[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": "

Gene lists used for comparison	Biological process category	Number of overrepresented genes/all genes in category (p-value)

Vac-4 up-regulated	[EMPTY_CELL]	7/181 (0.000)

[EMPTY_CELL]	[EMPTY_CELL]	5/80 (0.000)

[EMPTY_CELL]	[EMPTY_CELL]	4/57 (0.001)

Pol-8 up-regulated	[EMPTY_CELL]	3/39 (0.010)

[EMPTY_CELL]	[EMPTY_CELL]	3/46 (0.016)

[EMPTY_CELL]	[EMPTY_CELL]	6/175 (0.016)

[EMPTY_CELL]	[EMPTY_CELL]	4/85 (0.017)

[EMPTY_CELL]	[EMPTY_CELL]	2/18 (0.018)

Pol-16 up-regulated	[EMPTY_CELL]	9/171 (0.000)

[EMPTY_CELL]	[EMPTY_CELL]	8/213 (0.003)

[EMPTY_CELL]	[EMPTY_CELL]	7/175 (0.004)

[EMPTY_CELL]	[EMPTY_CELL]	17/758 (0.007)

[EMPTY_CELL]	[EMPTY_CELL]	3/37 (0.009)

[EMPTY_CELL]	[EMPTY_CELL]	2/16 (0.0015)

[EMPTY_CELL]	[EMPTY_CELL]	11/433 (0.017)

", "cells": [{"cell": "Gene lists used for comparison", "bbox": [4, 4, 95, 13]}, {"cell": "Biological process category", "bbox": [105, 4, 184, 13]}, {"cell": "Number of overrepresented genes/all genes in category (p-value)", "bbox": [304, 4, 490, 13]}, {"cell": "Vac-4 up-regulated", "bbox": [4, 25, 60, 34]}, {"cell": "[EMPTY_CELL]", "bbox": [105, 25, 232, 34]}, {"cell": "7/181 (0.000)", "bbox": [304, 25, 343, 34]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 34, 254, 43]}, {"cell": "5/80 (0.000)", "bbox": [304, 34, 340, 43]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 43, 189, 52]}, {"cell": "4/57 (0.001)", "bbox": [304, 43, 340, 52]}, {"cell": "Pol-8 up-regulated", "bbox": [4, 52, 59, 61]}, {"cell": "[EMPTY_CELL]", "bbox": [105, 52, 204, 61]}, {"cell": "3/39 (0.010)", "bbox": [304, 52, 340, 61]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 61, 210, 70]}, {"cell": "3/46 (0.016)", "bbox": [304, 61, 340, 70]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 70, 242, 79]}, {"cell": "6/175 (0.016)", "bbox": [304, 70, 343, 79]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 79, 290, 88]}, {"cell": "4/85 (0.017)", "bbox": [304, 79, 340, 88]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 88, 248, 97]}, {"cell": "2/18 (0.018)", "bbox": [304, 88, 340, 97]}, {"cell": "Pol-16 up-regulated", "bbox": [4, 97, 62, 106]}, {"cell": "[EMPTY_CELL]", "bbox": [105, 97, 197, 106]}, {"cell": "9/171 (0.000)", "bbox": [304, 97, 343, 106]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 106, 217, 115]}, {"cell": "8/213 (0.003)", "bbox": [304, 106, 343, 115]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 115, 242, 124]}, {"cell": "7/175 (0.004)", "bbox": [304, 115, 343, 124]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 124, 204, 133]}, {"cell": "17/758 (0.007)", "bbox": [304, 124, 347, 133]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 133, 230, 142]}, {"cell": "3/37 (0.009)", "bbox": [304, 133, 340, 142]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 142, 198, 151]}, {"cell": "2/16 (0.0015)", "bbox": [304, 142, 344, 151]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [105, 151, 199, 160]}, {"cell": "11/433 (0.017)", "bbox": [304, 151, 347, 160]}]}


[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]	Hospitals with Catheterization Facilities (n = 4,116)	Hospitals without Catheterization Facilities (n = 11,190)

Medication class* (%)

 Aspirin	65.4	[EMPTY_CELL]

 Beta-blockers	57.7	[EMPTY_CELL]

 ACE inhibitors	45.2	[EMPTY_CELL]

 Nitrates (any form)	72.7	[EMPTY_CELL]

 Calcium channel blockers	27.6	[EMPTY_CELL]

 Lipid-lowering agents	24.9	[EMPTY_CELL]

Anti-ischemic combination therapy at 1 year† (%)

 Monotherapy	38.8	[EMPTY_CELL]

 Double therapy	27.3	[EMPTY_CELL]

 Triple therapy	7.8	[EMPTY_CELL]

Refills for sublingual nitrates at 1 year (%)	31.4	[EMPTY_CELL]

Emergency room visits at 1 year (%)

 0 visits	43.3	[EMPTY_CELL]

 1–3 visits	41.4	[EMPTY_CELL]

 ≤4 visits	15.4	[EMPTY_CELL]

Physician visits at 1 year (%)	[EMPTY_CELL]	[EMPTY_CELL]

 0–3 visits	22.3	[EMPTY_CELL]

 4–8 visits	38.5	[EMPTY_CELL]

 ≤9 visits	39.2	[EMPTY_CELL]

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Hospitals with Catheterization Facilities (n = 4,116)", "bbox": [173, 5, 329, 23]}, {"cell": "Hospitals without Catheterization Facilities (n = 11,190)", "bbox": [351, 5, 484, 23]}, {"cell": "Medication class* (%)", "bbox": [4, 36, 77, 46]}, {"cell": " Aspirin", "bbox": [14, 46, 40, 56]}, {"cell": "65.4", "bbox": [243, 46, 259, 56]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 46, 425, 56]}, {"cell": " Beta-blockers", "bbox": [14, 56, 62, 66]}, {"cell": "57.7", "bbox": [243, 56, 259, 66]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 56, 425, 66]}, {"cell": " ACE inhibitors", "bbox": [14, 66, 66, 76]}, {"cell": "45.2", "bbox": [243, 66, 259, 76]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 66, 425, 76]}, {"cell": " Nitrates (any form)", "bbox": [14, 77, 81, 87]}, {"cell": "72.7", "bbox": [243, 77, 259, 87]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 77, 425, 87]}, {"cell": " Calcium channel blockers", "bbox": [14, 87, 102, 97]}, {"cell": "27.6", "bbox": [243, 87, 259, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 87, 425, 97]}, {"cell": " Lipid-lowering agents", "bbox": [14, 97, 87, 107]}, {"cell": "24.9", "bbox": [243, 97, 259, 107]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 97, 425, 107]}, {"cell": "Anti-ischemic combination therapy at 1 year† (%)", "bbox": [4, 107, 170, 117]}, {"cell": " Monotherapy", "bbox": [14, 118, 61, 128]}, {"cell": "38.8", "bbox": [243, 118, 259, 128]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 118, 425, 128]}, {"cell": " Double therapy", "bbox": [14, 128, 69, 138]}, {"cell": "27.3", "bbox": [243, 128, 259, 138]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 128, 425, 138]}, {"cell": " Triple therapy", "bbox": [14, 138, 64, 148]}, {"cell": "7.8", "bbox": [245, 138, 257, 148]}, {"cell": "[EMPTY_CELL]", "bbox": [411, 138, 423, 148]}, {"cell": "Refills for sublingual nitrates at 1 year (%)", "bbox": [4, 148, 145, 158]}, {"cell": "31.4", "bbox": [243, 148, 259, 158]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 148, 425, 158]}, {"cell": "Emergency room visits at 1 year (%)", "bbox": [4, 159, 127, 169]}, {"cell": " 0 visits", "bbox": [14, 169, 39, 179]}, {"cell": "43.3", "bbox": [243, 169, 259, 179]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 169, 425, 179]}, {"cell": " 1–3 visits", "bbox": [14, 179, 47, 189]}, {"cell": "41.4", "bbox": [243, 179, 259, 189]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 179, 425, 189]}, {"cell": " ≤4 visits", "bbox": [14, 189, 44, 199]}, {"cell": "15.4", "bbox": [243, 189, 259, 199]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 189, 425, 199]}, {"cell": "Physician visits at 1 year (%)", "bbox": [4, 200, 100, 210]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " 0–3 visits", "bbox": [14, 210, 47, 220]}, {"cell": "22.3", "bbox": [243, 210, 259, 220]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 210, 425, 220]}, {"cell": " 4–8 visits", "bbox": [14, 220, 47, 230]}, {"cell": "38.5", "bbox": [243, 220, 259, 230]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 220, 425, 230]}, {"cell": " ≤9 visits", "bbox": [14, 231, 44, 240]}, {"cell": "39.2", "bbox": [243, 231, 259, 240]}, {"cell": "[EMPTY_CELL]", "bbox": [409, 231, 425, 240]}]}

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": "

Species	method	gene	primers	Nucleotide sequence (5'- 3')	Ampliconsize (bp)c	Ref.

Ixodes	PCR	16S ribosomal RNA	F-16sIxodes	[EMPTY_CELL]	97	[12]

(extraction control)	[EMPTY_CELL]	[EMPTY_CELL]	R-16sIxodes	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	16s-Ixodes-Probe	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

B. burgdorferi s.l.	real time PCR (duplex)	23S-rRNA	Bb23Sf	[EMPTY_CELL]	75	[14]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	Bb23Sr	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	Bb23Sp-FAM	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

A. phagocytophilum	real time PCR (duplex)	msp2	ApMSP2f	[EMPTY_CELL]	77	[14]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	ApMSP2r	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	ApMSP2p-HEX	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

B. burgdorferi s.l.	PCR	flagellin	FLA1	[EMPTY_CELL]	482	[16]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	FLA2	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

A. phagocytophilum	PCR	msp2	msp2-3f	[EMPTY_CELL]	334	[15]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	msp2-3r	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

TBEv	rRT-PCR	3' non-coding region	F-TBE 1	[EMPTY_CELL]	67	[12]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	R-TBE 1	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	TBE-Probe-WT	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

TBEv	nested PCR	non-structural protein NS5	FSM-1	[EMPTY_CELL]	357	[13]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	FSM-2	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	non-structural protein NS5	FSM-1i	[EMPTY_CELL]	251	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	FSM-2i	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Rickettsia spp.	PCR	citrate synthase	RpCS.877p	[EMPTY_CELL]	381	[17]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	RpCS1258n	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Cand. N. mikurensis	PCR	groEL	NM-128s	[EMPTY_CELL]	1024	[19]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	NM-1152as	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Babesia/Theileria	PCR	18S rRNA	RLB-F2	[EMPTY_CELL]	400	[18]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	RLB-R2	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

