", "bbox": [153, 212, 163, 222]}, {"cell": "2", "bbox": [186, 212, 192, 222]}, {"cell": "4% (0-10%)", "bbox": [215, 212, 253, 222]}, {"cell": "4", "bbox": [277, 212, 282, 222]}, {"cell": "9% (0-17%)", "bbox": [306, 212, 344, 222]}, {"cell": "6", "bbox": [367, 212, 373, 222]}, {"cell": "14% (3-25%)", "bbox": [396, 212, 438, 222]}, {"cell": "[EMPTY_CELL]", "bbox": []}]}

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": "

Primer & Probe	Sequence	Concentration	Orientationa	Positionb	Tm (°C)

Flavi all S	TACAACATgATggggAARAgAgARAA	10 pmol	[EMPTY_CELL]	8993–9019	54.7

DEN4 F	TACAACATgATgggRAAACgTgAGAA	10 pmol	[EMPTY_CELL]	8996–9019	60.18

Flavi all AS 1	gTCCCANCCDgCKgTRTC	10 pmol	[EMPTY_CELL]	9236–9253	52.5

[EMPTY_CELL]	gTCCCATCCAgCKgTRTCATC	5 pmol	[EMPTY_CELL]	9236–9256	57.1

Flavi all AS 2	gTgTCCCAgCCNgCKgTgTCATCWgC	10 pmol	[EMPTY_CELL]	9232–9260	69.6

Flavi all probe 1	FAM-AARggHAgYMgNgCCA + TH + T + g + g + T-BBQ	5 pmol	[EMPTY_CELL]	9044–9065	69–83

Flavi all probe 2	FAM-Tg + gTWYATgTggYTNg + gRgC--BBQ	5 pmol	[EMPTY_CELL]	9062–9082	62–75

Flavi all probe 3 mix	FAM-Tg + gTWYATgT + ggYTNg + gRgC—BBQc	5 pmol	[EMPTY_CELL]	9062–9082	66-79

[EMPTY_CELL]	FAM-CCgTgCCATATggTATATgTggCTgggAgC-BBQd	0.5 pmol	[EMPTY_CELL]	9052–9081	74.7

[EMPTY_CELL]	FAM-TTTCTggAATTTgAAgCCCTgggTTT-BBQe	0.5 pmol	[EMPTY_CELL]	9086–9012	68

Flavi all S2	TACAACATgATgggMAAACgYgARAA	10 pmol	[EMPTY_CELL]	8996–9019	58.2

Flavi all AS4	gTgTCCCAGCCNgCKgTRTCRTC	10 pmol	[EMPTY_CELL]	9235–9260	64.1

", "cells": [{"cell": "Primer & Probe", "bbox": [1, 4, 56, 13]}, {"cell": "Sequence", "bbox": [89, 4, 125, 13]}, {"cell": "Concentration", "bbox": [279, 4, 330, 13]}, {"cell": "Orientationa", "bbox": [345, 2, 389, 13]}, {"cell": "Positionb", "bbox": [407, 2, 440, 13]}, {"cell": "Tm (°C)", "bbox": [457, 4, 484, 13]}, {"cell": "Flavi all S", "bbox": [1, 17, 35, 26]}, {"cell": "TACAACATgATggggAARAgAgARAA", "bbox": [89, 17, 205, 26]}, {"cell": "10 pmol", "bbox": [290, 17, 318, 26]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 17, 370, 26]}, {"cell": "8993–9019", "bbox": [405, 17, 442, 26]}, {"cell": "54.7", "bbox": [463, 17, 478, 26]}, {"cell": "DEN4 F", "bbox": [1, 31, 28, 40]}, {"cell": "TACAACATgATgggRAAACgTgAGAA", "bbox": [89, 31, 205, 40]}, {"cell": "10 pmol", "bbox": [290, 31, 318, 40]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 31, 370, 40]}, {"cell": "8996–9019", "bbox": [405, 31, 442, 40]}, {"cell": "60.18", "bbox": [461, 31, 480, 40]}, {"cell": "Flavi all AS 1", "bbox": [1, 44, 47, 54]}, {"cell": "gTCCCANCCDgCKgTRTC", "bbox": [89, 44, 169, 54]}, {"cell": "10 pmol", "bbox": [290, 44, 318, 54]}, {"cell": "[EMPTY_CELL]", "bbox": [362, 44, 372, 54]}, {"cell": "9236–9253", "bbox": [405, 44, 442, 54]}, {"cell": "52.5", "bbox": [463, 44, 478, 54]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "gTCCCATCCAgCKgTRTCATC", "bbox": [89, 58, 180, 68]}, {"cell": "5 pmol", "bbox": [292, 58, 316, 68]}, {"cell": "[EMPTY_CELL]", "bbox": [362, 58, 372, 68]}, {"cell": "9236–9256", "bbox": [405, 58, 442, 68]}, {"cell": "57.1", "bbox": [463, 58, 478, 68]}, {"cell": "Flavi all AS 2", "bbox": [1, 72, 47, 82]}, {"cell": "gTgTCCCAgCCNgCKgTgTCATCWgC", "bbox": [89, 72, 205, 82]}, {"cell": "10 pmol", "bbox": [290, 72, 318, 82]}, {"cell": "[EMPTY_CELL]", "bbox": [362, 72, 372, 82]}, {"cell": "9232–9260", "bbox": [405, 72, 442, 82]}, {"cell": "69.6", "bbox": [463, 72, 478, 82]}, {"cell": "Flavi all probe 1", "bbox": [1, 85, 59, 95]}, {"cell": "FAM-AARggHAgYMgNgCCA + TH + T + g + g + T-BBQ", "bbox": [89, 85, 263, 95]}, {"cell": "5 pmol", "bbox": [292, 85, 316, 95]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 85, 370, 95]}, {"cell": "9044–9065", "bbox": [405, 85, 442, 95]}, {"cell": "69–83", "bbox": [460, 85, 481, 95]}, {"cell": "Flavi all probe 2", "bbox": [1, 99, 59, 108]}, {"cell": "FAM-Tg + gTWYATgTggYTNg + gRgC--BBQ", "bbox": [89, 99, 227, 108]}, {"cell": "5 pmol", "bbox": [292, 99, 316, 108]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 99, 370, 108]}, {"cell": "9062–9082", "bbox": [405, 99, 442, 108]}, {"cell": "62–75", "bbox": [460, 99, 481, 108]}, {"cell": "Flavi all probe 3 mix", "bbox": [1, 112, 74, 121]}, {"cell": "FAM-Tg + gTWYATgT + ggYTNg + gRgC—BBQc", "bbox": [89, 110, 242, 121]}, {"cell": "5 pmol", "bbox": [292, 112, 316, 121]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 112, 370, 121]}, {"cell": "9062–9082", "bbox": [405, 112, 442, 121]}, {"cell": "66-79", "bbox": [461, 112, 481, 121]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "FAM-CCgTgCCATATggTATATgTggCTgggAgC-BBQd", "bbox": [89, 124, 254, 135]}, {"cell": "0.5 pmol", "bbox": [289, 126, 319, 135]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 126, 370, 135]}, {"cell": "9052–9081", "bbox": [405, 126, 442, 135]}, {"cell": "74.7", "bbox": [463, 126, 478, 135]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "FAM-TTTCTggAATTTgAAgCCCTgggTTT-BBQe", "bbox": [89, 138, 233, 149]}, {"cell": "0.5 pmol", "bbox": [289, 140, 319, 149]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 140, 370, 149]}, {"cell": "9086–9012", "bbox": [405, 140, 442, 149]}, {"cell": "68", "bbox": [466, 140, 476, 149]}, {"cell": "Flavi all S2", "bbox": [1, 153, 40, 162]}, {"cell": "TACAACATgATgggMAAACgYgARAA", "bbox": [89, 153, 207, 162]}, {"cell": "10 pmol", "bbox": [290, 153, 318, 162]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 153, 370, 162]}, {"cell": "8996–9019", "bbox": [405, 153, 442, 162]}, {"cell": "58.2", "bbox": [463, 153, 478, 162]}, {"cell": "Flavi all AS4", "bbox": [1, 166, 45, 175]}, {"cell": "gTgTCCCAGCCNgCKgTRTCRTC", "bbox": [89, 166, 189, 175]}, {"cell": "10 pmol", "bbox": [290, 166, 318, 175]}, {"cell": "[EMPTY_CELL]", "bbox": [364, 166, 370, 175]}, {"cell": "9235–9260", "bbox": [405, 166, 442, 175]}, {"cell": "64.1", "bbox": [463, 166, 478, 175]}]}


[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 Registry Births ≥ 1500 g	Registry Births ≥ 1500 g in HBB Trained Facilities

Pre n/N (Rate/1000)	Post n/N (Rate/1000)	Estimatesa of Pre-Post Differences in Mortality Rates (95 % CI)	P	Pre n/N (Rate/1000)	Post n/N (Rate/1000)	Estimatesa of Pre-Post Differences in Mortality Rates (95 % CI)	P

Total

 Perinatal deaths	848/35,539 (23.9)	802/35,076 (22.9)	−0.14 (−3.15, 2.86)	0.92	386/15,205 (25.4)	374/15,974 (23.4)	2.34 (−3.11, 7.80)	[EMPTY_CELL]

 Fresh stillbirths	393/35,595 (11.0)	330/35,109 (9.4)	1.38 (−0.61, 3.37)	0.17	191/15,232 (12.5)	152/15,985 (9.5)	3.75 (−0.21, 7.70)	[EMPTY_CELL]

