[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": "

Reference No.	Name ofDataset	MSA-GA	MSA-GAw/prealign	ClUSTAL W	 VDGA_ Decomp_2	 VDGA_Decomp_3	 VDGA_Decomp_4

[EMPTY_CELL]	1idy	0.427	0.438	0.500	0.550	0.651	0.654

[EMPTY_CELL]	1tvxA	0.295	0.209	0.042	0.316	0.316	0.310

[EMPTY_CELL]	1uky	0.443	0.405	0.392	0.416	0.459	0.464

[EMPTY_CELL]	Kinase	0.295	0.488	0.479	0.531	0.545	0.548

[EMPTY_CELL]	1ped	0.501	0.687	0.592	0.443	0.482	0.451

[EMPTY_CELL]	2myr	0.212	0.302	0.296	0.347	0.359	0.282

[EMPTY_CELL]	1ycc	0.650	0.653	0.643	0.752	0.839	0.685

[EMPTY_CELL]	3cyr	0.772	0.789	0.767	0.797	0.898	0.797

[EMPTY_CELL]	1ad2	0.821	0.845	0.773	0.959	0.950	0.941

[EMPTY_CELL]	1ldg	0.895	0.922	0.880	0.914	0.946	0.903

[EMPTY_CELL]	1fieA	0.843	0.942	0.932	0.926	0.960	0.927

[EMPTY_CELL]	1sesA	0.620	0.913	0.913	0.917	0.962	0.923

[EMPTY_CELL]	1krn	0.908	0.895	0.895	0.942	0.960	0.892

[EMPTY_CELL]	2fxb	0.941	0.985	0.985	0.978	0.978	0.978

[EMPTY_CELL]	1amk	0.965	0.959	0.945	0.982	0.984	0.982

[EMPTY_CELL]	1ar5A	0.812	0.946	0.946	0.942	0.968	0.954

[EMPTY_CELL]	1gpb	0.868	0.948	0.947	0.976	0.984	0.983

[EMPTY_CELL]	1taq	0.525	0.826	0.826	0.938	0.959	0.944

[EMPTY_CELL]	2pia	0.761	0.768	0.766	0.847	0.850	0.839

[EMPTY_CELL]	1pamA	0.755	0.758	0.757	0.857	0.863	0.853

[EMPTY_CELL]	Kinase	0.58	0.619	0.619	0.870	0.890	0.887

[EMPTY_CELL]	1pamA	0.703	0.744	0.743	0.853	0.788	0.792

[EMPTY_CELL]	1dynA	0.038	0.034	0.000	0.029	0.033	0.031

[EMPTY_CELL]	Kinase2	0.71	0.635	0.630	0.330	0.542	0.478

[EMPTY_CELL]	2cba	0.422	0.621	0.628	0.839	0.835	0.846

[EMPTY_CELL]	S51	0.528	0.73	0.75	0.650	0.743	0.756

[EMPTY_CELL]	0.627	0.695	0.679	0.727	0.744	0.735

", "cells": [{"cell": "Reference No.", "bbox": [5, 4, 55, 13]}, {"cell": "Name ofDataset", "bbox": [68, 4, 100, 22]}, {"cell": "MSA-GA", "bbox": [113, 4, 143, 13]}, {"cell": "MSA-GAw/prealign", "bbox": [156, 4, 195, 22]}, {"cell": "ClUSTAL W", "bbox": [208, 4, 248, 13]}, {"cell": " VDGA_ Decomp_2", "bbox": [261, 4, 327, 13]}, {"cell": " VDGA_Decomp_3", "bbox": [340, 4, 404, 13]}, {"cell": " VDGA_Decomp_4", "bbox": [417, 4, 480, 13]}, {"cell": "[EMPTY_CELL]", "bbox": [20, 26, 40, 36]}, {"cell": "1idy", "bbox": [76, 26, 92, 36]}, {"cell": "0.427", "bbox": [119, 26, 137, 36]}, {"cell": "0.438", "bbox": [166, 26, 185, 36]}, {"cell": "0.500", "bbox": [219, 26, 238, 36]}, {"cell": "0.550", "bbox": [285, 26, 304, 36]}, {"cell": "0.651", "bbox": [363, 26, 381, 36]}, {"cell": "0.654", "bbox": [438, 26, 459, 36]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1tvxA", "bbox": [74, 39, 94, 49]}, {"cell": "0.295", "bbox": [119, 39, 137, 49]}, {"cell": "0.209", "bbox": [166, 39, 185, 49]}, {"cell": "0.042", "bbox": [219, 39, 238, 49]}, {"cell": "0.316", "bbox": [284, 39, 305, 49]}, {"cell": "0.316", "bbox": [363, 39, 381, 