", "cells": [{"cell": "Species", "bbox": [1, 4, 28, 13]}, {"cell": "method", "bbox": [62, 4, 91, 13]}, {"cell": "gene", "bbox": [132, 4, 152, 13]}, {"cell": "primers", "bbox": [214, 4, 243, 13]}, {"cell": "Nucleotide sequence (5'- 3')", "bbox": [269, 4, 368, 13]}, {"cell": "Ampliconsize (bp)c", "bbox": [431, 4, 466, 22]}, {"cell": "Ref.", "bbox": [470, 4, 484, 13]}, {"cell": "Ixodes", "bbox": [1, 26, 23, 36]}, {"cell": "PCR", "bbox": [62, 26, 77, 36]}, {"cell": "16S ribosomal RNA", "bbox": [132, 26, 196, 36]}, {"cell": "F-16sIxodes", "bbox": [214, 26, 253, 36]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 26, 401, 36]}, {"cell": "97", "bbox": [431, 26, 440, 36]}, {"cell": "[12]", "bbox": [470, 26, 483, 36]}, {"cell": "(extraction control)", "bbox": [1, 38, 36, 57]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "R-16sIxodes", "bbox": [214, 38, 254, 48]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 38, 383, 48]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "16s-Ixodes-Probe", "bbox": [214, 59, 252, 78]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 59, 411, 78]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "B. burgdorferi s.l.", "bbox": [1, 80, 53, 89]}, {"cell": "real time PCR (duplex)", "bbox": [62, 80, 108, 98]}, {"cell": "23S-rRNA", "bbox": [132, 80, 164, 89]}, {"cell": "Bb23Sf", "bbox": [214, 80, 238, 89]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 80, 376, 89]}, {"cell": "75", "bbox": [431, 80, 440, 89]}, {"cell": "[14]", "bbox": [470, 80, 483, 89]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Bb23Sr", "bbox": [214, 101, 238, 110]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 101, 368, 110]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Bb23Sp-FAM", "bbox": [214, 113, 257, 122]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 113, 389, 122]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "A. phagocytophilum", "bbox": [1, 125, 57, 143]}, {"cell": "real time PCR (duplex)", "bbox": [62, 125, 108, 143]}, {"cell": "msp2", "bbox": [132, 125, 152, 134]}, {"cell": "ApMSP2f", "bbox": [214, 125, 245, 134]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 125, 388, 134]}, {"cell": "77", "bbox": [431, 125, 440, 134]}, {"cell": "[14]", "bbox": [470, 125, 483, 134]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "ApMSP2r", "bbox": [214, 146, 245, 155]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 146, 357, 155]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "ApMSP2p-HEX", "bbox": [214, 158, 262, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 158, 386, 167]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "B. burgdorferi s.l.", "bbox": [1, 170, 53, 179]}, {"cell": "PCR", "bbox": [62, 170, 77, 179]}, {"cell": "flagellin", "bbox": [132, 170, 159, 179]}, {"cell": "FLA1", "bbox": [214, 170, 232, 179]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 170, 382, 179]}, {"cell": "482", "bbox": [431, 170, 444, 179]}, {"cell": "[16]", "bbox": [470, 170, 483, 179]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "FLA2", "bbox": [214, 182, 232, 191]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 182, 380, 191]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "A. phagocytophilum", "bbox": [1, 194, 57, 212]}, {"cell": "PCR", "bbox": [62, 194, 77, 203]}, {"cell": "msp2", "bbox": [132, 194, 152, 203]}, {"cell": "msp2-3f", "bbox": [214, 194, 242, 203]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 194, 370, 203]}, {"cell": "334", "bbox": [431, 194, 444, 203]}, {"cell": "[15]", "bbox": [470, 194, 483, 203]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "msp2-3r", "bbox": [214, 214, 242, 224]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 214, 371, 224]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "TBEv", "bbox": [1, 226, 17, 236]}, {"cell": "rRT-PCR", "bbox": [62, 226, 89, 236]}, {"cell": "3' non-coding region", "bbox": [132, 226, 203, 236]}, {"cell": "F-TBE 1", "bbox": [214, 226, 240, 236]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 226, 348, 236]}, {"cell": "67", "bbox": [431, 226, 440, 236]}, {"cell": "[12]", "bbox": [470, 226, 483, 236]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "R-TBE 1", "bbox": [214, 238, 241, 248]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 238, 370, 248]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "TBE-Probe-WT", "bbox": [214, 250, 261, 260]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 250, 375, 260]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "TBEv", "bbox": [1, 262, 17, 272]}, {"cell": "nested PCR", "bbox": [62, 262, 101, 272]}, {"cell": "non-structural protein NS5", "bbox": [132, 262, 204, 281]}, {"cell": "FSM-1", "bbox": [214, 262, 236, 272]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 262, 362, 272]}, {"cell": "357", "bbox": [431, 262, 444, 272]}, {"cell": "[13]", "bbox": [470, 262, 483, 272]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "FSM-2", "bbox": [214, 283, 236, 293]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 283, 362, 293]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "non-structural protein NS5", "bbox": [132, 295, 204, 314]}, {"cell": "FSM-1i", "bbox": [214, 295, 238, 305]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 295, 363, 305]}, {"cell": "251", "bbox": [431, 295, 444, 305]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "FSM-2i", "bbox": [214, 316, 238, 326]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 316, 356, 326]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Rickettsia spp.", "bbox": [1, 328, 45, 338]}, {"cell": "PCR", "bbox": [62, 328, 77, 338]}, {"cell": "citrate synthase", "bbox": [132, 328, 184, 338]}, {"cell": "RpCS.877p", "bbox": [214, 328, 250, 338]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 328, 358, 338]}, {"cell": "381", "bbox": [431, 328, 444, 338]}, {"cell": "[17]", "bbox": [470, 328, 483, 338]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "RpCS1258n", "bbox": [214, 340, 252, 349]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 340, 369, 349]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Cand. N. mikurensis", "bbox": [1, 352, 34, 370]}, {"cell": "PCR", "bbox": [62, 352, 77, 361]}, {"cell": "groEL", "bbox": [132, 352, 152, 361]}, {"cell": "NM-128s", "bbox": [214, 352, 244, 361]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 352, 391, 361]}, {"cell": "1024", "bbox": [431, 352, 448, 361]}, {"cell": "[19]", "bbox": [470, 352, 483, 361]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "NM-1152as", "bbox": [214, 373, 252, 382]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 373, 397, 382]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Babesia/Theileria", "bbox": [1, 385, 55, 394]}, {"cell": "PCR", "bbox": [62, 385, 77, 394]}, {"cell": "18S rRNA", "bbox": [132, 385, 164, 394]}, {"cell": "RLB-F2", "bbox": [214, 385, 238, 394]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 385, 368, 394]}, {"cell": "400", "bbox": [431, 385, 444, 394]}, {"cell": "[18]", "bbox": [470, 385, 483, 394]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "RLB-R2", "bbox": [214, 397, 238, 406]}, {"cell": "[EMPTY_CELL]", "bbox": [269, 397, 370, 406]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}]}


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

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

[Assistant]
{"html": "

[EMPTY_CELL]	Listen to New Home New Life

[EMPTY_CELL]	yes	no

Mine/UXO events1. Cases 1979–93 (per 10000 person-years)	[EMPTY_CELL]	9 (1.898)

2. Cases 1994–97 (per 10000 person years)Risk of a case occurring after 1994: OR 0.28, 95%CI 0.07–0.99 (in urban mined areas)	[EMPTY_CELL]	14 (14.763)

3. Upper limb injuries as proportion of all injuries among survivors of mine accidents after 1994Risk of an upper limb injury after 1994: OR 0.12, 95%CI 0.02–0.82 (in urban areas)	[EMPTY_CELL]	11/16 (69%)

Inappropriate attitudes and practices (search for metal, consider non-qualified person brave if go into mined area)	[EMPTY_CELL]	[EMPTY_CELL]

4. With easy radio access (%)	[EMPTY_CELL]	65/423 (15.4%)

5. Difficult radio access (%)Risk of inappropriate behaviour, stratified by ease of access to radios OR 0.61, 95%CI 0.44–0.84	[EMPTY_CELL]	378/4216 (9%)

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Listen to New Home New Life", "bbox": [394, 4, 493, 14]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "yes", "bbox": [407, 27, 420, 36]}, {"cell": "no", "bbox": [466, 27, 477, 36]}, {"cell": "Mine/UXO events1. Cases 1979–93 (per 10000 person-years)", "bbox": [4, 49, 153, 68]}, {"cell": "[EMPTY_CELL]", "bbox": [396, 49, 432, 59]}, {"cell": "9 (1.898)", "bbox": [456, 49, 488, 59]}, {"cell": "2. Cases 1994–97 (per 10000 person years)Risk of a case occurring after 1994: OR 0.28, 95%CI 0.07–0.99 (in urban mined areas)", "bbox": [4, 68, 293, 87]}, {"cell": "[EMPTY_CELL]", "bbox": [396, 68, 432, 78]}, {"cell": "14 (14.763)", "bbox": [452, 68, 492, 78]}, {"cell": "3. Upper limb injuries as proportion of all injuries among survivors of mine accidents after 1994Risk of an upper limb injury after 1994: OR 0.12, 95%CI 0.02–0.82 (in urban areas)", "bbox": [4, 88, 326, 107]}, {"cell": "[EMPTY_CELL]", "bbox": [395, 88, 433, 98]}, {"cell": "11/16 (69%)", "bbox": [451, 88, 493, 98]}, {"cell": "Inappropriate attitudes and practices (search for metal, consider non-qualified person brave if go into mined area)", "bbox": [4, 107, 367, 126]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "4. With easy radio access (%)", "bbox": [4, 127, 105, 137]}, {"cell": "[EMPTY_CELL]", "bbox": [389, 127, 439, 137]}, {"cell": "65/423 (15.4%)", "bbox": [446, 127, 498, 137]}, {"cell": "5. Difficult radio access (%)Risk of inappropriate behaviour, stratified by ease of access to radios OR 0.61, 95%CI 0.44–0.84", "bbox": [4, 137, 328, 156]}, {"cell": "[EMPTY_CELL]", "bbox": [394, 137, 434, 147]}, {"cell": "378/4216 (9%)", "bbox": [447, 137, 497, 147]}]}


[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	Cut-off	Base rate	NPP	PPP

Trial 1	< 6	.1	.50	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.44	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.38	[EMPTY_CELL]

Trial 5	< 10	.1	.60	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.52	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.44	[EMPTY_CELL]

Trial 1-5	< 43	.1	.50	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.43	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.37	[EMPTY_CELL]

Interference list	< 5	.1	.68	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.59	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.50	[EMPTY_CELL]

Trial 6	< 7	.1	.65	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.56	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.48	[EMPTY_CELL]