 Death by day 1b	660/35,539 (18.6)	620/35,076 (17.7)	−0.02 (−2.51, 2.48)	0.99	295/15,205 (19.4)	297/15,974 (18.6)	0.81 (−3.65, 5.26)	[EMPTY_CELL]

 Early neonatal death by day 7	455/35,146 (12.9)	472/34,746 (13.6)	−1.53 (−3.79, 0.73)	0.18	195/15,014 (13.0)	222/15,822 (14.0)	−1.41 (−5.45, 2.64)	[EMPTY_CELL]

Kenya

 Perinatal deaths	232/8947 (25.9)	202/8494 (23.8)	1.03 (−5.66, 7.71)	0.75	124/3223 (38.5)	98/3477 (28.2)	11.71 (0.39, 23.03)	[EMPTY_CELL]

 Fresh stillbirths	155/8972 (17.3)	114/8510 (13.4)	2.92 (−2.21, 8.04)	0.24	83/3235 (25.7)	57/3481 (16.4)	11.27 (0.95, 21.59)	[EMPTY_CELL]

 Death by day 1	204/8947 (22.8)	183/8494 (21.5)	0.25 (−5.69, 6.19)	0.93	108/3223 (33.5)	92/3477 (26.5)	8.09 (−2.05, 18.24)	[EMPTY_CELL]

 Early neonatal death by day 7	77/8792 (8.8)	88/8380 (10.5)	−1.89 (−4.92, 1.14)	0.20	41/3140 (13.1)	41/3420 (12.0)	0.52 (−4.40, 5.43)	[EMPTY_CELL]

Nagpur, India

 Perinatal deaths	209/9483 (22.0)	239/9768 (24.5)	−2.92 (−8.05, 2.21)	0.25	103/4038 (25.5)	130/4367 (29.8)	−4.11 (−14.05, 5.82)	[EMPTY_CELL]

 Fresh stillbirths	88/9514 (9.2)	90/9784 (9.2)	0.08 (−2.88, 3.04)	0.95	47/4053 (11.6)	57/4373 (13.0)	−1.27 (−6.80, 4.26)	[EMPTY_CELL]

 Death by day 1	145/9483 (15.3)	168/9768 (17.2)	−2.11 (−5.91, 1.69)	0.26	71/4038 (17.6)	102/4367 (23.4)	−5.07 (–12.57, 2.43)	[EMPTY_CELL]

 Early neonatal death by day 7	121/9395 (12.9)	149/9678 (15.4)	−3.05 (−7.53, 1.44)	0.17	56/3991 (14.0)	73/4310 (16.9)	−2.96 (−12.79, 6.88)	[EMPTY_CELL]

Belgaum, India

 Perinatal deaths	407/17,109 (23.8)	361/16,814 (21.5)	2.17 (−2.28, 6.62)	0.32	159/7944 (20.0)	146/8130 (18.0)	1.05 (−4.94, 7.04)	[EMPTY_CELL]

 Fresh stillbirths	150/17,109 (8.8)	126/16,815 (7.5)	1.48 (−1.21, 4.17)	0.26	61/7944 (7.7)	38/8131 (4.7)	2.49 (−0.78, 5.76)	[EMPTY_CELL]

 Death by day 1	311/17,109 (18.2)	269/16,814 (16.0)	2.33 (−1.58, 6.25)	0.22	116/7944 (14.6)	103/8130 (12.7)	0.87 (−3.88, 5.63)	[EMPTY_CELL]

 Early neonatal death by day 7	257/16,959 (15.2)	235/16,688 (14.1)	0.73 (−3.50, 4.96)	0.72	98/7883 (12.4)	108/8092 (13.3)	−1.39 (−5.42, 2.64)	[EMPTY_CELL]