49]}, {"cell": "0.310", "bbox": [439, 39, 458, 49]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1uky", "bbox": [76, 53, 92, 62]}, {"cell": "0.443", "bbox": [119, 53, 137, 62]}, {"cell": "0.405", "bbox": [166, 53, 185, 62]}, {"cell": "0.392", "bbox": [219, 53, 238, 62]}, {"cell": "0.416", "bbox": [285, 53, 304, 62]}, {"cell": "0.459", "bbox": [363, 53, 381, 62]}, {"cell": "0.464", "bbox": [438, 53, 459, 62]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Kinase", "bbox": [73, 66, 95, 75]}, {"cell": "0.295", "bbox": [119, 66, 137, 75]}, {"cell": "0.488", "bbox": [166, 66, 185, 75]}, {"cell": "0.479", "bbox": [219, 66, 238, 75]}, {"cell": "0.531", "bbox": [285, 66, 304, 75]}, {"cell": "0.545", "bbox": [363, 66, 381, 75]}, {"cell": "0.548", "bbox": [438, 66, 459, 75]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1ped", "bbox": [75, 79, 93, 88]}, {"cell": "0.501", "bbox": [119, 79, 137, 88]}, {"cell": "0.687", "bbox": [165, 79, 186, 88]}, {"cell": "0.592", "bbox": [219, 79, 238, 88]}, {"cell": "0.443", "bbox": [285, 79, 304, 88]}, {"cell": "0.482", "bbox": [363, 79, 381, 88]}, {"cell": "0.451", "bbox": [439, 79, 458, 88]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "2myr", "bbox": [75, 92, 93, 102]}, {"cell": "0.212", "bbox": [119, 92, 137, 102]}, {"cell": "0.302", "bbox": [166, 92, 185, 102]}, {"cell": "0.296", "bbox": [219, 92, 238, 102]}, {"cell": "0.347", "bbox": [285, 92, 304, 102]}, {"cell": "0.359", "bbox": [362, 92, 382, 102]}, {"cell": "0.282", "bbox": [439, 92, 458, 102]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1ycc", "bbox": [76, 105, 92, 115]}, {"cell": "0.650", "bbox": [119, 105, 137, 115]}, {"cell": "0.653", "bbox": [166, 105, 185, 115]}, {"cell": "0.643", "bbox": [219, 105, 238, 115]}, {"cell": "0.752", "bbox": [285, 105, 304, 115]}, {"cell": "0.839", "bbox": [362, 105, 382, 115]}, {"cell": "0.685", "bbox": [439, 105, 458, 115]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "3cyr", "bbox": [76, 119, 92, 128]}, {"cell": "0.772", "bbox": [119, 119, 137, 128]}, {"cell": "0.789", "bbox": [166, 119, 185, 128]}, {"cell": "0.767", "bbox": [219, 119, 238, 128]}, {"cell": "0.797", "bbox": [285, 119, 304, 128]}, {"cell": "0.898", "bbox": [362, 119, 382, 128]}, {"cell": "0.797", "bbox": [439, 119, 458, 128]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1ad2", "bbox": [75, 132, 93, 141]}, {"cell": "0.821", "bbox": [119, 132, 137, 141]}, {"cell": "0.845", "bbox": [166, 132, 185, 141]}, {"cell": "0.773", "bbox": [219, 132, 238, 141]}, {"cell": "0.959", "bbox": [284, 132, 305, 141]}, {"cell": "0.950", "bbox": [363, 132, 381, 141]}, {"cell": "0.941", "bbox": [439, 132, 458, 141]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1ldg", "bbox": [76, 145, 92, 154]}, {"cell": "0.895", "bbox": [119, 145, 137, 