Trial 7	< 7	.1	.64	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.55	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.46	[EMPTY_CELL]

Trial 6-5	< 2	.1	.80	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.71	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.61	[EMPTY_CELL]

Trial 7-5	< 2	.1	.59	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.52	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.45	[EMPTY_CELL]

Recognition	< 12	.1	.64	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.55	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.47	[EMPTY_CELL]

Corrected recognition score	< 11	.1	.15	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.13	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.12	[EMPTY_CELL]

3recallednotrecog	> 1	.1	.64	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.54	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.45	[EMPTY_CELL]

VLMT number of times the first word was recalled in trials 1 to 5	< 5	.1	.36	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.31	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.27	[EMPTY_CELL]

VLMT number of times the last word was recalled in trials 1 to 5	< 4	.1	.57	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.51	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.44	[EMPTY_CELL]

FIT recall	< 9	.1	.64	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.56	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.48	[EMPTY_CELL]

FIT recognition	< 12	.1	.68	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.59	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.50	[EMPTY_CELL]

FIT combination score	< 22	.1	.55	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.48	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.41	[EMPTY_CELL]

BSV-STM correct responses	< 84	.1	.34	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.28	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.23	[EMPTY_CELL]

BSV-STM RT	> 774	.1	.48	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.40	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.33	[EMPTY_CELL]

VLMT 1	< 57	.1	.67	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.58	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.48	[EMPTY_CELL]

COMB 1	< 58	.1	.67	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.2	.58	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	.3	.48	[EMPTY_CELL]

", "cells": [{"cell": "Variable", "bbox": [4, 5, 39, 14]}, {"cell": "Cut-off", "bbox": [337, 5, 366, 14]}, {"cell": "Base rate", "bbox": [382, 5, 420, 14]}, {"cell": "NPP", "bbox": [439, 5, 459, 14]}, {"cell": "PPP", "bbox": [472, 5, 490, 14]}, {"cell": "Trial 1", "bbox": [4, 27, 32, 36]}, {"cell": "< 6", "bbox": [337, 27, 350, 35]}, {"cell": ".1", "bbox": [382, 27, 390, 35]}, {"cell": ".50", "bbox": [439, 27, 451, 35]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 27, 484, 35]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".2", "bbox": [382, 37, 390, 45]}, {"cell": ".44", "bbox": [439, 37, 451, 45]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 37, 484, 45]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 47, 390, 55]}, {"cell": ".38", "bbox": [439, 47, 451, 55]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 47, 484, 55]}, {"cell": "Trial 5", "bbox": [4, 58, 32, 67]}, {"cell": "< 10", "bbox": [337, 58, 354, 65]}, {"cell": ".1", "bbox": [382, 58, 390, 65]}, {"cell": ".60", "bbox": [439, 58, 451, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 58, 484, 65]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".2", "bbox": [382, 68, 390, 76]}, {"cell": ".52", "bbox": [439, 68, 451, 76]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 68, 484, 76]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 78, 390, 86]}, {"cell": ".44", "bbox": [439, 78, 451, 86]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 78, 484, 86]}, {"cell": "Trial 1-5", "bbox": [4, 88, 39, 98]}, {"cell": "< 43", "bbox": [337, 88, 354, 96]}, {"cell": ".1", "bbox": [382, 88, 390, 96]}, {"cell": ".50", "bbox": [439, 88, 451, 96]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 88, 484, 96]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".2", "bbox": [382, 99, 390, 106]}, {"cell": ".43", "bbox": [439, 99, 451, 106]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 99, 484, 106]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 109, 390, 117]}, {"cell": ".37", "bbox": [439, 109, 451, 117]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 109, 484, 117]}, {"cell": "Interference list", "bbox": [4, 119, 68, 129]}, {"cell": "< 5", "bbox": [337, 119, 350, 127]}, {"cell": ".1", "bbox": [382, 119, 390, 127]}, {"cell": ".68", "bbox": [439, 119, 451, 127]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 119, 484, 127]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".2", "bbox": [382, 129, 390, 137]}, {"cell": ".59", "bbox": [439, 129, 451, 137]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 129, 484, 137]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 140, 390, 147]}, {"cell": ".50", "bbox": [439, 140, 451, 147]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 140, 484, 147]}, {"cell": "Trial 6", "bbox": [4, 150, 32, 159]}, {"cell": "< 7", "bbox": [337, 150, 350, 158]}, {"cell": ".1", "bbox": [382, 150, 390, 158]}, {"cell": ".65", "bbox": [439, 150, 451, 158]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 150, 484, 158]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".2", "bbox": [382, 160, 390, 168]}, {"cell": ".56", "bbox": [439, 160, 451, 168]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 160, 484, 168]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 170, 390, 178]}, {"cell": ".48", "bbox": [439, 170, 451, 178]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 170, 484, 178]}, {"cell": "Trial 7", "bbox": [4, 181, 32, 190]}, {"cell": "< 7", "bbox": [337, 181, 350, 188]}, {"cell": ".1", "bbox": [382, 181, 390, 188]}, {"cell": ".64", "bbox": [439, 181, 451, 188]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 181, 484, 188]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".2", "bbox": [382, 191, 390, 199]}, {"cell": ".55", "bbox": [439, 191, 451, 199]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 191, 484, 199]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 201, 390, 209]}, {"cell": ".46", "bbox": [439, 201, 451, 209]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 201, 484, 209]}, {"cell": "Trial 6-5", "bbox": [4, 211, 39, 221]}, {"cell": "< 2", "bbox": [337, 211, 350, 219]}, {"cell": ".1", "bbox": [382, 211, 390, 219]}, {"cell": ".80", "bbox": [439, 211, 451, 219]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 211, 484, 219]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".2", "bbox": [382, 222, 390, 229]}, {"cell": ".71", "bbox": [439, 222, 451, 229]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 222, 484, 229]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 232, 390, 240]}, {"cell": ".61", "bbox": [439, 232, 451, 240]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 232, 484, 240]}, {"cell": "Trial 7-5", "bbox": [4, 242, 39, 252]}, {"cell": "< 2", "bbox": [337, 242, 350, 250]}, {"cell": ".1", "bbox": [382, 242, 390, 250]}, {"cell": ".59", "bbox": [439, 242, 451, 250]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 242, 484, 250]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".2", "bbox": [382, 252, 390, 260]}, {"cell": ".52", "bbox": [439, 252, 451, 260]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 252, 484, 260]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 263, 390, 270]}, {"cell": ".45", "bbox": [439, 263, 451, 270]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 263, 484, 270]}, {"cell": "Recognition", "bbox": [4, 273, 52, 282]}, {"cell": "< 12", "bbox": [337, 273, 354, 281]}, {"cell": ".1", "bbox": [382, 273, 390, 281]}, {"cell": ".64", "bbox": [439, 273, 451, 281]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 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{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 324, 390, 332]}, {"cell": ".12", "bbox": [439, 324, 451, 332]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 324, 484, 332]}, {"cell": "3recallednotrecog", "bbox": [4, 334, 76, 344]}, {"cell": "> 1", "bbox": [337, 334, 350, 342]}, {"cell": ".1", "bbox": [382, 334, 390, 342]}, {"cell": ".64", "bbox": [439, 334, 451, 342]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 334, 484, 342]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".2", "bbox": [382, 345, 390, 352]}, {"cell": ".54", "bbox": [439, 345, 451, 352]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 345, 484, 352]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": ".3", "bbox": [382, 355, 390, 363]}, {"cell": ".45", "bbox": [439, 355, 451, 363]}, {"cell": "[EMPTY_CELL]", "bbox": [472, 355, 484, 363]}, {"cell": "VLMT number of times the first word was recalled in trials 1 to 5", "bbox": [4, 365, 256, 375]}, 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[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": "

Assessment	Baseline mean score ± SD	Final assessment LS mean score ± SE	Placebo-adjusted LS mean change from baseline with pregabalina

[EMPTY_CELL]	Placebo	Pregabalin	Placebo	Pregabalin	Change	95% CI	P-value

FIQ scoreb	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Morning tiredness	[EMPTY_CELL]	6.8 ± 2.2	5.73 ± 0.15	5.13 ± 0.15	-0.59	-1.01, -0.18	0.0023*

Feeling good	[EMPTY_CELL]	6.8 ± 2.6	5.94 ± 0.17	5.30 ± 0.17	-0.63	-1.12, -0.15	0.0052*

Fatigue	[EMPTY_CELL]	7.0 ± 1.9	5.94 ± 0.14	5.45 ± 0.14	-0.49	-0.89, -0.10	0.0075*

Pain	[EMPTY_CELL]	6.5 ± 1.6	5.36 ± 0.15	4.95 ± 0.15	-0.41	-0.81, 0.00	0.0238*

Physical functioning	[EMPTY_CELL]	3.3 ± 2.4	3.03 ± 0.11	2.74 ± 0.11	-0.28	-0.59, 0.03	0.0376

Housework	[EMPTY_CELL]	5.7 ± 2.5	4.61 ± 0.15	4.30 ± 0.15	-0.31	-0.74, 0.11	0.0729

Anxiety	[EMPTY_CELL]	4.6 ± 2.6	3.92 ± 0.16	3.64 ± 0.16	-0.28	-0.72, 0.15	0.1011

Stiffness	[EMPTY_CELL]	6.0 ± 2.5	5.05 ± 0.15	4.90 ± 0.15	-0.14	-0.57, 0.29	0.2568

Depression	[EMPTY_CELL]	3.9 ± 2.6	3.38 ± 0.14	3.34 ± 0.14	-0.04	-0.44, 0.35	0.4165

Missing work	[EMPTY_CELL]	2.2 ± 3.1	1.89 ± 0.15	1.87 ± 0.15	-0.01	-0.42, 0.40	0.4768

Total FIQ score	[EMPTY_CELL]	52.7 ± 15.3	44.89 ± 1.08	41.56 ± 1.07	-3.33	-6.31, -0.35	0.0144*

SF-36 health surveyc	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

Physical functioning	[EMPTY_CELL]	63.4 ± 20.8	68.44 ± 0.93	72.73 ± 0.93	4.29	1.70, 6.88	0.0006*

Vitality	[EMPTY_CELL]	36.2 ± 20.5	42.01 ± 1.22	46.43 ± 1.21	4.42	1.04, 7.80	0.0052*

Mental health	[EMPTY_CELL]	60.1 ± 20.3	64.47 ± 0.98	67.11 ± 0.98	2.64	-0.08, 5.37	0.0287*

Bodily pain	[EMPTY_CELL]	33.0 ± 14.0	43.27 ± 1.06	45.42 ± 1.06	2.15	-0.81, 5.10	0.0770

General health perception	[EMPTY_CELL]	41.4 ± 16.0	44.82 ± 0.85	46.65 ± 0.85	1.83	-0.54, 4.19	0.0648