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "All Registry Births ≥ 1500 g", "bbox": [98, 4, 176, 13]}, {"cell": "Registry Births ≥ 1500 g in HBB Trained Facilities", "bbox": [296, 4, 433, 13]}, {"cell": "Pre n/N (Rate/1000)", "bbox": [98, 17, 132, 34]}, {"cell": "Post n/N (Rate/1000)", "bbox": [152, 17, 186, 34]}, {"cell": "Estimatesa of Pre-Post Differences in Mortality Rates (95 % CI)", "bbox": [206, 16, 273, 43]}, {"cell": "P", "bbox": [278, 17, 284, 26]}, {"cell": "Pre n/N (Rate/1000)", "bbox": [296, 17, 329, 34]}, {"cell": "Post n/N (Rate/1000)", "bbox": [350, 17, 383, 34]}, {"cell": "Estimatesa of Pre-Post Differences in Mortality Rates (95 % CI)", "bbox": [404, 16, 467, 43]}, {"cell": "P", "bbox": [471, 17, 477, 26]}, {"cell": "Total", "bbox": [1, 47, 16, 56]}, {"cell": " Perinatal deaths", "bbox": [8, 61, 54, 70]}, {"cell": "848/35,539 (23.9)", "bbox": [98, 61, 148, 70]}, {"cell": "802/35,076 (22.9)", "bbox": [152, 61, 202, 70]}, {"cell": "−0.14 (−3.15, 2.86)", "bbox": [206, 61, 259, 70]}, {"cell": "0.92", "bbox": [278, 61, 291, 70]}, {"cell": "386/15,205 (25.4)", "bbox": [296, 61, 345, 70]}, {"cell": "374/15,974 (23.4)", "bbox": [350, 61, 399, 70]}, {"cell": "2.34 (−3.11, 7.80)", "bbox": [404, 61, 453, 70]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 61, 484, 70]}, {"cell": " Fresh stillbirths", "bbox": [8, 75, 51, 83]}, {"cell": "393/35,595 (11.0)", "bbox": [98, 75, 148, 83]}, {"cell": "330/35,109 (9.4)", "bbox": [152, 75, 194, 83]}, {"cell": "1.38 (−0.61, 3.37)", "bbox": [206, 75, 255, 83]}, {"cell": "0.17", "bbox": [278, 75, 291, 83]}, {"cell": "191/15,232 (12.5)", "bbox": [296, 75, 345, 83]}, {"cell": "152/15,985 (9.5)", "bbox": [350, 75, 396, 83]}, {"cell": "3.75 (−0.21, 7.70)", "bbox": [404, 75, 453, 83]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 75, 484, 83]}, {"cell": " Death by day 1b", "bbox": [8, 87, 56, 97]}, {"cell": "660/35,539 (18.6)", "bbox": [98, 88, 148, 97]}, {"cell": "620/35,076 (17.7)", "bbox": [152, 88, 202, 97]}, {"cell": "−0.02 (−2.51, 2.48)", "bbox": [206, 88, 259, 97]}, {"cell": "0.99", "bbox": [278, 88, 291, 97]}, {"cell": "295/15,205 (19.4)", "bbox": [296, 88, 345, 97]}, {"cell": "297/15,974 (18.6)", "bbox": [350, 88, 399, 97]}, {"cell": "0.81 (−3.65, 5.26)", "bbox": [404, 88, 453, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 88, 484, 97]}, {"cell": " Early neonatal death by day 7", "bbox": [8, 102, 94, 111]}, {"cell": "455/35,146 (12.9)", "bbox": [98, 102, 148, 111]}, {"cell": "472/34,746 (13.6)", "bbox": [152, 102, 202, 111]}, {"cell": "−1.53 (−3.79, 0.73)", "bbox": [206, 102, 259, 111]}, {"cell": "0.18", "bbox": [278, 102, 291, 111]}, {"cell": "195/15,014 (13.0)", "bbox": [296, 102, 345, 111]}, {"cell": "222/15,822 (14.0)", "bbox": [350, 102, 399, 111]}, {"cell": "−1.41 (−5.45, 2.64)", "bbox": [404, 102, 457, 111]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 102, 484, 111]}, {"cell": "Kenya", "bbox": [1, 116, 19, 124]}, {"cell": " Perinatal deaths", "bbox": [8, 130, 54, 138]}, {"cell": "232/8947 (25.9)", "bbox": [98, 130, 143, 138]}, {"cell": "202/8494 (23.8)", "bbox": [152, 130, 197, 138]}, {"cell": "1.03 (−5.66, 7.71)", "bbox": [206, 130, 255, 138]}, {"cell": "0.75", "bbox": [278, 130, 291, 138]}, {"cell": "124/3223 (38.5)", "bbox": [296, 130, 341, 138]}, {"cell": "98/3477 (28.2)", "bbox": [350, 130, 391, 138]}, {"cell": "11.71 (0.39, 23.03)", "bbox": [404, 130, 455, 138]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 130, 484, 138]}, {"cell": " Fresh stillbirths", "bbox": [8, 143, 51, 152]}, {"cell": "155/8972 (17.3)", "bbox": [98, 143, 143, 152]}, {"cell": "114/8510 (13.4)", "bbox": [152, 143, 197, 152]}, {"cell": "2.92 (−2.21, 8.04)", "bbox": [206, 143, 255, 152]}, {"cell": "0.24", "bbox": [278, 143, 291, 152]}, {"cell": "83/3235 (25.7)", "bbox": [296, 143, 337, 152]}, {"cell": "57/3481 (16.4)", "bbox": [350, 143, 391, 152]}, {"cell": "11.27 (0.95, 21.59)", "bbox": [404, 143, 455, 152]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 143, 484, 152]}, {"cell": " Death by day 1", "bbox": [8, 157, 53, 166]}, {"cell": "204/8947 (22.8)", "bbox": [98, 157, 143, 166]}, {"cell": "183/8494 (21.5)", "bbox": [152, 157, 197, 166]}, {"cell": "0.25 (−5.69, 6.19)", "bbox": [206, 157, 255, 166]}, {"cell": "0.93", "bbox": [278, 157, 291, 166]}, {"cell": "108/3223 (33.5)", "bbox": [296, 157, 341, 166]}, {"cell": "92/3477 (26.5)", "bbox": [350, 157, 391, 166]}, {"cell": "8.09 (−2.05, 18.24)", "bbox": [404, 157, 456, 166]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 157, 484, 166]}, {"cell": " Early neonatal death by day 7", "bbox": [8, 171, 94, 179]}, {"cell": "77/8792 (8.8)", "bbox": [98, 171, 136, 179]}, {"cell": "88/8380 (10.5)", "bbox": [152, 171, 194, 179]}, {"cell": "−1.89 (−4.92, 1.14)", "bbox": [206, 171, 259, 179]}, {"cell": "0.20", "bbox": [278, 171, 291, 179]}, {"cell": "41/3140 (13.1)", "bbox": [296, 171, 337, 179]}, {"cell": "41/3420 (12.0)", "bbox": [350, 171, 391, 179]}, {"cell": "0.52 (−4.40, 5.43)", "bbox": [404, 171, 453, 179]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 171, 484, 179]}, {"cell": "Nagpur, India", "bbox": [1, 184, 40, 193]}, {"cell": " Perinatal deaths", "bbox": [8, 198, 54, 207]}, {"cell": "209/9483 (22.0)", "bbox": [98, 198, 143, 207]}, {"cell": "239/9768 (24.5)", "bbox": [152, 198, 197, 207]}, {"cell": "−2.92 (−8.05, 2.21)", "bbox": [206, 198, 259, 207]}, {"cell": "0.25", "bbox": [278, 198, 291, 207]}, {"cell": "103/4038 (25.5)", "bbox": [296, 198, 341, 207]}, {"cell": "130/4367 (29.8)", "bbox": [350, 198, 395, 207]}, {"cell": "−4.11 (−14.05, 5.82)", "bbox": [404, 198, 460, 207]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 198, 484, 207]}, {"cell": " Fresh stillbirths", "bbox": [8, 212, 51, 220]}, {"cell": "88/9514 (9.2)", "bbox": [98, 212, 136, 220]}, {"cell": "90/9784 (9.2)", "bbox": [152, 212, 190, 220]}, {"cell": "0.08 (−2.88, 3.04)", "bbox": [206, 212, 255, 220]}, {"cell": "0.95", "bbox": [278, 212, 291, 220]}, {"cell": "47/4053 (11.6)", "bbox": [296, 212, 337, 220]}, {"cell": "57/4373 (13.0)", "bbox": [350, 212, 391, 220]}, {"cell": "−1.27 (−6.80, 4.26)", "bbox": [404, 212, 457, 220]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 212, 484, 220]}, {"cell": " Death by day 1", "bbox": [8, 226, 53, 234]}, {"cell": "145/9483 (15.3)", "bbox": [98, 226, 143, 234]}, {"cell": "168/9768 (17.2)", "bbox": [152, 226, 197, 234]}, {"cell": "−2.11 (−5.91, 1.69)", "bbox": [206, 226, 259, 234]}, {"cell": "0.26", "bbox": [278, 226, 291, 234]}, {"cell": "71/4038 (17.6)", "bbox": [296, 226, 337, 234]}, {"cell": "102/4367 (23.4)", "bbox": [350, 226, 395, 234]}, {"cell": "−5.07 (–12.57, 2.43)", "bbox": [404, 226, 460, 234]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 226, 484, 234]}, {"cell": " Early neonatal death by day 7", "bbox": [8, 239, 94, 248]}, {"cell": "121/9395 (12.9)", "bbox": [98, 239, 143, 248]}, {"cell": "149/9678 (15.4)", "bbox": [152, 239, 197, 248]}, {"cell": "−3.05 (−7.53, 1.44)", "bbox": [206, 239, 259, 248]}, {"cell": "0.17", "bbox": [278, 239, 291, 248]}, {"cell": "56/3991 (14.0)", "bbox": [296, 239, 337, 248]}, {"cell": "73/4310 (16.9)", "bbox": [350, 239, 391, 248]}, {"cell": "−2.96 (−12.79, 6.88)", "bbox": [404, 239, 460, 248]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 239, 484, 248]}, {"cell": "Belgaum, India", "bbox": [0, 253, 44, 261]}, {"cell": " Perinatal deaths", "bbox": [8, 267, 54, 275]}, {"cell": "407/17,109 (23.8)", "bbox": [98, 267, 148, 275]}, {"cell": "361/16,814 (21.5)", "bbox": [152, 267, 202, 275]}, {"cell": "2.17 (−2.28, 6.62)", "bbox": [206, 267, 255, 275]}, {"cell": "0.32", "bbox": [278, 267, 291, 275]}, {"cell": "159/7944 (20.0)", "bbox": [296, 267, 341, 275]}, {"cell": "146/8130 (18.0)", "bbox": [350, 267, 395, 275]}, {"cell": "1.05 (−4.94, 7.04)", "bbox": [404, 267, 453, 275]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 267, 484, 275]}, {"cell": " Fresh stillbirths", "bbox": [8, 280, 51, 289]}, {"cell": "150/17,109 (8.8)", "bbox": [98, 280, 144, 289]}, {"cell": "126/16,815 (7.5)", "bbox": [152, 280, 198, 289]}, {"cell": "1.48 (−1.21, 4.17)", "bbox": [206, 280, 255, 289]}, {"cell": "0.26", "bbox": [278, 280, 291, 289]}, {"cell": "61/7944 (7.7)", "bbox": [296, 280, 334, 289]}, {"cell": "38/8131 (4.7)", "bbox": [350, 280, 388, 289]}, {"cell": "2.49 (−0.78, 5.76)", "bbox": [404, 280, 453, 289]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 280, 484, 289]}, {"cell": " Death by day 1", "bbox": [8, 294, 53, 303]}, {"cell": "311/17,109 (18.2)", "bbox": [98, 294, 148, 303]}, {"cell": "269/16,814 (16.0)", "bbox": [152, 294, 202, 303]}, {"cell": "2.33 (−1.58, 6.25)", "bbox": [206, 294, 255, 303]}, {"cell": "0.22", "bbox": [278, 294, 291, 303]}, {"cell": "116/7944 (14.6)", "bbox": [296, 294, 341, 303]}, {"cell": "103/8130 (12.7)", "bbox": [350, 294, 395, 303]}, {"cell": "0.87 (−3.88, 5.63)", "bbox": [404, 294, 453, 303]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 294, 484, 303]}, {"cell": " Early neonatal death by day 7", "bbox": [8, 308, 94, 316]}, {"cell": "257/16,959 (15.2)", "bbox": [98, 308, 148, 316]}, {"cell": "235/16,688 (14.1)", "bbox": [152, 308, 202, 316]}, {"cell": "0.73 (−3.50, 4.96)", "bbox": [206, 308, 255, 316]}, {"cell": "0.72", "bbox": [278, 308, 291, 316]}, {"cell": "98/7883 (12.4)", "bbox": [296, 308, 337, 316]}, {"cell": "108/8092 (13.3)", "bbox": [350, 308, 395, 316]}, {"cell": "−1.39 (−5.42, 2.64)", "bbox": [404, 308, 457, 316]}, {"cell": "[EMPTY_CELL]", "bbox": [471, 308, 484, 316]}]}


[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": "

Cell line	Subtype	TRAIL Sensitivity	ONC201 IC50 (μM)

SUM159	Mesenchymal	[EMPTY_CELL]	0.032

HCC70	Epithelial	[EMPTY_CELL]	0.075

BT20	Epithelial	[EMPTY_CELL]	0.263

HCC1806	Epithelial	[EMPTY_CELL]	0.338

SUM149	Mesenchymal	[EMPTY_CELL]	0.391

HCC1937	Epithelial	[EMPTY_CELL]	1.760

MDA157	Mesenchymal	[EMPTY_CELL]	2.340

MDA468	Epithelial	[EMPTY_CELL]	6.270

MDA231	Mesenchymal	[EMPTY_CELL]	7.010

BT549	Mesenchymal	[EMPTY_CELL]	10.120

", "cells": [{"cell": "Cell line", "bbox": [4, 6, 41, 16]}, {"cell": "Subtype", "bbox": [169, 6, 206, 16]}, {"cell": "TRAIL Sensitivity", "bbox": [272, 6, 352, 16]}, {"cell": "ONC201 IC50 (μM)", "bbox": [393, 2, 480, 17]}, {"cell": "SUM159", "bbox": [4, 23, 42, 34]}, {"cell": "Mesenchymal", "bbox": [159, 23, 217, 34]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 23, 331, 34]}, {"cell": "0.032", "bbox": [424, 23, 449, 34]}, {"cell": "HCC70", "bbox": [4, 40, 36, 51]}, {"cell": "Epithelial", "bbox": [167, 40, 208, 51]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 40, 331, 51]}, {"cell": "0.075", "bbox": [424, 40, 449, 51]}, {"cell": "BT20", "bbox": [4, 57, 28, 68]}, {"cell": "Epithelial", "bbox": [167, 57, 208, 68]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 57, 331, 68]}, {"cell": "0.263", "bbox": [424, 57, 449, 68]}, {"cell": "HCC1806", "bbox": [4, 74, 46, 85]}, {"cell": "Epithelial", "bbox": [167, 74, 208, 85]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 74, 331, 85]}, {"cell": "0.338", "bbox": [424, 74, 449, 85]}, {"cell": "SUM149", "bbox": [4, 91, 42, 102]}, {"cell": "Mesenchymal", "bbox": [159, 91, 217, 102]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 91, 331, 102]}, {"cell": "0.391", "bbox": [424, 91, 449, 102]}, {"cell": "HCC1937", "bbox": [4, 108, 46, 119]}, {"cell": "Epithelial", "bbox": [167, 108, 208, 119]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 108, 331, 119]}, {"cell": "1.760", "bbox": [424, 108, 449, 119]}, {"cell": "MDA157", "bbox": [4, 125, 44, 136]}, {"cell": "Mesenchymal", "bbox": [159, 125, 217, 136]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 125, 331, 136]}, {"cell": "2.340", "bbox": [424, 125, 449, 136]}, {"cell": "MDA468", "bbox": [4, 142, 44, 153]}, {"cell": "Epithelial", "bbox": [167, 142, 208, 153]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 142, 331, 153]}, {"cell": "6.270", "bbox": [424, 142, 449, 153]}, {"cell": "MDA231", "bbox": [4, 158, 44, 170]}, {"cell": "Mesenchymal", "bbox": [159, 158, 217, 170]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 158, 331, 170]}, {"cell": "7.010", "bbox": [424, 158, 449, 170]}, {"cell": "BT549", "bbox": [4, 175, 33, 187]}, {"cell": "Mesenchymal", "bbox": [159, 175, 217, 187]}, {"cell": "[EMPTY_CELL]", "bbox": [293, 175, 331, 187]}, {"cell": "10.120", "bbox": [422, 175, 451, 187]}]}