154]}, {"cell": "0.922", "bbox": [165, 145, 186, 154]}, {"cell": "0.880", "bbox": [219, 145, 238, 154]}, {"cell": "0.914", "bbox": [285, 145, 304, 154]}, {"cell": "0.946", "bbox": [363, 145, 381, 154]}, {"cell": "0.903", "bbox": [439, 145, 458, 154]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1fieA", "bbox": [75, 158, 93, 168]}, {"cell": "0.843", "bbox": [119, 158, 137, 168]}, {"cell": "0.942", "bbox": [165, 158, 186, 168]}, {"cell": "0.932", "bbox": [219, 158, 238, 168]}, {"cell": "0.926", "bbox": [285, 158, 304, 168]}, {"cell": "0.960", "bbox": [363, 158, 381, 168]}, {"cell": "0.927", "bbox": [439, 158, 458, 168]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1sesA", "bbox": [74, 171, 94, 181]}, {"cell": "0.620", "bbox": [119, 171, 137, 181]}, {"cell": "0.913", "bbox": [166, 171, 185, 181]}, {"cell": "0.913", "bbox": [219, 171, 238, 181]}, {"cell": "0.917", "bbox": [285, 171, 304, 181]}, {"cell": "0.962", "bbox": [362, 171, 382, 181]}, {"cell": "0.923", "bbox": [439, 171, 458, 181]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1krn", "bbox": [76, 185, 92, 194]}, {"cell": "0.908", "bbox": [119, 185, 137, 194]}, {"cell": "0.895", "bbox": [166, 185, 185, 194]}, {"cell": "0.895", "bbox": [219, 185, 238, 194]}, {"cell": "0.942", "bbox": [285, 185, 304, 194]}, {"cell": "0.960", "bbox": [362, 185, 382, 194]}, {"cell": "0.892", "bbox": [439, 185, 458, 194]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "2fxb", "bbox": [76, 198, 92, 207]}, {"cell": "0.941", "bbox": [119, 198, 137, 207]}, {"cell": "0.985", "bbox": [165, 198, 186, 207]}, {"cell": "0.985", "bbox": [218, 198, 239, 207]}, {"cell": "0.978", "bbox": [285, 198, 304, 207]}, {"cell": "0.978", "bbox": [363, 198, 381, 207]}, {"cell": "0.978", "bbox": [439, 198, 458, 207]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1amk", "bbox": [74, 211, 94, 220]}, {"cell": "0.965", "bbox": [119, 211, 137, 220]}, {"cell": "0.959", "bbox": [166, 211, 185, 220]}, {"cell": "0.945", "bbox": [219, 211, 238, 220]}, {"cell": "0.982", "bbox": [285, 211, 304, 220]}, {"cell": "0.984", "bbox": [362, 211, 382, 220]}, {"cell": "0.982", "bbox": [439, 211, 458, 220]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1ar5A", "bbox": [74, 224, 94, 234]}, {"cell": "0.812", "bbox": [119, 224, 137, 234]}, {"cell": "0.946", "bbox": [166, 224, 185, 234]}, {"cell": "0.946", "bbox": [219, 224, 238, 234]}, {"cell": "0.942", "bbox": [285, 224, 304, 234]}, {"cell": "0.968", "bbox": [363, 224, 381, 234]}, {"cell": "0.954", "bbox": [438, 224, 459, 234]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1gpb", "bbox": [75, 237, 93, 247]}, {"cell": "0.868", "bbox": [119, 237, 137, 247]}, {"cell": "0.948", "bbox": [166, 237, 185, 247]}, {"cell": "0.947", "bbox": [219, 237, 238, 247]}, {"cell": "0.976", "bbox": [285, 