Physical role limitations	[EMPTY_CELL]	52.7 ± 27.9	60.90 ± 1.30	62.58 ± 1.30	1.68	-1.93, 5.29	0.1805

Social functioning	[EMPTY_CELL]	61.9 ± 28.2	68.51 ± 1.38	70.10 ± 1.37	1.59	-2.23, 5.41	0.2068

Emotional role limitations	[EMPTY_CELL]	67.2 ± 27.2	72.99 ± 1.36	72.76 ± 1.35	-0.23	-4.00, 3.54	0.5480

", "cells": [{"cell": "Assessment", "bbox": [1, 4, 43, 13]}, {"cell": "Baseline mean score ± SD", "bbox": [116, 4, 168, 22]}, {"cell": "Final assessment LS mean score ± SE", "bbox": [203, 4, 296, 22]}, {"cell": "Placebo-adjusted LS mean change from baseline with pregabalina", "bbox": [309, 4, 481, 22]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Placebo", "bbox": [101, 26, 130, 36]}, {"cell": "Pregabalin", "bbox": [150, 26, 189, 36]}, {"cell": "Placebo", "bbox": [208, 26, 238, 36]}, {"cell": "Pregabalin", "bbox": [257, 26, 296, 36]}, {"cell": "Change", "bbox": [319, 26, 347, 36]}, {"cell": "95% CI", "bbox": [382, 26, 409, 36]}, {"cell": "P-value", "bbox": [444, 26, 471, 36]}, {"cell": "FIQ scoreb", "bbox": [1, 38, 36, 49]}, {"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": "Morning tiredness", "bbox": [1, 51, 61, 61]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 51, 130, 61]}, {"cell": "6.8 ± 2.2", "bbox": [154, 51, 184, 61]}, {"cell": "5.73 ± 0.15", "bbox": [204, 51, 242, 61]}, {"cell": "5.13 ± 0.15", "bbox": [258, 51, 296, 61]}, {"cell": "-0.59", "bbox": [324, 51, 341, 61]}, {"cell": "-1.01, -0.18", "bbox": [377, 51, 414, 61]}, {"cell": "0.0023*", "bbox": [445, 51, 470, 61]}, {"cell": "Feeling good", "bbox": [1, 63, 45, 73]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 63, 130, 73]}, {"cell": "6.8 ± 2.6", "bbox": [154, 63, 184, 73]}, {"cell": "5.94 ± 0.17", "bbox": [204, 63, 242, 73]}, {"cell": "5.30 ± 0.17", "bbox": [258, 63, 296, 73]}, {"cell": "-0.63", "bbox": [324, 63, 341, 73]}, {"cell": "-1.12, -0.15", "bbox": [377, 63, 414, 73]}, {"cell": "0.0052*", "bbox": [445, 63, 470, 73]}, {"cell": "Fatigue", "bbox": [1, 75, 26, 85]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 75, 130, 85]}, {"cell": "7.0 ± 1.9", "bbox": [154, 75, 184, 85]}, {"cell": "5.94 ± 0.14", "bbox": [204, 75, 242, 85]}, {"cell": "5.45 ± 0.14", "bbox": [258, 75, 296, 85]}, {"cell": "-0.49", "bbox": [324, 75, 341, 85]}, {"cell": "-0.89, -0.10", "bbox": [377, 75, 414, 85]}, {"cell": "0.0075*", "bbox": [445, 75, 470, 85]}, {"cell": "Pain", "bbox": [1, 87, 16, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 87, 130, 97]}, {"cell": "6.5 ± 1.6", "bbox": [154, 87, 184, 97]}, {"cell": "5.36 ± 0.15", "bbox": [204, 87, 242, 97]}, {"cell": "4.95 ± 0.15", "bbox": [258, 87, 296, 97]}, {"cell": "-0.41", "bbox": [324, 87, 341, 97]}, {"cell": "-0.81, 0.00", "bbox": [379, 87, 412, 97]}, {"cell": "0.0238*", "bbox": [445, 87, 470, 97]}, {"cell": "Physical functioning", "bbox": [1, 99, 67, 109]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 99, 130, 109]}, {"cell": "3.3 ± 2.4", "bbox": [154, 99, 184, 109]}, {"cell": "3.03 ± 0.11", "bbox": [204, 99, 242, 109]}, {"cell": "2.74 ± 0.11", "bbox": [258, 99, 296, 109]}, {"cell": "-0.28", "bbox": [324, 99, 341, 109]}, {"cell": "-0.59, 0.03", "bbox": [379, 99, 412, 109]}, {"cell": "0.0376", "bbox": [446, 99, 469, 109]}, {"cell": "Housework", "bbox": [1, 111, 38, 121]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 111, 130, 121]}, {"cell": "5.7 ± 2.5", "bbox": [154, 111, 184, 121]}, {"cell": "4.61 ± 0.15", "bbox": [204, 111, 242, 121]}, {"cell": "4.30 ± 0.15", "bbox": [258, 111, 296, 121]}, {"cell": "-0.31", "bbox": [324, 111, 341, 121]}, {"cell": "-0.74, 0.11", "bbox": [379, 111, 412, 121]}, {"cell": "0.0729", "bbox": [446, 111, 469, 121]}, {"cell": "Anxiety", "bbox": [1, 123, 26, 133]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 123, 130, 133]}, {"cell": "4.6 ± 2.6", "bbox": [154, 123, 184, 133]}, {"cell": "3.92 ± 0.16", "bbox": [204, 123, 242, 133]}, {"cell": "3.64 ± 0.16", "bbox": [258, 123, 296, 133]}, {"cell": "-0.28", "bbox": [324, 123, 341, 133]}, {"cell": "-0.72, 0.15", "bbox": [379, 123, 412, 133]}, {"cell": "0.1011", "bbox": [446, 123, 469, 133]}, {"cell": "Stiffness", "bbox": [1, 135, 28, 145]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 135, 130, 145]}, {"cell": "6.0 ± 2.5", "bbox": [154, 135, 184, 145]}, {"cell": "5.05 ± 0.15", "bbox": [204, 135, 242, 145]}, {"cell": "4.90 ± 0.15", "bbox": [258, 135, 296, 145]}, {"cell": "-0.14", "bbox": [324, 135, 341, 145]}, {"cell": "-0.57, 0.29", "bbox": [379, 135, 412, 145]}, {"cell": "0.2568", "bbox": [446, 135, 469, 145]}, {"cell": "Depression", "bbox": [1, 147, 38, 156]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 147, 130, 156]}, {"cell": "3.9 ± 2.6", "bbox": [154, 147, 184, 156]}, {"cell": "3.38 ± 0.14", "bbox": [204, 147, 242, 156]}, {"cell": "3.34 ± 0.14", "bbox": [258, 147, 296, 156]}, {"cell": "-0.04", "bbox": [324, 147, 341, 156]}, {"cell": "-0.44, 0.35", "bbox": [379, 147, 412, 156]}, {"cell": "0.4165", "bbox": [446, 147, 469, 156]}, {"cell": "Missing work", "bbox": [1, 159, 45, 168]}, {"cell": "[EMPTY_CELL]", "bbox": [100, 159, 130, 168]}, {"cell": "2.2 ± 3.1", "bbox": [154, 159, 184, 168]}, {"cell": "1.89 ± 0.15", "bbox": [204, 159, 242, 168]}, {"cell": "1.87 ± 0.15", "bbox": [258, 159, 296, 168]}, {"cell": "-0.01", "bbox": [324, 159, 341, 168]}, {"cell": "-0.42, 0.40", "bbox": [379, 159, 412, 168]}, {"cell": "0.4768", "bbox": [446, 159, 469, 168]}, {"cell": "Total FIQ score", "bbox": [1, 171, 51, 180]}, {"cell": "[EMPTY_CELL]", "bbox": [97, 171, 134, 180]}, {"cell": "52.7 ± 15.3", "bbox": [150, 171, 188, 180]}, {"cell": "44.89 ± 1.08", "bbox": [202, 171, 244, 180]}, {"cell": "41.56 ± 1.07", "bbox": [256, 171, 297, 180]}, {"cell": "-3.33", "bbox": [324, 171, 341, 180]}, {"cell": "-6.31, -0.35", "bbox": [377, 171, 414, 180]}, {"cell": "0.0144*", "bbox": [445, 171, 470, 180]}, {"cell": "SF-36 health surveyc", "bbox": [1, 182, 68, 194]}, {"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": "Physical functioning", "bbox": [1, 196, 67, 206]}, {"cell": "[EMPTY_CELL]", "bbox": [97, 196, 134, 206]}, {"cell": "63.4 ± 20.8", "bbox": [150, 196, 188, 206]}, {"cell": "68.44 ± 0.93", "bbox": [202, 196, 244, 206]}, {"cell": "72.73 ± 0.93", "bbox": [256, 196, 297, 206]}, {"cell": "4.29", "bbox": [326, 196, 340, 206]}, {"cell": "1.70, 6.88", "bbox": [380, 196, 411, 206]}, {"cell": "0.0006*", "bbox": [445, 196, 470, 206]}, {"cell": "Vitality", "bbox": [1, 208, 23, 217]}, {"cell": "[EMPTY_CELL]", "bbox": [97, 208, 134, 217]}, {"cell": "36.2 ± 20.5", "bbox": [150, 208, 188, 217]}, {"cell": "42.01 ± 1.22", "bbox": [202, 208, 244, 217]}, {"cell": "46.43 ± 1.21", "bbox": [256, 208, 297, 217]}, {"cell": "4.42", "bbox": [326, 208, 340, 217]}, {"cell": "1.04, 7.80", "bbox": [380, 208, 411, 217]}, {"cell": "0.0052*", "bbox": [445, 208, 470, 217]}, {"cell": "Mental health", "bbox": [1, 220, 47, 229]}, {"cell": "[EMPTY_CELL]", "bbox": [97, 220, 134, 229]}, {"cell": "60.1 ± 20.3", "bbox": [150, 220, 188, 229]}, {"cell": "64.47 ± 0.98", "bbox": [202, 220, 244, 229]}, {"cell": "67.11 ± 0.98", "bbox": [256, 220, 297, 229]}, {"cell": "2.64", "bbox": [326, 220, 340, 229]}, {"cell": "-0.08, 5.37", "bbox": [379, 220, 412, 229]}, {"cell": "0.0287*", "bbox": [445, 220, 470, 229]}, {"cell": "Bodily pain", "bbox": [1, 232, 38, 241]}, {"cell": "[EMPTY_CELL]", "bbox": [97, 232, 134, 241]}, {"cell": "33.0 ± 14.0", "bbox": [150, 232, 188, 241]}, {"cell": "43.27 ± 1.06", "bbox": [202, 232, 244, 241]}, {"cell": "45.42 ± 1.06", "bbox": [256, 232, 297, 241]}, {"cell": "2.15", "bbox": [326, 232, 340, 241]}, {"cell": "-0.81, 5.10", "bbox": [379, 232, 412, 241]}, {"cell": "0.0770", "bbox": [446, 232, 469, 241]}, {"cell": "General health perception", "bbox": [1, 244, 87, 253]}, {"cell": "[EMPTY_CELL]", "bbox": [97, 244, 134, 253]}, {"cell": "41.4 ± 16.0", "bbox": [150, 244, 188, 253]}, {"cell": "44.82 ± 0.85", "bbox": [202, 244, 244, 253]}, {"cell": "46.65 ± 0.85", "bbox": [256, 244, 297, 253]}, {"cell": "1.83", "bbox": [326, 244, 340, 253]}, {"cell": "-0.54, 4.19", "bbox": [379, 244, 412, 253]}, {"cell": "0.0648", "bbox": [446, 244, 469, 253]}, {"cell": "Physical role limitations", "bbox": [1, 256, 78, 265]}, {"cell": "[EMPTY_CELL]", "bbox": [97, 256, 134, 265]}, {"cell": "52.7 ± 27.9", "bbox": [150, 256, 188, 265]}, {"cell": "60.90 ± 1.30", "bbox": [202, 256, 244, 265]}, {"cell": "62.58 ± 1.30", "bbox": [256, 256, 297, 265]}, {"cell": "1.68", "bbox": [326, 256, 340, 265]}, {"cell": "-1.93, 5.29", "bbox": [379, 256, 412, 265]}, {"cell": "0.1805", "bbox": [446, 256, 469, 265]}, {"cell": "Social functioning", "bbox": [1, 268, 60, 277]}, {"cell": "[EMPTY_CELL]", "bbox": [97, 268, 134, 277]}, {"cell": "61.9 ± 28.2", "bbox": [150, 268, 188, 277]}, {"cell": "68.51 ± 1.38", "bbox": [202, 268, 244, 277]}, {"cell": "70.10 ± 1.37", "bbox": [256, 268, 297, 277]}, {"cell": "1.59", "bbox": [326, 268, 340, 277]}, {"cell": "-2.23, 5.41", "bbox": [379, 268, 412, 277]}, {"cell": "0.2068", "bbox": [446, 268, 469, 277]}, {"cell": "Emotional role limitations", "bbox": [1, 280, 85, 289]}, {"cell": "[EMPTY_CELL]", "bbox": [97, 280, 134, 289]}, {"cell": "67.2 ± 27.2", "bbox": [150, 280, 188, 289]}, {"cell": "72.99 ± 1.36", "bbox": [202, 280, 244, 289]}, {"cell": "72.76 ± 1.35", "bbox": [256, 280, 297, 289]}, {"cell": "-0.23", "bbox": [324, 280, 341, 289]}, {"cell": "-4.00, 3.54", "bbox": [379, 280, 412, 289]}, {"cell": "0.5480", "bbox": [446, 280, 469, 289]}]}