[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": "

Characteristic	Partial mole	Complete mole

Development	Some fetal development but malformed	[EMPTY_CELL]

Villi	Some enlarged; two populations of villiBlood vessels and fetal red blood cells presentScalloped outlines with pseudoinclusions and invaginationsFocal trophoblast proliferationMinimal trophoblast atypia	[EMPTY_CELL]

Origin	Both maternal and paternal	[EMPTY_CELL]

Genetics	Triploid	[EMPTY_CELL]

p57 IHC stain	Positive	[EMPTY_CELL]

", "cells": [{"cell": "Characteristic", "bbox": [5, 5, 61, 15]}, {"cell": "Partial mole", "bbox": [84, 5, 133, 15]}, {"cell": "Complete mole", "bbox": [325, 5, 385, 15]}, {"cell": "Development", "bbox": [5, 19, 55, 29]}, {"cell": "Some fetal development but malformed", "bbox": [84, 19, 229, 29]}, {"cell": "[EMPTY_CELL]", "bbox": [325, 19, 500, 29]}, {"cell": "Villi", "bbox": [5, 33, 22, 43]}, {"cell": "Some enlarged; two populations of villiBlood vessels and fetal red blood cells presentScalloped outlines with pseudoinclusions and invaginationsFocal trophoblast proliferationMinimal trophoblast atypia", "bbox": [84, 33, 301, 86]}, {"cell": "[EMPTY_CELL]", "bbox": [325, 33, 481, 97]}, {"cell": "Origin", "bbox": [4, 101, 30, 111]}, {"cell": "Both maternal and paternal", "bbox": [84, 101, 184, 111]}, {"cell": "[EMPTY_CELL]", "bbox": [325, 101, 375, 111]}, {"cell": "Genetics", "bbox": [4, 116, 38, 126]}, {"cell": "Triploid", "bbox": [84, 116, 115, 126]}, {"cell": "[EMPTY_CELL]", "bbox": [325, 116, 407, 126]}, {"cell": "p57 IHC stain", "bbox": [4, 130, 57, 140]}, {"cell": "Positive", "bbox": [84, 130, 115, 140]}, {"cell": "[EMPTY_CELL]", "bbox": [325, 130, 359, 140]}]}


[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": "

Inclusion criteria	Exclusion criteria

[EMPTY_CELL]	Chronic infection with HIV, Hepatitis B or Hepatitis C

[EMPTY_CELL]	Acute severe infection including fungal, viral, bacterial or protozoal diseases

[EMPTY_CELL]	Signs of liver toxicity (WHO common toxicity criteria class 2 and higher)

[EMPTY_CELL]	Absence of adequate liver function (total bilirubin >25 μmol/L = 1.4 mg/dL unless otherwise explained (for example, inherited, hemolysis), ALT or AST >2.5 times upper limit of normal values)

[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Anemia (hemoglobulin <8.0 g/dL)

[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Leukopenia (leukocytes <4,000/μL unless attributable to SLE: leukocytes <2,000/μL in these cases)

[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Thrombocytopenia (platelets <50,000/μL),

[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	Neutrophil counts below 1,000/μL

[EMPTY_CELL]	Hypogammaglobulinemia (IgG below 400 mg/dl)

[EMPTY_CELL]	Pregnancy or lactation

[EMPTY_CELL]	Major and active SLE organ involvement other than the kidney, especially CNS involvement

[EMPTY_CELL]	History of malignancy

[EMPTY_CELL]	Participation in another clinical trial within six months before screening

", "cells": [{"cell": "Inclusion criteria", "bbox": [1, 4, 60, 12]}, {"cell": "Exclusion criteria", "bbox": [247, 4, 308, 12]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 17, 100, 27]}, {"cell": "Chronic infection with HIV, Hepatitis B or Hepatitis C", "bbox": [247, 17, 419, 27]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 29, 152, 39]}, {"cell": "Acute severe infection including fungal, viral, bacterial or protozoal diseases", "bbox": [247, 29, 465, 48]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 50, 243, 95]}, {"cell": "Signs of liver toxicity (WHO common toxicity criteria class 2 and higher)", "bbox": [247, 50, 482, 60]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 98, 239, 125]}, {"cell": "Absence of adequate liver function (total bilirubin >25 μmol/L = 1.4 mg/dL unless otherwise explained (for example, inherited, hemolysis), ALT or AST >2.5 times upper limit of normal values)", "bbox": [247, 98, 474, 125]}, {"cell": "[EMPTY_CELL]", "bbox": [0, 128, 152, 137]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Anemia (hemoglobulin <8.0 g/dL)", "bbox": [247, 140, 359, 149]}, {"cell": "[EMPTY_CELL]", "bbox": [0, 152, 243, 170]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Leukopenia (leukocytes <4,000/μL unless attributable to SLE: leukocytes <2,000/μL in these cases)", "bbox": [247, 173, 479, 191]}, {"cell": "[EMPTY_CELL]", "bbox": [0, 193, 223, 212]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Thrombocytopenia (platelets <50,000/μL),", "bbox": [247, 214, 382, 224]}, {"cell": "[EMPTY_CELL]", "bbox": [0, 226, 85, 236]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Neutrophil counts below 1,000/μL", "bbox": [247, 238, 359, 248]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Hypogammaglobulinemia (IgG below 400 mg/dl)", "bbox": [247, 250, 408, 260]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Pregnancy or lactation", "bbox": [247, 262, 321, 272]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Major and active SLE organ involvement other than the kidney, especially CNS involvement", "bbox": [247, 274, 454, 293]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "History of malignancy", "bbox": [247, 295, 319, 305]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Participation in another clinical trial within six months before screening", "bbox": [247, 307, 479, 317]}]}


[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]	Rhinella marina (n = 44)	Limnodynastes peroniia (n = 24)	Limnodynastes peronii (n = 28)	Litoria latopalmataa (n = 11)	Litoria latopalmata (n = 10)	Litoria nasutaa (n = 1)	Litoria nasuta (n = 26)

Mean size (SUL)	81.08	45.22	39.22	[EMPTY_CELL]	31.90	32.3	37.01

Mean mass (g)	88.53	8.83	5.86	[EMPTY_CELL]	2.6	2.58	4.54

Rhabdias prevalence (%)	70.45	36.36	38.46	[EMPTY_CELL]	50	0	16

Mean # Rhabdias	16.13	1.38	3	[EMPTY_CELL]	1.2	0	1.5

Max # Rhabdias	63	3	5	[EMPTY_CELL]	2	0	3

Min # Rhabdias	1	1	1	[EMPTY_CELL]	1	0	1

Nematode prevalence (%)	19.05	8.33	18.52	[EMPTY_CELL]	20	0	20.83

Mean # nematode	4	2.5	1.2	[EMPTY_CELL]	2.5	0	3

Max # nematode	7	3	2	[EMPTY_CELL]	3	0	4

Min # nematode	2	2	1	[EMPTY_CELL]	2	0	1

Chytrid prevalence (%)	2.27	4.17	3.57	[EMPTY_CELL]	0	–	–

Mean # zoospores	2.94	0.3	60.59	[EMPTY_CELL]	0	–	–

Max # zoospores	6.05	0.9	73.42	[EMPTY_CELL]	0	–	–

Myxidium prevalence (%)	0	0	3.57	[EMPTY_CELL]	0	0	5

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Rhinella marina (n = 44)", "bbox": [72, 8, 120, 25]}, {"cell": "Limnodynastes peroniia (n = 24)", "bbox": [131, 8, 181, 25]}, {"cell": "Limnodynastes peronii (n = 28)", "bbox": [206, 8, 253, 25]}, {"cell": "Litoria latopalmataa (n = 11)", "bbox": [278, 7, 339, 25]}, {"cell": "Litoria latopalmata (n = 10)", "bbox": [346, 8, 404, 25]}, {"cell": "Litoria nasutaa (n = 1)", "bbox": [412, 7, 456, 25]}, {"cell": "Litoria nasuta (n = 26)", "bbox": [466, 8, 508, 25]}, {"cell": "Mean size (SUL)", "bbox": [9, 29, 60, 37]}, {"cell": "81.08", "bbox": [72, 29, 91, 37]}, {"cell": "45.22", "bbox": [131, 29, 150, 37]}, {"cell": "39.22", "bbox": [206, 29, 225, 37]}, {"cell": "[EMPTY_CELL]", "bbox": [278, 29, 297, 37]}, {"cell": "31.90", "bbox": [346, 29, 365, 37]}, {"cell": "32.3", "bbox": [412, 29, 427, 37]}, {"cell": "37.01", "bbox": [466, 29, 484, 37]}, {"cell": "Mean mass (g)", "bbox": [9, 37, 56, 46]}, {"cell": "88.53", "bbox": [72, 37, 91, 46]}, {"cell": "8.83", "bbox": [135, 37, 150, 46]}, {"cell": "5.86", "bbox": [210, 37, 225, 46]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 37, 297, 46]}, {"cell": "2.6", "bbox": [350, 37, 361, 46]}, {"cell": "2.58", "bbox": [416, 37, 431, 46]}, {"cell": "4.54", "bbox": [469, 37, 484, 46]}, {"cell": "Rhabdias prevalence (%)", "bbox": [9, 46, 64, 63]}, {"cell": "70.45", "bbox": [72, 46, 91, 54]}, {"cell": "36.36", "bbox": [131, 46, 150, 54]}, {"cell": "38.46", "bbox": [206, 46, 225, 54]}, {"cell": "[EMPTY_CELL]", "bbox": [278, 46, 297, 54]}, {"cell": "50", "bbox": [346, 46, 356, 54]}, {"cell": "0", "bbox": [416, 46, 421, 54]}, {"cell": "16", "bbox": [466, 46, 475, 54]}, {"cell": "Mean # Rhabdias", "bbox": [9, 63, 63, 71]}, {"cell": "16.13", "bbox": [72, 63, 91, 71]}, {"cell": "1.38", "bbox": [135, 63, 150, 71]}, {"cell": "3", "bbox": [210, 63, 215, 71]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 63, 288, 71]}, {"cell": "1.2", "bbox": [350, 63, 361, 71]}, {"cell": "0", "bbox": [416, 63, 421, 71]}, {"cell": "1.5", "bbox": [469, 63, 481, 71]}, {"cell": "Max # Rhabdias", "bbox": [9, 72, 59, 80]}, {"cell": "63", "bbox": [72, 72, 82, 80]}, {"cell": "3", "bbox": [135, 72, 141, 80]}, {"cell": "5", "bbox": [210, 72, 215, 80]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 72, 288, 80]}, {"cell": "2", "bbox": [350, 72, 356, 80]}, {"cell": "0", "bbox": [416, 72, 421, 80]}, {"cell": "3", "bbox": [469, 72, 475, 80]}, {"cell": "Min # Rhabdias", "bbox": [9, 80, 58, 89]}, {"cell": "1", "bbox": [76, 80, 82, 89]}, {"cell": "1", "bbox": [135, 80, 141, 89]}, {"cell": "1", "bbox": [210, 80, 215, 89]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 80, 288, 89]}, {"cell": "1", "bbox": [350, 80, 356, 89]}, {"cell": "0", "bbox": [416, 80, 421, 89]}, {"cell": "1", "bbox": [469, 80, 475, 89]}, {"cell": "Nematode prevalence (%)", "bbox": [9, 89, 64, 106]}, {"cell": "19.05", "bbox": [72, 89, 91, 97]}, {"cell": "8.33", "bbox": [135, 89, 150, 97]}, {"cell": "18.52", "bbox": [206, 89, 225, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 89, 288, 97]}, {"cell": "20", "bbox": [346, 89, 356, 97]}, {"cell": "0", "bbox": [416, 89, 421, 97]}, {"cell": "20.83", "bbox": [466, 89, 484, 97]}, {"cell": "Mean # nematode", "bbox": [9, 106, 66, 114]}, {"cell": "4", "bbox": [76, 106, 82, 114]}, {"cell": "2.5", "bbox": [135, 106, 146, 114]}, {"cell": "1.2", "bbox": [210, 106, 221, 114]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 106, 288, 114]}, {"cell": "2.5", "bbox": [350, 106, 361, 114]}, {"cell": "0", "bbox": [416, 106, 421, 114]}, {"cell": "3", "bbox": [469, 106, 475, 114]}, {"cell": "Max # nematode", "bbox": [9, 115, 63, 123]}, {"cell": "7", "bbox": [76, 115, 82, 123]}, {"cell": "3", "bbox": [135, 115, 141, 123]}, {"cell": "2", "bbox": [210, 115, 215, 123]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 115, 288, 123]}, {"cell": "3", "bbox": [350, 115, 356, 123]}, {"cell": "0", "bbox": [416, 115, 421, 123]}, {"cell": "4", "bbox": [469, 115, 475, 123]}, {"cell": "Min # nematode", "bbox": [9, 123, 62, 131]}, {"cell": "2", "bbox": [76, 123, 82, 131]}, {"cell": "2", "bbox": [135, 123, 141, 131]}, {"cell": "1", "bbox": [210, 123, 215, 131]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 123, 288, 131]}, {"cell": "2", "bbox": [350, 123, 356, 131]}, {"cell": "0", "bbox": [416, 123, 421, 131]}, {"cell": "1", "bbox": [469, 123, 475, 131]}, {"cell": "Chytrid prevalence (%)", "bbox": [9, 132, 64, 149]}, {"cell": "2.27", "bbox": [76, 132, 91, 140]}, {"cell": "4.17", "bbox": [135, 132, 150, 140]}, {"cell": "3.57", "bbox": [210, 132, 225, 140]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 132, 297, 140]}, {"cell": "0", "bbox": [350, 132, 356, 140]}, {"cell": "–", "bbox": [416, 132, 421, 140]}, {"cell": "–", "bbox": [469, 132, 475, 140]}, {"cell": "Mean # zoospores", "bbox": [9, 149, 66, 157]}, {"cell": "2.94", "bbox": [76, 149, 91, 157]}, {"cell": "0.3", "bbox": [135, 149, 146, 157]}, {"cell": "60.59", "bbox": [206, 149, 225, 157]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 149, 297, 157]}, {"cell": "0", "bbox": [350, 149, 356, 157]}, {"cell": "–", "bbox": [416, 149, 421, 157]}, {"cell": "–", "bbox": [469, 149, 475, 157]}, {"cell": "Max # zoospores", "bbox": [9, 157, 63, 166]}, {"cell": "6.05", "bbox": [76, 157, 91, 166]}, {"cell": "0.9", "bbox": [135, 157, 146, 166]}, {"cell": "73.42", "bbox": [206, 157, 225, 166]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 157, 293, 166]}, {"cell": "0", "bbox": [350, 157, 356, 166]}, {"cell": "–", "bbox": [416, 157, 421, 166]}, {"cell": "–", "bbox": [469, 157, 475, 166]}, {"cell": "Myxidium prevalence (%)", "bbox": [9, 166, 64, 183]}, {"cell": "0", "bbox": [76, 166, 82, 174]}, {"cell": "0", "bbox": [135, 166, 141, 174]}, {"cell": "3.57", "bbox": [210, 166, 225, 174]}, {"cell": "[EMPTY_CELL]", "bbox": [282, 166, 288, 174]}, {"cell": "0", "bbox": [350, 166, 356, 174]}, {"cell": "0", "bbox": [416, 166, 421, 174]}, {"cell": "5", "bbox": [469, 166, 475, 174]}]}


[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	n	Mean	Standard deviation	Minimum	Maximum

Population	268	1,848,263	1,462,705	26,347	[EMPTY_CELL]

Area (km2)	268	17,552	21,094	160	[EMPTY_CELL]

Population density (per km2)	268	346	835	3	[EMPTY_CELL]

PM10: population-weighted annual average (μg.m-3)	268	22.3	7.6	2.7	[EMPTY_CELL]

PM10: population-weighted 36th highest daily mean (μg.m-3)	268	37.1	13.1	3.4	[EMPTY_CELL]

Mean household income (PPCS)	235	14,689	5,389	2,736	[EMPTY_CELL]

Mean smoking rate (%, country level)	29	32.0	1.18	18.6	[EMPTY_CELL]

Premature mortality rate (per 100,000, 2004–2006)

All-cause male	210	305.3	124.2	103.2	[EMPTY_CELL]

All-cause female	210	145.6	40.9	78.3	[EMPTY_CELL]

Circulatory disease male	210	79.6	52.7	24.2	[EMPTY_CELL]

Circulatory disease female	210	27.2	19.5	7.8	[EMPTY_CELL]

Respiratory disease male	210	11.8	7.3	2.8	[EMPTY_CELL]

Respiratory disease female	210	6.0	3.4	1.5	[EMPTY_CELL]

Chronic liver disease male	210	16.5	12.9	1.8	[EMPTY_CELL]

Chronic liver disease female	210	5.9	4.6	0.6	[EMPTY_CELL]