[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": "

Demographics	[EMPTY_CELL]

[EMPTY_CELL]	149 (79.7)

[EMPTY_CELL]	54.9 (10.8)

[EMPTY_CELL]	137 (73.3)

[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	38 (20.3)

[EMPTY_CELL]	53.6 (20.8)

[EMPTY_CELL]	40.3 (11.9)

[EMPTY_CELL]	61.6 (19.1)

[EMPTY_CELL]	61.9 (14.9)

[EMPTY_CELL]	11.4 (4.8)

[EMPTY_CELL]	14.7 (6.2)

[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	40.5 (21.7)

[EMPTY_CELL]	42.8 (24.3)

[EMPTY_CELL]	36.1 (16.9)

[EMPTY_CELL]	40.4 (16.6)

[EMPTY_CELL]	39.0 (19.7)

[EMPTY_CELL]	57.2 (26.1)

[EMPTY_CELL]	54.1 (26.7)

[EMPTY_CELL]	56.8 (19.4)

[EMPTY_CELL]	33.8 (7.5)

[EMPTY_CELL]	40.5 (11.0)

[EMPTY_CELL]	1.49 (0.6)

[EMPTY_CELL]	28.3 (10.1)

", "cells": [{"cell": "Demographics", "bbox": [1, 4, 53, 13]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [1, 17, 46, 27]}, {"cell": "149 (79.7)", "bbox": [202, 17, 235, 27]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 31, 53, 41]}, {"cell": "54.9 (10.8)", "bbox": [202, 31, 236, 41]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 45, 55, 55]}, {"cell": "137 (73.3)", "bbox": [202, 45, 235, 55]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 59, 63, 69]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [1, 73, 90, 83]}, {"cell": "38 (20.3)", "bbox": [202, 73, 231, 83]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 87, 97, 97]}, {"cell": "53.6 (20.8)", "bbox": [202, 87, 236, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 101, 55, 111]}, {"cell": "40.3 (11.9)", "bbox": [202, 101, 236, 111]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 115, 172, 125]}, {"cell": "61.6 (19.1)", "bbox": [202, 115, 236, 125]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 129, 180, 139]}, {"cell": "61.9 (14.9)", "bbox": [202, 129, 236, 139]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 143, 102, 153]}, {"cell": "11.4 (4.8)", "bbox": [202, 143, 233, 153]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 157, 99, 167]}, {"cell": "14.7 (6.2)", "bbox": [202, 157, 233, 167]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 171, 45, 181]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [1, 185, 124, 195]}, {"cell": "40.5 (21.7)", "bbox": [202, 185, 236, 195]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 199, 101, 209]}, {"cell": "42.8 (24.3)", "bbox": [202, 199, 236, 209]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 213, 95, 223]}, {"cell": "36.1 (16.9)", "bbox": [202, 213, 236, 223]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 227, 106, 237]}, {"cell": "40.4 (16.6)", "bbox": [202, 227, 236, 237]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 241, 80, 251]}, {"cell": "39.0 (19.7)", "bbox": [202, 241, 236, 251]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 255, 117, 265]}, {"cell": "57.2 (26.1)", "bbox": [202, 255, 236, 265]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 269, 108, 279]}, {"cell": "54.1 (26.7)", "bbox": [202, 269, 236, 279]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 283, 104, 293]}, {"cell": "56.8 (19.4)", "bbox": [202, 283, 236, 293]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 297, 116, 307]}, {"cell": "33.8 (7.5)", "bbox": [202, 297, 233, 307]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 311, 113, 321]}, {"cell": "40.5 (11.0)", "bbox": [202, 311, 236, 321]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 325, 64, 335]}, {"cell": "1.49 (0.6)", "bbox": [202, 325, 233, 335]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 339, 84, 349]}, {"cell": "28.3 (10.1)", "bbox": [202, 339, 236, 349]}]}


[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": "

Characteristics	Patients with post-ERCP pancreatitis (N = 21 )	Patients without post-ERCP pancreatitis (N = 145)	P

Female	17	[EMPTY_CELL]	0.14

Male	4	[EMPTY_CELL]

Age (years)	48.3 ± 16.2	[EMPTY_CELL]	0.21

 <50 years	11	[EMPTY_CELL]	0.44

 >50 years	10	[EMPTY_CELL]

Ambulatory ERCP	10	[EMPTY_CELL]	0.51

Hospitalized ERCP	11	[EMPTY_CELL]

Dilated bile duct by imaging studies pre-ERCP	14	[EMPTY_CELL]	0.58

Without dilation bile duct by imaging studies pre-ERCP	7	[EMPTY_CELL]

Diameter of the bile duct by ERCP (mm)	9.0 ± 2.1	[EMPTY_CELL]	0.001

With previous cholecystectomy	13	[EMPTY_CELL]	0.12

Without previous cholecystectomy	8	[EMPTY_CELL]

Elevated pre-ERCP bilirubin	18	[EMPTY_CELL]	0.12

Normal pre-ERCP bilirubin	3	[EMPTY_CELL]

Number of attempts to cannulate the biliary tract	9.1 ± 2.7	[EMPTY_CELL]	0.02

Difficult cannulation	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 <8 attempts	5	[EMPTY_CELL]	0.005

 >8 attempts	16	[EMPTY_CELL]

Precut (access) sphincterotomy	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 Yes	17	[EMPTY_CELL]	0.01

 No	4	[EMPTY_CELL]

Biliary sphincterotomy	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 Yes	11	[EMPTY_CELL]	0.54

 No	10	[EMPTY_CELL]

Cannulation time of the bile duct (min)	8.7 ± 2.8	[EMPTY_CELL]	0.001

ERCP Length (min)	30.0 ± 3.7	[EMPTY_CELL]	0.001

Pancreatography	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 Yes	17	[EMPTY_CELL]	0.002

 No	4	[EMPTY_CELL]

Number of passes of the guide in the Wirsung duct.	2.3 ± 0.76	[EMPTY_CELL]	0.000

Number of injections into the Wirsung duct.	2.0 ± 0.72	[EMPTY_CELL]	0.001

Pancreatography extension	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 Partial	2	[EMPTY_CELL]	0.39

 Full	13	[EMPTY_CELL]

 Acinarization	2	[EMPTY_CELL]

 Serum amylase at 2 hours post-ERCP (U/L)	1163.5 ± 999.6	[EMPTY_CELL]	0.001

", "cells": [{"cell": "Characteristics", "bbox": [1, 4, 48, 13]}, {"cell": "Patients with post-ERCP pancreatitis (N = 21 )", "bbox": [219, 4, 297, 22]}, {"cell": "Patients without post-ERCP pancreatitis (N = 145)", "bbox": [337, 4, 426, 22]}, {"cell": "P", "bbox": [466, 4, 472, 13]}, {"cell": "Female", "bbox": [1, 26, 26, 36]}, {"cell": "17", "bbox": [219, 26, 229, 36]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 26, 347, 36]}, {"cell": "0.14", "bbox": [466, 26, 481, 36]}, {"cell": "Male", "bbox": [1, 40, 18, 50]}, {"cell": "4", "bbox": [219, 40, 225, 50]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 40, 347, 50]}, {"cell": "Age (years)", "bbox": [1, 54, 38, 64]}, {"cell": "48.3 ± 16.2", "bbox": [219, 54, 255, 64]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 54, 373, 64]}, {"cell": "0.21", "bbox": [466, 54, 481, 64]}, {"cell": " <50 years", "bbox": [8, 68, 41, 78]}, {"cell": "11", "bbox": [219, 68, 229, 78]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 68, 347, 78]}, {"cell": "0.44", "bbox": [466, 68, 481, 78]}, {"cell": " >50 years", "bbox": [8, 82, 41, 92]}, {"cell": "10", "bbox": [219, 82, 229, 92]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 82, 347, 92]}, {"cell": "Ambulatory ERCP", "bbox": [1, 96, 58, 106]}, {"cell": "10", "bbox": [219, 96, 229, 106]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 96, 347, 106]}, {"cell": "0.51", "bbox": [466, 96, 481, 106]}, {"cell": "Hospitalized ERCP", "bbox": [1, 110, 60, 120]}, {"cell": "11", "bbox": [219, 110, 229, 120]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 110, 347, 120]}, {"cell": "Dilated bile duct by imaging studies pre-ERCP", "bbox": [1, 124, 151, 134]}, {"cell": "14", "bbox": [219, 124, 229, 134]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 124, 351, 134]}, {"cell": "0.58", "bbox": [466, 124, 481, 134]}, {"cell": "Without dilation bile duct by imaging studies pre-ERCP", "bbox": [1, 138, 180, 148]}, {"cell": "7", "bbox": [219, 138, 225, 148]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 138, 347, 148]}, {"cell": "Diameter of the bile duct by ERCP (mm)", "bbox": [1, 152, 132, 162]}, {"cell": "9.0 ± 2.1", "bbox": [219, 152, 247, 162]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 152, 369, 162]}, {"cell": "0.001", "bbox": [466, 152, 484, 162]}, {"cell": "With previous cholecystectomy", "bbox": [1, 166, 103, 176]}, {"cell": "13", "bbox": [219, 166, 229, 176]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 166, 347, 176]}, {"cell": "0.12", "bbox": [466, 166, 481, 176]}, {"cell": "Without previous cholecystectomy", "bbox": [1, 180, 114, 190]}, {"cell": "8", "bbox": [219, 180, 225, 190]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 180, 347, 190]}, {"cell": "Elevated pre-ERCP bilirubin", "bbox": [1, 194, 89, 204]}, {"cell": "18", "bbox": [219, 194, 229, 204]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 194, 347, 204]}, {"cell": "0.12", "bbox": [466, 194, 481, 204]}, {"cell": "Normal pre-ERCP bilirubin", "bbox": [1, 208, 86, 218]}, {"cell": "3", "bbox": [219, 208, 225, 218]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 208, 347, 218]}, {"cell": "Number of attempts to cannulate the biliary tract", "bbox": [1, 222, 161, 232]}, {"cell": "9.1 ± 2.7", "bbox": [219, 222, 247, 232]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 222, 365, 232]}, {"cell": "0.02", "bbox": [466, 222, 481, 232]}, {"cell": "Difficult cannulation", "bbox": [1, 236, 67, 246]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " <8 attempts", "bbox": [8, 250, 50, 260]}, {"cell": "5", "bbox": [219, 250, 225, 260]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 250, 347, 260]}, {"cell": "0.005", "bbox": [466, 250, 484, 260]}, {"cell": " >8 attempts", "bbox": [8, 264, 50, 274]}, {"cell": "16", "bbox": [219, 264, 229, 274]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 264, 347, 274]}, {"cell": "Precut (access) sphincterotomy", "bbox": [1, 278, 102, 288]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " Yes", "bbox": [8, 292, 21, 302]}, {"cell": "17", "bbox": [219, 292, 229, 302]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 292, 347, 302]}, {"cell": "0.01", "bbox": [466, 292, 481, 302]}, {"cell": " No", "bbox": [8, 306, 20, 316]}, {"cell": "4", "bbox": [219, 306, 225, 316]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 306, 347, 316]}, {"cell": "Biliary sphincterotomy", "bbox": [1, 320, 74, 330]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " Yes", "bbox": [8, 334, 21, 344]}, {"cell": "11", "bbox": [219, 334, 229, 344]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 334, 347, 344]}, {"cell": "0.54", "bbox": [466, 334, 481, 344]}, {"cell": " No", "bbox": [8, 348, 20, 358]}, {"cell": "10", "bbox": [219, 348, 229, 358]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 348, 347, 358]}, {"cell": "Cannulation time of the bile duct (min)", "bbox": [1, 362, 129, 372]}, {"cell": "8.7 ± 2.8", "bbox": [219, 362, 247, 372]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 362, 365, 372]}, {"cell": "0.001", "bbox": [466, 362, 484, 372]}, {"cell": "ERCP Length (min)", "bbox": [1, 376, 63, 386]}, {"cell": "30.0 ± 3.7", "bbox": [219, 376, 251, 386]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 376, 369, 386]}, {"cell": "0.001", "bbox": [466, 376, 484, 386]}, {"cell": "Pancreatography", "bbox": [1, 390, 56, 400]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " Yes", "bbox": [8, 404, 21, 414]}, {"cell": "17", "bbox": [219, 404, 229, 414]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 404, 347, 414]}, {"cell": "0.002", "bbox": [466, 404, 484, 414]}, {"cell": " No", "bbox": [8, 418, 20, 428]}, {"cell": "4", "bbox": [219, 418, 225, 428]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 418, 347, 428]}, {"cell": "Number of passes of the guide in the Wirsung duct.", "bbox": [1, 432, 170, 442]}, {"cell": "2.3 ± 0.76", "bbox": [219, 432, 251, 442]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 432, 373, 442]}, {"cell": "0.000", "bbox": [466, 432, 484, 442]}, {"cell": "Number of injections into the Wirsung duct.", "bbox": [1, 446, 145, 456]}, {"cell": "2.0 ± 0.72", "bbox": [219, 446, 251, 456]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 446, 373, 456]}, {"cell": "0.001", "bbox": [466, 446, 484, 456]}, {"cell": "Pancreatography extension", "bbox": [1, 460, 90, 470]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " Partial", "bbox": [8, 474, 30, 484]}, {"cell": "2", "bbox": [219, 474, 225, 484]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 474, 343, 484]}, {"cell": "0.39", "bbox": [466, 474, 481, 484]}, {"cell": " Full", "bbox": [8, 488, 22, 498]}, {"cell": "13", "bbox": [219, 488, 229, 498]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 488, 347, 498]}, {"cell": " Acinarization", "bbox": [8, 502, 51, 512]}, {"cell": "2", "bbox": [219, 502, 225, 512]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 502, 343, 512]}, {"cell": " Serum amylase at 2 hours post-ERCP (U/L)", "bbox": [8, 516, 146, 526]}, {"cell": "1163.5 ± 999.6", "bbox": [219, 516, 266, 526]}, {"cell": "[EMPTY_CELL]", "bbox": [337, 516, 380, 526]}, {"cell": "0.001", "bbox": [466, 516, 484, 526]}]}


[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": "

Provisional taxon	Bayesian clustering (see Figure 1)	Phylogeny (see Figure 2)	Traditional species	General comments/notes

‘X. aff. lineola’	‘D’	‘Clade D-1’	[EMPTY_CELL]	Non-isidiate forms expressing the salazinic acid chemosyndrome, know from three specimens collected in montane habitats in Utah (Duchesne & Washington Counties), USA.

‘X. isidiomontana’*	‘D’	‘Clade D-2’	[EMPTY_CELL]	Lineage dominated by the chemically polymorphic (norstictic, salazinic, and stictic acid chemosyndromes), isidiate forms in continental habitats in the Intermountain Western USA, east to the western Dakotas, USA.

‘X. subcumberlandia’	‘E-1a’	‘Custer E-1a’	[EMPTY_CELL]	Non-isidiate forms expressing the stictic acid chemosyndrome, from continental habitats in the Intermountain Western USA.

‘X. utahensis’*	‘E-1b’	‘Clade E-1b’	[EMPTY_CELL]	Non-isidiate forms expressing the salazinic acid chemosyndrome, from continental habitats in the Intermountain Western USA.

‘X. wyomingica’	‘E-2a’, ‘E-2b’, ‘E-2c’	‘Clade E-2’	[EMPTY_CELL]	Morphologically variable forms, ranging from adnate saxicolous forms to semi-attached and completely vagrant terricolous forms. Saxicolous forms generally express the salazinic acid chemosyndrome, but vagrant forms are chemically polymorphic, producing salazinic, stictic, nortstic, and fatty acid chemosyndromes.

", "cells": [{"cell": "Provisional taxon", "bbox": [1, 36, 57, 48]}, {"cell": "Bayesian clustering (see Figure 1)", "bbox": [67, 14, 115, 48]}, {"cell": "Phylogeny (see Figure 2)", "bbox": [114, 25, 163, 48]}, {"cell": "Traditional species", "bbox": [165, 36, 225, 48]}, {"cell": "General comments/notes", "bbox": [281, 36, 361, 48]}, {"cell": "‘X. aff. lineola’", "bbox": [1, 59, 43, 70]}, {"cell": "‘D’", "bbox": [67, 59, 76, 70]}, {"cell": "‘Clade D-1’", "bbox": [113, 59, 148, 70]}, {"cell": "[EMPTY_CELL]", "bbox": [165, 59, 204, 70]}, {"cell": "Non-isidiate forms expressing the salazinic acid chemosyndrome, know from three specimens collected in montane habitats in Utah (Duchesne & Washington Counties), USA. ", "bbox": [281, 48, 493, 81]}, {"cell": "‘X. isidiomontana’*", "bbox": [1, 91, 56, 103]}, {"cell": "‘D’", "bbox": [67, 92, 76, 103]}, {"cell": "‘Clade D-2’", "bbox": [113, 92, 148, 103]}, {"cell": "[EMPTY_CELL]", "bbox": [165, 86, 272, 108]}, {"cell": "Lineage dominated by the chemically polymorphic (norstictic, salazinic, and stictic acid chemosyndromes), isidiate forms in continental habitats in the Intermountain Western USA, east to the western Dakotas, USA. ", "bbox": [281, 81, 499, 114]}, {"cell": "‘X. subcumberlandia’", "bbox": [1, 119, 63, 130]}, {"cell": "‘E-1a’", "bbox": [67, 119, 85, 130]}, {"cell": "‘Custer E-1a’", "bbox": [113, 119, 153, 130]}, {"cell": "[EMPTY_CELL]", "bbox": [165, 119, 224, 130]}, {"cell": "Non-isidiate forms expressing the stictic acid chemosyndrome, from continental habitats in the Intermountain Western USA.", "bbox": [281, 114, 478, 136]}, {"cell": "‘X. utahensis’*", "bbox": [1, 140, 43, 152]}, {"cell": "‘E-1b’", "bbox": [67, 141, 85, 152]}, {"cell": "‘Clade E-1b’", "bbox": [113, 141, 151, 152]}, {"cell": "[EMPTY_CELL]", "bbox": [165, 141, 225, 152]}, {"cell": "Non-isidiate forms expressing the salazinic acid chemosyndrome, from continental habitats in the Intermountain Western USA.", "bbox": [281, 136, 486, 158]}, {"cell": "‘X. wyomingica’", "bbox": [1, 185, 47, 196]}, {"cell": "‘E-2a’, ‘E-2b’, ‘E-2c’", "bbox": [67, 180, 107, 202]}, {"cell": "‘Clade E-2’", "bbox": [113, 185, 147, 196]}, {"cell": "[EMPTY_CELL]", "bbox": [165, 158, 276, 224]}, {"cell": "Morphologically variable forms, ranging from adnate saxicolous forms to semi-attached and completely vagrant terricolous forms. Saxicolous forms generally express the salazinic acid chemosyndrome, but vagrant forms are chemically polymorphic, producing salazinic, stictic, nortstic, and fatty acid chemosyndromes. ", "bbox": [281, 163, 496, 218]}]}