", "cells": [{"cell": "Variable", "bbox": [1, 4, 31, 12]}, {"cell": "n", "bbox": [218, 4, 224, 12]}, {"cell": "Mean", "bbox": [252, 4, 273, 12]}, {"cell": "Standard deviation", "bbox": [304, 4, 372, 12]}, {"cell": "Minimum", "bbox": [392, 4, 428, 12]}, {"cell": "Maximum", "bbox": [448, 4, 484, 12]}, {"cell": "Population", "bbox": [1, 17, 37, 27]}, {"cell": "268", "bbox": [218, 17, 231, 27]}, {"cell": "1,848,263", "bbox": [252, 17, 283, 27]}, {"cell": "1,462,705", "bbox": [304, 17, 335, 27]}, {"cell": "26,347", "bbox": [392, 17, 415, 27]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 17, 483, 27]}, {"cell": "Area (km2)", "bbox": [1, 29, 36, 41]}, {"cell": "268", "bbox": [218, 31, 231, 41]}, {"cell": "17,552", "bbox": [252, 31, 274, 41]}, {"cell": "21,094", "bbox": [304, 31, 326, 41]}, {"cell": "160", "bbox": [392, 31, 406, 41]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 31, 474, 41]}, {"cell": "Population density (per km2)", "bbox": [1, 43, 94, 55]}, {"cell": "268", "bbox": [218, 45, 231, 55]}, {"cell": "346", "bbox": [252, 45, 265, 55]}, {"cell": "835", "bbox": [304, 45, 317, 55]}, {"cell": "3", "bbox": [392, 45, 398, 55]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 45, 465, 55]}, {"cell": "PM10: population-weighted annual average (μg.m-3)", "bbox": [1, 57, 168, 69]}, {"cell": "268", "bbox": [218, 59, 231, 69]}, {"cell": "22.3", "bbox": [252, 59, 267, 69]}, {"cell": "7.6", "bbox": [304, 59, 315, 69]}, {"cell": "2.7", "bbox": [392, 59, 403, 69]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 59, 463, 69]}, {"cell": "PM10: population-weighted 36th highest daily mean (μg.m-3)", "bbox": [1, 71, 197, 83]}, {"cell": "268", "bbox": [218, 73, 231, 83]}, {"cell": "37.1", "bbox": [252, 73, 267, 83]}, {"cell": "13.1", "bbox": [304, 73, 319, 83]}, {"cell": "3.4", "bbox": [392, 73, 403, 83]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 73, 463, 83]}, {"cell": "Mean household income (PPCS)", "bbox": [1, 87, 106, 97]}, {"cell": "235", "bbox": [218, 87, 231, 97]}, {"cell": "14,689", "bbox": [252, 87, 274, 97]}, {"cell": "5,389", "bbox": [304, 87, 323, 97]}, {"cell": "2,736", "bbox": [392, 87, 411, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 87, 470, 97]}, {"cell": "Mean smoking rate (%, country level)", "bbox": [1, 101, 122, 111]}, {"cell": "29", "bbox": [218, 101, 228, 111]}, {"cell": "32.0", "bbox": [252, 101, 267, 111]}, {"cell": "1.18", "bbox": [304, 101, 319, 111]}, {"cell": "18.6", "bbox": [392, 101, 407, 111]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 101, 463, 111]}, {"cell": "Premature mortality rate (per 100,000, 2004–2006)", "bbox": [1, 115, 163, 125]}, {"cell": "All-cause male", "bbox": [10, 129, 58, 139]}, {"cell": "210", "bbox": [218, 129, 231, 139]}, {"cell": "305.3", "bbox": [252, 129, 271, 139]}, {"cell": "124.2", "bbox": [304, 129, 323, 139]}, {"cell": "103.2", "bbox": [392, 129, 411, 139]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 129, 467, 139]}, {"cell": "All-cause female", "bbox": [10, 143, 64, 153]}, {"cell": "210", "bbox": [218, 143, 231, 153]}, {"cell": "145.6", "bbox": [252, 143, 271, 153]}, {"cell": "40.9", "bbox": [304, 143, 319, 153]}, {"cell": "78.3", "bbox": [392, 143, 407, 153]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 143, 467, 153]}, {"cell": "Circulatory disease male", "bbox": [10, 157, 89, 167]}, {"cell": "210", "bbox": [218, 157, 231, 167]}, {"cell": "79.6", "bbox": [252, 157, 267, 167]}, {"cell": "52.7", "bbox": [304, 157, 319, 167]}, {"cell": "24.2", "bbox": [392, 157, 407, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 157, 467, 167]}, {"cell": "Circulatory disease female", "bbox": [10, 171, 95, 181]}, {"cell": "210", "bbox": [218, 171, 231, 181]}, {"cell": "27.2", "bbox": [252, 171, 267, 181]}, {"cell": "19.5", "bbox": [304, 171, 319, 181]}, {"cell": "7.8", "bbox": [392, 171, 403, 181]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 171, 467, 181]}, {"cell": "Respiratory disease male", "bbox": [10, 185, 90, 195]}, {"cell": "210", "bbox": [218, 185, 231, 195]}, {"cell": "11.8", "bbox": [252, 185, 267, 195]}, {"cell": "7.3", "bbox": [304, 185, 315, 195]}, {"cell": "2.8", "bbox": [392, 185, 403, 195]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 185, 463, 195]}, {"cell": "Respiratory disease female", "bbox": [10, 199, 96, 209]}, {"cell": "210", "bbox": [218, 199, 231, 209]}, {"cell": "6.0", "bbox": [252, 199, 263, 209]}, {"cell": "3.4", "bbox": [304, 199, 315, 209]}, {"cell": "1.5", "bbox": [392, 199, 403, 209]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 199, 463, 209]}, {"cell": "Chronic liver disease male", "bbox": [10, 213, 96, 223]}, {"cell": "210", "bbox": [218, 213, 231, 223]}, {"cell": "16.5", "bbox": [252, 213, 267, 223]}, {"cell": "12.9", "bbox": [304, 213, 319, 223]}, {"cell": "1.8", "bbox": [392, 213, 403, 223]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 213, 463, 223]}, {"cell": "Chronic liver disease female", "bbox": [10, 227, 101, 237]}, {"cell": "210", "bbox": [218, 227, 231, 237]}, {"cell": "5.9", "bbox": [252, 227, 263, 237]}, {"cell": "4.6", "bbox": [304, 227, 315, 237]}, {"cell": "0.6", "bbox": [392, 227, 403, 237]}, {"cell": "[EMPTY_CELL]", "bbox": [448, 227, 463, 237]}]}


[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": "

Strain	Genotype	Reference

WLP 144	lrr-1(tm3543)II/mIn1[mIs14 dpy-10(e128)]II; ruls32[pie-1p::GFP::H2B + unc-119(+)]	[EMPTY_CELL]

WLP 267	cul-2(or209ts)III	[EMPTY_CELL]

TG1750	gtIs61 [pie-1p::GFP(lap)::orc-2 + unc-119(+)]. ltIs37 [(pAA64) pie-1p::mCherry::his-58 + unc-119(+)] IV.	[EMPTY_CELL]

TG1751	gtIs62 [pie-1p::GFP(lap)::cdc-6 + unc-119(+)]. ltIs37 [(pAA64) pie-1p::mCherry::his-58 + unc-119(+)] IV.	[EMPTY_CELL]

WLP 592	leals31 [cdc-7::TY1::EGFP::3xFLAG + unc-119(+). ltIs37 [(pAA64) pie-1p::mCherry::his-58 + unc-119(+)] IV	[EMPTY_CELL]

RB1211	C34G6.5(ok1267) I	[EMPTY_CELL]

WLP 223	cul-2(or209ts)III; C34G6.5(ok1267) I	[EMPTY_CELL]

", "cells": [{"cell": "Strain", "bbox": [7, 5, 29, 15]}, {"cell": "Genotype", "bbox": [202, 5, 239, 15]}, {"cell": "Reference", "bbox": [433, 5, 470, 15]}, {"cell": "WLP 144", "bbox": [1, 18, 34, 29]}, {"cell": "lrr-1(tm3543)II/mIn1[mIs14 dpy-10(e128)]II; ruls32[pie-1p::GFP::H2B + unc-119(+)]", "bbox": [91, 18, 338, 39]}, {"cell": "[EMPTY_CELL]", "bbox": [407, 18, 472, 29]}, {"cell": "WLP 267", "bbox": [1, 38, 34, 49]}, {"cell": "cul-2(or209ts)III", "bbox": [91, 38, 147, 49]}, {"cell": "[EMPTY_CELL]", "bbox": [407, 38, 473, 49]}, {"cell": "TG1750", "bbox": [1, 48, 31, 59]}, {"cell": "gtIs61 [pie-1p::GFP(lap)::orc-2 + unc-119(+)]. ltIs37 [(pAA64) pie-1p::mCherry::his-58 + unc-119(+)] IV.", "bbox": [91, 48, 335, 69]}, {"cell": "[EMPTY_CELL]", "bbox": [407, 48, 485, 59]}, {"cell": "TG1751", "bbox": [1, 68, 31, 78]}, {"cell": "gtIs62 [pie-1p::GFP(lap)::cdc-6 + unc-119(+)]. ltIs37 [(pAA64) pie-1p::mCherry::his-58 + unc-119(+)] IV.", "bbox": [91, 68, 336, 88]}, {"cell": "[EMPTY_CELL]", "bbox": [407, 68, 485, 78]}, {"cell": "WLP 592", "bbox": [1, 88, 34, 98]}, {"cell": "leals31 [cdc-7::TY1::EGFP::3xFLAG + unc-119(+). ltIs37 [(pAA64) pie-1p::mCherry::his-58 + unc-119(+)] IV", "bbox": [91, 88, 350, 108]}, {"cell": "[EMPTY_CELL]", "bbox": [407, 88, 445, 98]}, {"cell": "RB1211", "bbox": [1, 108, 30, 118]}, {"cell": "C34G6.5(ok1267) I", "bbox": [91, 108, 159, 118]}, {"cell": "[EMPTY_CELL]", "bbox": [407, 108, 496, 128]}, {"cell": "WLP 223", "bbox": [0, 128, 34, 138]}, {"cell": "cul-2(or209ts)III; C34G6.5(ok1267) I", "bbox": [91, 128, 218, 138]}, {"cell": "[EMPTY_CELL]", "bbox": [407, 128, 445, 138]}]}


[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]	At 6 months	At 12 months	P-value