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

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

[Assistant]
{"html": "

Facilitators	Group with worse attitudesN (%)	Group with better attitudesN (%)	p

[EMPTY_CELL]	136 (97.1)	92 (97.9)	1.0a

[EMPTY_CELL]	139 (99.3)	90 (95.7)	0.16a

[EMPTY_CELL]	134 (95.7)	88 (93.6)	0.55a

[EMPTY_CELL]	136 (97.1)	92 (97.9)	1.0a

[EMPTY_CELL]	136 (97.1)	90 (95.7)	0.72a

[EMPTY_CELL]	136 (97.1)	90 (95.7)	0.72a

[EMPTY_CELL]	137 (97.9)	92 (97.9)	1.0a

[EMPTY_CELL]	115 (82.1)	77 (81.9)	0.96b

", "cells": [{"cell": "Facilitators", "bbox": [2, 14, 44, 24]}, {"cell": "Group with worse attitudesN (%)", "bbox": [245, 4, 301, 37]}, {"cell": "Group with better attitudesN (%)", "bbox": [363, 4, 419, 37]}, {"cell": "p", "bbox": [485, 10, 492, 26]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 38, 129, 48]}, {"cell": "136 (97.1)", "bbox": [256, 38, 290, 49]}, {"cell": "92 (97.9)", "bbox": [375, 38, 407, 49]}, {"cell": "1.0a", "bbox": [481, 36, 495, 48]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 51, 148, 62]}, {"cell": "139 (99.3)", "bbox": [255, 52, 291, 62]}, {"cell": "90 (95.7)", "bbox": [374, 52, 408, 62]}, {"cell": "0.16a", "bbox": [479, 49, 497, 62]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 64, 176, 75]}, {"cell": "134 (95.7)", "bbox": [255, 65, 291, 76]}, {"cell": "88 (93.6)", "bbox": [374, 65, 408, 76]}, {"cell": "0.55a", "bbox": [478, 62, 498, 75]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 77, 163, 88]}, {"cell": "136 (97.1)", "bbox": [256, 78, 290, 89]}, {"cell": "92 (97.9)", "bbox": [375, 78, 407, 89]}, {"cell": "1.0a", "bbox": [481, 76, 495, 88]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 91, 178, 101]}, {"cell": "136 (97.1)", "bbox": [256, 91, 290, 102]}, {"cell": "90 (95.7)", "bbox": [374, 91, 408, 102]}, {"cell": "0.72a", "bbox": [478, 89, 498, 101]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 104, 190, 115]}, {"cell": "136 (97.1)", "bbox": [256, 105, 290, 115]}, {"cell": "90 (95.7)", "bbox": [374, 105, 408, 115]}, {"cell": "0.72a", "bbox": [478, 102, 498, 115]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 117, 176, 128]}, {"cell": "137 (97.9)", "bbox": [256, 118, 291, 129]}, {"cell": "92 (97.9)", "bbox": [375, 118, 407, 129]}, {"cell": "1.0a", "bbox": [481, 115, 495, 128]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 130, 137, 141]}, {"cell": "115 (82.1)", "bbox": [256, 131, 290, 142]}, {"cell": "77 (81.9)", "bbox": [375, 131, 407, 142]}, {"cell": "0.96b", "bbox": [478, 129, 498, 141]}]}


[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	IDH n (%)	NO IDH n (%)	OR (CI)	P value

Obstructive nephropathy	13 (39.4)	20 (60.6)	[EMPTY_CELL]	0.004

Pre-dialysis Hypotension	1 (3.4)	29 (96.6)	[EMPTY_CELL]	0.040

Male	37 (20.6)	143 (79.4)	[EMPTY_CELL]	0.716

Female	27 (18.9)	99 (81.1)	[EMPTY_CELL]	[EMPTY_CELL]

Age >65years	15 (24.6)	49 (75.4)	[EMPTY_CELL]	0.302

AKI	22 (27.5)	80 (72.5)	[EMPTY_CELL]	0.712

CKD	60 (24.8)	242 (75.2)	[EMPTY_CELL]	[EMPTY_CELL]

HIVAN	5 (17.9)	23 (82.1)	[EMPTY_CELL]	0.779

Anaemia (PCV <20%)	12 (18.5)	53 (81.5)	[EMPTY_CELL]	0.759

Diabetes nephropathy	13 (22.4)	45 (77.6)	[EMPTY_CELL]	0.609

", "cells": [{"cell": "Variable", "bbox": [1, 3, 36, 13]}, {"cell": "IDH n (%)", "bbox": [106, 3, 133, 27]}, {"cell": "NO IDH n (%)", "bbox": [170, 3, 203, 27]}, {"cell": "OR (CI)", "bbox": [227, 10, 260, 20]}, {"cell": "P value", "bbox": [312, 10, 343, 20]}, {"cell": "Obstructive nephropathy", "bbox": [1, 32, 90, 42]}, {"cell": "13 (39.4)", "bbox": [106, 32, 141, 42]}, {"cell": "20 (60.6)", "bbox": [170, 32, 205, 42]}, {"cell": "[EMPTY_CELL]", "bbox": [227, 32, 289, 42]}, {"cell": "0.004", "bbox": [312, 32, 334, 42]}, {"cell": "Pre-dialysis Hypotension", "bbox": [1, 47, 88, 57]}, {"cell": "1 (3.4)", "bbox": [106, 47, 133, 57]}, {"cell": "29 (96.6)", "bbox": [170, 47, 205, 57]}, {"cell": "[EMPTY_CELL]", "bbox": [227, 47, 289, 57]}, {"cell": "0.040", "bbox": [312, 47, 334, 57]}, {"cell": "Male", "bbox": [1, 62, 19, 72]}, {"cell": "37 (20.6)", "bbox": [106, 62, 141, 72]}, {"cell": "143 (79.4)", "bbox": [170, 62, 209, 72]}, {"cell": "[EMPTY_CELL]", "bbox": [227, 62, 289, 72]}, {"cell": "0.716", "bbox": [312, 62, 334, 72]}, {"cell": "Female", "bbox": [1, 77, 28, 87]}, {"cell": "27 (18.9)", "bbox": [106, 77, 141, 87]}, {"cell": "99 (81.1)", "bbox": [170, 77, 205, 87]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Age >65years", "bbox": [1, 92, 52, 102]}, {"cell": "15 (24.6)", "bbox": [106, 92, 141, 102]}, {"cell": "49 (75.4)", "bbox": [170, 92, 205, 102]}, {"cell": "[EMPTY_CELL]", "bbox": [227, 92, 285, 102]}, {"cell": "0.302", "bbox": [312, 92, 334, 102]}, {"cell": "AKI", "bbox": [1, 107, 15, 117]}, {"cell": "22 (27.5)", "bbox": [106, 108, 141, 118]}, {"cell": "80 (72.5)", "bbox": [170, 108, 205, 118]}, {"cell": "[EMPTY_CELL]", "bbox": [227, 108, 289, 118]}, {"cell": "0.712", "bbox": [312, 108, 334, 118]}, {"cell": "CKD", "bbox": [1, 125, 17, 135]}, {"cell": "60 (24.8)", "bbox": [106, 125, 141, 135]}, {"cell": "242 (75.2)", "bbox": [170, 125, 209, 135]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "HIVAN", "bbox": [1, 140, 26, 150]}, {"cell": "5 (17.9)", "bbox": [106, 140, 137, 150]}, {"cell": "23 (82.1)", "bbox": [170, 140, 205, 150]}, {"cell": "[EMPTY_CELL]", "bbox": [227, 140, 289, 150]}, {"cell": "0.779", "bbox": [312, 140, 334, 150]}, {"cell": "Anaemia (PCV <20%)", "bbox": [1, 155, 80, 165]}, {"cell": "12 (18.5)", "bbox": [106, 155, 141, 165]}, {"cell": "53 (81.5)", "bbox": [170, 155, 205, 165]}, {"cell": "[EMPTY_CELL]", "bbox": [227, 155, 289, 165]}, {"cell": "0.759", "bbox": [312, 155, 334, 165]}, {"cell": "Diabetes nephropathy", "bbox": [1, 170, 80, 180]}, {"cell": "13 (22.4)", "bbox": [106, 170, 141, 180]}, {"cell": "45 (77.6)", "bbox": [170, 170, 205, 180]}, {"cell": "[EMPTY_CELL]", "bbox": [227, 170, 289, 180]}, {"cell": "0.609", "bbox": [312, 170, 334, 180]}]}


[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": "

Outcomes	Ever EC Use (n = 528)	Unstandardized Coefficient b a (95% CI)

No (%)	Yes (%)	Model 1	Model 2 b

Readier to quit c	[EMPTY_CELL]	24.6	0.77 (0.31 to 1.94)	0.84 (0.33 to 2.15)

Median daily cigarette consumption (IQR)	[EMPTY_CELL]	10 (6 to 20)	1.40 (−0.32 to 3.12)	1.43 (−0.30 to 3.16)

Perception on successful abstinence (mean ± SD) d,e	[EMPTY_CELL]

Importance	[EMPTY_CELL]	7.6 ± 1.9	0.14 (−0.36 to 0.64)	0.17 (−0.33 to 0.67)

Confidence	[EMPTY_CELL]	4.8 ± 2.5	−0.05 (−0.56 to 0.47)	−0.06 (−0.58 to 0.46)

Difficulties	[EMPTY_CELL]	7.8 ± 2.0	0.37 (−0.06 to 0.80)	0.40 (−0.03 to 0.84)