Treatment regimen	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Radiosurgery alone (n = 30)	80	[EMPTY_CELL]	[EMPTY_CELL]

Radiosurgery + WBI (n = 28)	93	[EMPTY_CELL]	0.48

Radiosurgery dose	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

<20 Gy (n = 23)	83	[EMPTY_CELL]	[EMPTY_CELL]

≥20 Gy (n = 35)	89	[EMPTY_CELL]	0.56

Age	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

≤59 years (n = 34)	91	[EMPTY_CELL]	[EMPTY_CELL]

≥60 years (n = 24)	79	[EMPTY_CELL]	0.054

ECOG performance score	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

0-1 (n = 40)	98	[EMPTY_CELL]	[EMPTY_CELL]

2 (n = 18)	61	[EMPTY_CELL]	[EMPTY_CELL]

Number of cerebral metastases	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

1 (n = 46)	83	[EMPTY_CELL]	[EMPTY_CELL]

2-3 (n = 12)	100	[EMPTY_CELL]	0.67

Maximum diameter of all brain metastases	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

≤10 mm (n = 28)	89	[EMPTY_CELL]	[EMPTY_CELL]

≥11 mm (n = 30)	83	[EMPTY_CELL]	0.16

Site of brain metastases	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Supratentorial (n = 39)	85	[EMPTY_CELL]	[EMPTY_CELL]

Infratentorial ± supratentorial (n = 19)	89	[EMPTY_CELL]	0.22

Extra-cranial metastases	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

No (n = 24)	88	[EMPTY_CELL]	[EMPTY_CELL]

Yes (n = 34)	85	[EMPTY_CELL]	0.38

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "At 6 months", "bbox": [104, 4, 150, 13]}, {"cell": "At 12 months", "bbox": [154, 4, 204, 13]}, {"cell": "P-value", "bbox": [208, 4, 236, 13]}, {"cell": "Treatment regimen", "bbox": [1, 17, 70, 27]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Radiosurgery alone (n = 30)", "bbox": [10, 31, 99, 41]}, {"cell": "80", "bbox": [104, 31, 114, 41]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 31, 164, 41]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Radiosurgery + WBI (n = 28)", "bbox": [10, 45, 100, 55]}, {"cell": "93", "bbox": [104, 45, 114, 55]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 45, 164, 55]}, {"cell": "0.48", "bbox": [208, 45, 223, 55]}, {"cell": "Radiosurgery dose", "bbox": [1, 59, 67, 69]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "<20 Gy (n = 23)", "bbox": [10, 73, 62, 83]}, {"cell": "83", "bbox": [104, 73, 114, 83]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 73, 164, 83]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "≥20 Gy (n = 35)", "bbox": [10, 87, 62, 97]}, {"cell": "89", "bbox": [104, 87, 114, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 87, 164, 97]}, {"cell": "0.56", "bbox": [208, 87, 223, 97]}, {"cell": "Age", "bbox": [1, 101, 16, 111]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "≤59 years (n = 34)", "bbox": [10, 115, 70, 125]}, {"cell": "91", "bbox": [104, 115, 114, 125]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 115, 164, 125]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "≥60 years (n = 24)", "bbox": [10, 129, 70, 139]}, {"cell": "79", "bbox": [104, 129, 114, 139]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 129, 164, 139]}, {"cell": "0.054", "bbox": [208, 129, 227, 139]}, {"cell": "ECOG performance score", "bbox": [1, 143, 89, 153]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "0-1 (n = 40)", "bbox": [10, 157, 48, 167]}, {"cell": "98", "bbox": [104, 157, 114, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 157, 164, 167]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "2 (n = 18)", "bbox": [10, 171, 42, 181]}, {"cell": "61", "bbox": [104, 171, 114, 181]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 171, 164, 181]}, {"cell": "[EMPTY_CELL]", "bbox": [208, 171, 234, 181]}, {"cell": "Number of cerebral metastases", "bbox": [1, 185, 70, 204]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1 (n = 46)", "bbox": [10, 208, 42, 218]}, {"cell": "83", "bbox": [104, 208, 114, 218]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 208, 164, 218]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "2-3 (n = 12)", "bbox": [10, 222, 48, 232]}, {"cell": "100", "bbox": [104, 222, 118, 232]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 222, 164, 232]}, {"cell": "0.67", "bbox": [208, 222, 223, 232]}, {"cell": "Maximum diameter of all brain metastases", "bbox": [1, 236, 90, 255]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "≤10 mm (n = 28)", "bbox": [10, 259, 67, 269]}, {"cell": "89", "bbox": [104, 259, 114, 269]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 259, 164, 269]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "≥11 mm (n = 30)", "bbox": [10, 273, 67, 283]}, {"cell": "83", "bbox": [104, 273, 114, 283]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 273, 164, 283]}, {"cell": "0.16", "bbox": [208, 273, 223, 283]}, {"cell": "Site of brain metastases", "bbox": [1, 287, 86, 297]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Supratentorial (n = 39)", "bbox": [10, 301, 83, 311]}, {"cell": "85", "bbox": [104, 301, 114, 311]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 301, 164, 311]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Infratentorial ± supratentorial (n = 19)", "bbox": [1, 315, 72, 334]}, {"cell": "89", "bbox": [104, 315, 114, 325]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 315, 164, 325]}, {"cell": "0.22", "bbox": [208, 315, 223, 325]}, {"cell": "Extra-cranial metastases", "bbox": [1, 338, 86, 348]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "No (n = 24)", "bbox": [10, 352, 48, 362]}, {"cell": "88", "bbox": [104, 352, 114, 362]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 352, 164, 362]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Yes (n = 34)", "bbox": [10, 366, 49, 376]}, {"cell": "85", "bbox": [104, 366, 114, 376]}, {"cell": "[EMPTY_CELL]", "bbox": [154, 366, 164, 376]}, {"cell": "0.38", "bbox": [208, 366, 223, 376]}]}


[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	9 μg vs. Placebo (p-value)	4.5 μg vs. Placebo (p-value)	9 μg vs. 4.5 μg(p-value)

[EMPTY_CELL]	1.11 (< 0.001)	1.11 (< 0.001)	1.01 (0.643)

[EMPTY_CELL]	1.04 (0.002)	1.04 (0.002)	1.00 (0.955)

[EMPTY_CELL]	1.09 (< 0.001)	1.09 (< 0.001)	1.00 (0.984)

[EMPTY_CELL]	1.07 (< 0.001)	1.07 (< 0.001)	0.99 (0.642)

[EMPTY_CELL]	1.02 (0.135)	1.03 (0.026)	0.99 (0.483)

[EMPTY_CELL]	1.07 (< 0.001)	1.07 (< 0.001)	1.00 (0.982)

[EMPTY_CELL]	15.30 (< 0.001)	12.86 (< 0.001)	2.45 (0.360)

[EMPTY_CELL]	13.78 (< 0.001)	10.85 (< 0.001)	2.93 (0.260)

[EMPTY_CELL]	-0.09 (0.038)	-0.10 (0.020)	0.01 (0.816)

[EMPTY_CELL]	-0.17 (0.002)	-0.18 (0.001)	0.01 (0.822)

[EMPTY_CELL]	-0.13 (0.013)	-0.12 (0.023)	-0.01 (0.809)

[EMPTY_CELL]	-0.41 (0.001)	-0.62 (0.001)	-0.25 (0.883)

[EMPTY_CELL]	-0.55 (< 0.001)	-0.27 (0.027)	-0.27 (0.029)

[EMPTY_CELL]	-4.45 (0.001)	-3.74 (0.001)	-0.71 (0.553)

", "cells": [{"cell": "Variable", "bbox": [1, 4, 31, 13]}, {"cell": "9 μg vs. Placebo (p-value)", "bbox": [160, 4, 252, 13]}, {"cell": "4.5 μg vs. Placebo (p-value)", "bbox": [285, 4, 383, 13]}, {"cell": "9 μg vs. 4.5 μg(p-value)", "bbox": [416, 4, 470, 22]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 26, 83, 36]}, {"cell": "1.11 (< 0.001)", "bbox": [183, 26, 229, 36]}, {"cell": "1.11 (< 0.001)", "bbox": [311, 26, 357, 36]}, {"cell": "1.01 (0.643)", "bbox": [424, 26, 462, 36]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 38, 54, 48]}, {"cell": "1.04 (0.002)", "bbox": [187, 38, 225, 48]}, {"cell": "1.04 (0.002)", "bbox": [315, 38, 353, 48]}, {"cell": "1.00 (0.955)", "bbox": [424, 38, 462, 48]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 50, 79, 60]}, {"cell": "1.09 (< 0.001)", "bbox": [183, 50, 229, 60]}, {"cell": "1.09 (< 0.001)", "bbox": [311, 50, 357, 60]}, {"cell": "1.00 (0.984)", "bbox": [424, 50, 462, 60]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 62, 81, 72]}, {"cell": "1.07 (< 0.001)", "bbox": [183, 62, 229, 72]}, {"cell": "1.07 (< 0.001)", "bbox": [311, 62, 357, 72]}, {"cell": "0.99 (0.642)", "bbox": [424, 62, 462, 72]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 74, 52, 83]}, {"cell": "1.02 (0.135)", "bbox": [187, 74, 225, 83]}, {"cell": "1.03 (0.026)", "bbox": [315, 74, 353, 83]}, {"cell": "0.99 (0.483)", "bbox": [424, 74, 462, 83]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 86, 77, 95]}, {"cell": "1.07 (< 0.001)", "bbox": [183, 86, 229, 95]}, {"cell": "1.07 (< 0.001)", "bbox": [311, 86, 357, 95]}, {"cell": "1.00 (0.982)", "bbox": [424, 86, 462, 95]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 98, 66, 107]}, {"cell": "15.30 (< 0.001)", "bbox": [181, 98, 231, 107]}, {"cell": "12.86 (< 0.001)", "bbox": [309, 98, 359, 107]}, {"cell": "2.45 (0.360)", "bbox": [424, 98, 462, 107]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 110, 64, 119]}, {"cell": "13.78 (< 0.001)", "bbox": [181, 110, 231, 119]}, {"cell": "10.85 (< 0.001)", "bbox": [309, 110, 359, 119]}, {"cell": "2.93 (0.260)", "bbox": [424, 110, 462, 119]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 122, 109, 131]}, {"cell": "-0.09 (0.038)", "bbox": [186, 122, 226, 131]}, {"cell": "-0.10 (0.020)", "bbox": [314, 122, 354, 131]}, {"cell": "0.01 (0.816)", "bbox": [424, 122, 462, 131]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 134, 83, 143]}, {"cell": "-0.17 (0.002)", "bbox": [186, 134, 226, 143]}, {"cell": "-0.18 (0.001)", "bbox": [314, 134, 354, 143]}, {"cell": "0.01 (0.822)", "bbox": [424, 134, 462, 143]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 146, 59, 155]}, {"cell": "-0.13 (0.013)", "bbox": [186, 146, 226, 155]}, {"cell": "-0.12 (0.023)", "bbox": [314, 146, 354, 155]}, {"cell": "-0.01 (0.809)", "bbox": [423, 146, 463, 155]}, {"cell": "[EMPTY_CELL]", "bbox": [0, 158, 70, 167]}, {"cell": "-0.41 (0.001)", "bbox": [186, 158, 226, 167]}, {"cell": "-0.62 (0.001)", "bbox": [314, 158, 354, 167]}, {"cell": "-0.25 (0.883)", "bbox": [423, 158, 463, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [0, 170, 113, 179]}, {"cell": "-0.55 (< 0.001)", "bbox": [182, 170, 230, 179]}, {"cell": "-0.27 (0.027)", "bbox": [314, 170, 354, 179]}, {"cell": "-0.27 (0.029)", "bbox": [423, 170, 463, 179]}, {"cell": "[EMPTY_CELL]", "bbox": [0, 182, 57, 191]}, {"cell": "-4.45 (0.001)", "bbox": [186, 182, 226, 191]}, {"cell": "-3.74 (0.001)", "bbox": [314, 182, 354, 191]}, {"cell": "-0.71 (0.553)", "bbox": [423, 182, 463, 191]}]}


[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]	Smoking status

[EMPTY_CELL]	No	Yes

SNP	Adjusted OR (95% CI)*	Adjusted OR (95% CI)*

rs1800925	[EMPTY_CELL]	[EMPTY_CELL]

 CC + CT	[EMPTY_CELL]	0.98 (0.74 - 1.31)

 TT	[EMPTY_CELL]	2.67 (0.70 - 10.17)

 Measures of additive interaction†

Relative excess risk due to interaction (RERI) = 1.90 (95% CI: -1.71 - 5.52)

Attributable proportion due to interaction (AP) = 0.71 (95% CI: 0.25 - 1.18)

Synergy index (S) = -6.97 (95% CI: not calculable)

rs20541	[EMPTY_CELL]	[EMPTY_CELL]

 GG + GA	[EMPTY_CELL]	0.96 (0.71 - 1.29)

 AA	[EMPTY_CELL]	2.34 (1.10 - 4.98)

 Measures of additive interaction†

Relative excess risk due to interaction (RERI) = 1.05 (95% CI: -0.82 - 2.91)

Attributable proportion due to interaction (AP) = 0.45 (95% CI: -0.07 - 0.96)

Synergy index (S) = 4.52 (95% CI: 0.25 - 83.47)

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Smoking status", "bbox": [285, 4, 340, 13]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "No", "bbox": [219, 17, 231, 27]}, {"cell": "Yes", "bbox": [392, 17, 406, 27]}, {"cell": "SNP", "bbox": [1, 30, 16, 40]}, {"cell": "Adjusted OR (95% CI)*", "bbox": [140, 30, 221, 40]}, {"cell": "Adjusted OR (95% CI)*", "bbox": [314, 30, 395, 40]}, {"cell": "rs1800925", "bbox": [1, 44, 34, 53]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " CC + CT", "bbox": [15, 56, 45, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [140, 56, 155, 65]}, {"cell": "0.98 (0.74 - 1.31)", "bbox": [314, 56, 369, 65]}, {"cell": " TT", "bbox": [15, 67, 25, 77]}, {"cell": "[EMPTY_CELL]", "bbox": [140, 67, 195, 77]}, {"cell": "2.67 (0.70 - 10.17)", "bbox": [314, 67, 373, 77]}, {"cell": " Measures of additive interaction†", "bbox": [15, 78, 123, 89]}, {"cell": "Relative excess risk due to interaction (RERI) = 1.90 (95% CI: -1.71 - 5.52)", "bbox": [30, 91, 265, 101]}, {"cell": "Attributable proportion due to interaction (AP) = 0.71 (95% CI: 0.25 - 1.18)", "bbox": [30, 103, 272, 113]}, {"cell": "Synergy index (S) = -6.97 (95% CI: not calculable)", "bbox": [30, 115, 191, 125]}, {"cell": "rs20541", "bbox": [0, 127, 27, 137]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " GG + GA", "bbox": [15, 139, 47, 149]}, {"cell": "[EMPTY_CELL]", "bbox": [140, 139, 155, 149]}, {"cell": "0.96 (0.71 - 1.29)", "bbox": [314, 139, 369, 149]}, {"cell": " AA", "bbox": [15, 151, 27, 161]}, {"cell": "[EMPTY_CELL]", "bbox": [140, 151, 195, 161]}, {"cell": "2.34 (1.10 - 4.98)", "bbox": [314, 151, 369, 161]}, {"cell": " Measures of additive interaction†", "bbox": [15, 162, 123, 173]}, {"cell": "Relative excess risk due to interaction (RERI) = 1.05 (95% CI: -0.82 - 2.91)", "bbox": [30, 175, 265, 185]}, {"cell": "Attributable proportion due to interaction (AP) = 0.45 (95% CI: -0.07 - 0.96)", "bbox": [30, 187, 274, 197]}, {"cell": "Synergy index (S) = 4.52 (95% CI: 0.25 - 83.47)", "bbox": [30, 199, 181, 209]}]}


[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]	[EMPTY_CELL]	Without Coreference	With Coreference

[EMPTY_CELL]	[EMPTY_CELL]	TP	FP	FN	P	R	F	TP	FP	FN	P	R	F

Pers. pronoun	T	34	45	89	43.0	27.6	33.7	[EMPTY_CELL]	43	68	56.1	44.7	49.8

Fs	2	4	44	33.3	4.4	7.7	6	[EMPTY_CELL]	40	42.9	13.0	20.0

F	2	4	58	33.3	3.3	6.1	6	[EMPTY_CELL]	54	37.5	10.0	15.8

Rs	25	22	54	53.2	31.7	39.7	44	[EMPTY_CELL]	35	64.7	55.7	59.9

R	5	46	74	9.8	6.3	7.7	16	[EMPTY_CELL]	63	25.8	20.3	22.7

S	2	48	77	4.0	2.5	3.1	5	[EMPTY_CELL]	74	8.3	6.3	7.2

Poss. pronoun	T	82	74	125	52.6	39.6	45.2	[EMPTY_CELL]	74	107	57.5	48.3	52.5

Fs	20	12	75	62.5	21.1	31.5	23	[EMPTY_CELL]	72	71.9	24.2	36.2

F	13	24	116	35.1	10.1	15.7	17	[EMPTY_CELL]	112	48.6	13.2	20.7

Rs	76	33	74	69.7	50.7	58.7	89	[EMPTY_CELL]	61	74.2	59.3	65.9

R	27	81	123	25.0	18.0	20.9	34	[EMPTY_CELL]	116	30.1	22.7	25.9

S	13	85	137	13.3	8.7	10.5	12	[EMPTY_CELL]	138	12.1	8.0	9.6

Def. NP	T	27	22	45	55.1	37.5	44.6	[EMPTY_CELL]	26	36	58.1	50.0	53.7

Fs	9	3	22	75.0	29.0	41.9	11	[EMPTY_CELL]	20	78.6	35.5	48.9

F	4	10	38	28.6	9.5	14.3	10	[EMPTY_CELL]	32	66.7	23.8	35.1

Rs	26	5	23	83.9	53.1	65.0	30	[EMPTY_CELL]	19	75.0	61.2	67.4

R	10	20	39	33.3	20.4	25.3	16	[EMPTY_CELL]	33	38.1	32.7	35.2

S	3	23	46	11.5	6.1	8.0	7	[EMPTY_CELL]	42	19.4	14.3	16.5

ALL	T	141	140	255	50.2	35.6	41.7	[EMPTY_CELL]	143	208	56.8	47.5	51.7

Fs	30	18	139	62.5	17.8	27.7	39	[EMPTY_CELL]	130	67.2	23.1	34.4

F	18	37	209	32.7	7.9	12.8	32	[EMPTY_CELL]	195	50.0	14.1	22.0

Rs	126	60	147	67.7	46.2	54.9	162	[EMPTY_CELL]	111	71.4	59.3	64.8

R	42	146	231	22.3	15.4	18.2	65	[EMPTY_CELL]	208	30.1	23.8	26.6

S	18	155	255	10.4	6.6	8.1	23	[EMPTY_CELL]	250	11.9	8.4	9.9

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