", "cells": [{"cell": "Outcomes", "bbox": [38, 11, 82, 21]}, {"cell": "Ever EC Use (n = 528)", "bbox": [137, 5, 227, 14]}, {"cell": "Unstandardized Coefficient b a (95% CI)", "bbox": [258, 3, 424, 14]}, {"cell": "No (%)", "bbox": [133, 21, 164, 30]}, {"cell": "Yes (%)", "bbox": [196, 21, 228, 30]}, {"cell": "Model 1", "bbox": [275, 21, 311, 30]}, {"cell": "Model 2 b", "bbox": [367, 19, 409, 31]}, {"cell": "Readier to quit c", "bbox": [27, 35, 93, 48]}, {"cell": "[EMPTY_CELL]", "bbox": [140, 37, 157, 48]}, {"cell": "24.6", "bbox": [203, 37, 221, 48]}, {"cell": "0.77 (0.31 to 1.94)", "bbox": [258, 37, 328, 48]}, {"cell": "0.84 (0.33 to 2.15)", "bbox": [354, 37, 423, 48]}, {"cell": "Median daily cigarette consumption (IQR)", "bbox": [15, 48, 106, 70]}, {"cell": "[EMPTY_CELL]", "bbox": [126, 54, 171, 65]}, {"cell": "10 (6 to 20)", "bbox": [189, 54, 234, 65]}, {"cell": "1.40 (−0.32 to 3.12)", "bbox": [255, 54, 332, 65]}, {"cell": "1.43 (−0.30 to 3.16)", "bbox": [350, 54, 427, 65]}, {"cell": "Perception on successful abstinence (mean ± SD) d,e", "bbox": [6, 75, 113, 97]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Importance", "bbox": [36, 97, 84, 108]}, {"cell": "[EMPTY_CELL]", "bbox": [130, 97, 167, 108]}, {"cell": "7.6 ± 1.9", "bbox": [194, 97, 230, 108]}, {"cell": "0.14 (−0.36 to 0.64)", "bbox": [255, 97, 332, 108]}, {"cell": "0.17 (−0.33 to 0.67)", "bbox": [350, 97, 427, 108]}, {"cell": "Confidence", "bbox": [37, 108, 84, 119]}, {"cell": "[EMPTY_CELL]", "bbox": [130, 108, 167, 119]}, {"cell": "4.8 ± 2.5", "bbox": [194, 108, 230, 119]}, {"cell": "−0.05 (−0.56 to 0.47)", "bbox": [251, 108, 335, 119]}, {"cell": "−0.06 (−0.58 to 0.46)", "bbox": [347, 108, 431, 119]}, {"cell": "Difficulties", "bbox": [37, 119, 83, 130]}, {"cell": "[EMPTY_CELL]", "bbox": [130, 119, 167, 130]}, {"cell": "7.8 ± 2.0", "bbox": [194, 119, 230, 130]}, {"cell": "0.37 (−0.06 to 0.80)", "bbox": [255, 119, 332, 130]}, {"cell": "0.40 (−0.03 to 0.84)", "bbox": [350, 119, 427, 130]}]}


[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": "

Criteria	Inclusion Criteria	Exclusion Criteria	Rationale

Population(s)	Patients with bladder/urothelial cell, lung, gastric, or ovarian cancer	[EMPTY_CELL]	Population criteria were designed to reflect cancer populations that are candidates for PD-L1 expression testing

Interventions/Comparators	Diagnostic tests targeting the PD-1/PD-L1 pathway	[EMPTY_CELL]	To survey the range of tests currently in use, all PD-L1 tests or studies looking at diagnostics used in PD-1/PD-L1 immunotherapy trials were considered

Outcomes	PD-L1 test-validation metrics.Information on PD-L1 test-scoring algorithms or cutoffs was also captured from those studies that reported on test performance	[EMPTY_CELL]	As the review aimed to evaluate how well different tests performed against validation criteria, studies reporting outcomes relating to validation metrics were prioritized. It was also considered important to capture data relating to the tests’ characteristics (scoring algorithms and test cutoffs) in order to determine the comparability of different tests

Time	Indexed databases: January 1 2010 to September 15, 2016)Grey literature: Three most recent meetings (January 2013 up to November 2016).	[EMPTY_CELL]	Date limits were applied to reflect the very recent/current nature of this field of research

Study Design	• Randomized trials• Observational studies• Diagnostic or clinical validation studies	[EMPTY_CELL]	Study design criteria reflected the nature of the studies reporting on test-validation metrics of PD-L1 tests for use in human population.

Other	PD-L1 tests required to be commercially available• English language only• Geographic emphasis on the US, EU5, and Japan	[EMPTY_CELL]	Commercially available tests were prioritized to ensure that review was relevant to current practice. The geographic emphasis reflects the countries in which PD-1/PD-L1 immunotherapies are currently licensed. Most evidence in this field is published in English so language limits were designed to reflect this.

", "cells": [{"cell": "Criteria", "bbox": [1, 4, 23, 13]}, {"cell": "Inclusion Criteria", "bbox": [48, 4, 100, 13]}, {"cell": "Exclusion Criteria", "bbox": [181, 4, 233, 13]}, {"cell": "Rationale", "bbox": [307, 4, 337, 13]}, {"cell": "Population(s)", "bbox": [1, 16, 42, 25]}, {"cell": "Patients with bladder/urothelial cell, lung, gastric, or ovarian cancer", "bbox": [48, 16, 176, 34]}, {"cell": "[EMPTY_CELL]", "bbox": [181, 16, 265, 51]}, {"cell": "Population criteria were designed to reflect cancer populations that are candidates for PD-L1 expression testing", "bbox": [307, 16, 440, 42]}, {"cell": "Interventions/Comparators", "bbox": [1, 55, 44, 73]}, {"cell": "Diagnostic tests targeting the PD-1/PD-L1 pathway", "bbox": [48, 55, 176, 73]}, {"cell": "[EMPTY_CELL]", "bbox": [181, 55, 194, 64]}, {"cell": "To survey the range of tests currently in use, all PD-L1 tests or studies looking at diagnostics used in PD-1/PD-L1 immunotherapy trials were considered", "bbox": [307, 55, 484, 81]}, {"cell": "Outcomes", "bbox": [1, 86, 33, 95]}, {"cell": "PD-L1 test-validation metrics.Information on PD-L1 test-scoring algorithms or cutoffs was also captured from those studies that reported on test performance", "bbox": [48, 86, 153, 129]}, {"cell": "[EMPTY_CELL]", "bbox": [181, 86, 268, 112]}, {"cell": "As the review aimed to evaluate how well different tests performed against validation criteria, studies reporting outcomes relating to validation metrics were prioritized. It was also considered important to capture data relating to the tests’ characteristics (scoring algorithms and test cutoffs) in order to determine the comparability of different tests", "bbox": [307, 86, 484, 146]}, {"cell": "Time", "bbox": [1, 150, 17, 159]}, {"cell": "Indexed databases: January 1 2010 to September 15, 2016)Grey literature: Three most recent meetings (January 2013 up to November 2016).", "bbox": [48, 150, 155, 193]}, {"cell": "[EMPTY_CELL]", "bbox": [181, 150, 286, 168]}, {"cell": "Date limits were applied to reflect the very recent/current nature of this field of research", "bbox": [307, 150, 484, 168]}, {"cell": "Study Design", "bbox": [1, 198, 42, 207]}, {"cell": "• Randomized trials• Observational studies• Diagnostic or clinical validation studies", "bbox": [48, 198, 148, 232]}, {"cell": "[EMPTY_CELL]", "bbox": [181, 198, 231, 224]}, {"cell": "Study design criteria reflected the nature of the studies reporting on test-validation metrics of PD-L1 tests for use in human population.", "bbox": [307, 198, 483, 224]}, {"cell": "Other", "bbox": [1, 237, 20, 246]}, {"cell": "PD-L1 tests required to be commercially available• English language only• Geographic emphasis on the US, EU5, and Japan", "bbox": [48, 237, 142, 280]}, {"cell": "[EMPTY_CELL]", "bbox": [181, 237, 303, 280]}, {"cell": "Commercially available tests were prioritized to ensure that review was relevant to current practice. The geographic emphasis reflects the countries in which PD-1/PD-L1 immunotherapies are currently licensed. Most evidence in this field is published in English so language limits were designed to reflect this.", "bbox": [307, 237, 484, 288]}]}


[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": "

Reducedform No.a	Bravais lattice	Count	% Total

1	Cubic	F	165	[EMPTY_CELL]

2	Rhombohedral	R	324	[EMPTY_CELL]

3	Cubic P	P	544	[EMPTY_CELL]

4	Rhombohedral	R	441	[EMPTY_CELL]

5	Cubic	I	137	[EMPTY_CELL]

6	Tetragonal	I	123	[EMPTY_CELL]

7	Tetragonal	I	231	[EMPTY_CELL]

8	Orthorhombic	I	28	[EMPTY_CELL]

9	Rhombohedral	R	281	[EMPTY_CELL]

10	Monoclinic	C/I	2151	[EMPTY_CELL]

11	Tetragonal	P	1499	[EMPTY_CELL]

12	Hexagonal	P	921	[EMPTY_CELL]

13	Orthorhombic	C	737	[EMPTY_CELL]

14	Monoclinic	C/I	1277	[EMPTY_CELL]

15	Tetragonal	I	304	[EMPTY_CELL]

16	Orthorhombic	F	265	[EMPTY_CELL]

17	Monoclinic	I/C	765	[EMPTY_CELL]

18	Tetragonal	I	504	[EMPTY_CELL]

19	Orthorhombic	I	188	[EMPTY_CELL]

20	Monoclinic	C/I	667	[EMPTY_CELL]

21	Tetragonal	P	1154	[EMPTY_CELL]

22	Hexagonal	P	801	[EMPTY_CELL]

23	Orthorhombic	C	327	[EMPTY_CELL]

24	Rhombohedral	R	351	[EMPTY_CELL]

25	Monoclinic	C/I	398	[EMPTY_CELL]

26	Orthorhombic	F	386	[EMPTY_CELL]

27	Monoclinic	I/C	2350	[EMPTY_CELL]

28	Monoclinic	C	110	[EMPTY_CELL]

29	Monoclinic	C	436	[EMPTY_CELL]

30	Monoclinic	C	141	[EMPTY_CELL]

31	Triclinic	P	13959	[EMPTY_CELL]

32	Orthorhombic	P	27154	[EMPTY_CELL]

33	Monoclinic	P	15937	[EMPTY_CELL]

34	Monoclinic	P	20554	[EMPTY_CELL]

35	Monoclinic	P	20048	[EMPTY_CELL]

36	Orthorhombic	C	237	[EMPTY_CELL]

37	Monoclinic	C/I	1201	[EMPTY_CELL]

38	Orthorhombic	C	442	[EMPTY_CELL]

39	Monoclinic	C/I	2718	[EMPTY_CELL]

40	Orthorhombic	C	232	[EMPTY_CELL]

41	Monoclinic	C/I	393	[EMPTY_CELL]

42	Orthorhombic	I	136	[EMPTY_CELL]

43	Monoclinic	I	138	[EMPTY_CELL]

44	Triclinic	P	12458	[EMPTY_CELL]

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