237, 304, 247]}, {"cell": "0.984", "bbox": [362, 237, 382, 247]}, {"cell": "0.983", "bbox": [439, 237, 458, 247]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1taq", "bbox": [76, 251, 92, 260]}, {"cell": "0.525", "bbox": [119, 251, 137, 260]}, {"cell": "0.826", "bbox": [166, 251, 185, 260]}, {"cell": "0.826", "bbox": [219, 251, 238, 260]}, {"cell": "0.938", "bbox": [285, 251, 304, 260]}, {"cell": "0.959", "bbox": [362, 251, 382, 260]}, {"cell": "0.944", "bbox": [439, 251, 458, 260]}, {"cell": "[EMPTY_CELL]", "bbox": [20, 264, 40, 273]}, {"cell": "2pia", "bbox": [76, 264, 92, 273]}, {"cell": "0.761", "bbox": [119, 264, 137, 273]}, {"cell": "0.768", "bbox": [166, 264, 185, 273]}, {"cell": "0.766", "bbox": [219, 264, 238, 273]}, {"cell": "0.847", "bbox": [285, 264, 304, 273]}, {"cell": "0.850", "bbox": [362, 264, 382, 273]}, {"cell": "0.839", "bbox": [439, 264, 458, 273]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1pamA", "bbox": [72, 277, 96, 286]}, {"cell": "0.755", "bbox": [119, 277, 137, 286]}, {"cell": "0.758", "bbox": [166, 277, 185, 286]}, {"cell": "0.757", "bbox": [219, 277, 238, 286]}, {"cell": "0.857", "bbox": [285, 277, 304, 286]}, {"cell": "0.863", "bbox": [362, 277, 382, 286]}, {"cell": "0.853", "bbox": [439, 277, 458, 286]}, {"cell": "[EMPTY_CELL]", "bbox": [20, 290, 40, 300]}, {"cell": "Kinase", "bbox": [73, 290, 95, 300]}, {"cell": "0.58", "bbox": [121, 290, 135, 300]}, {"cell": "0.619", "bbox": [166, 290, 185, 300]}, {"cell": "0.619", "bbox": [219, 290, 238, 300]}, {"cell": "0.870", "bbox": [285, 290, 304, 300]}, {"cell": "0.890", "bbox": [362, 290, 382, 300]}, {"cell": "0.887", "bbox": [439, 290, 458, 300]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "1pamA", "bbox": [72, 303, 96, 313]}, {"cell": "0.703", "bbox": [119, 303, 137, 313]}, {"cell": "0.744", "bbox": [166, 303, 185, 313]}, {"cell": "0.743", "bbox": [219, 303, 238, 313]}, {"cell": "0.853", "bbox": [284, 303, 305, 313]}, {"cell": "0.788", "bbox": [363, 303, 381, 313]}, {"cell": "0.792", "bbox": [439, 303, 458, 313]}, {"cell": "[EMPTY_CELL]", "bbox": [20, 316, 40, 326]}, {"cell": "1dynA", "bbox": [73, 316, 95, 326]}, {"cell": "0.038", "bbox": [118, 316, 138, 326]}, {"cell": "0.034", "bbox": [166, 316, 185, 326]}, {"cell": "0.000", "bbox": [219, 316, 238, 326]}, {"cell": "0.029", "bbox": [285, 316, 304, 326]}, {"cell": "0.033", "bbox": [363, 316, 381, 326]}, {"cell": "0.031", "bbox": [439, 316, 458, 326]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Kinase2", "bbox": [71, 330, 97, 339]}, {"cell": "0.71", "bbox": [120, 330, 136, 339]}, {"cell": "0.635", "bbox": [166, 330, 185, 339]}, {"cell": "0.630", "bbox": [219, 330, 238, 339]}, {"cell": "0.330", "bbox": [285, 330, 304, 339]}, {"cell": "0.542", "bbox": [363, 330, 381, 339]}, {"cell": "0.478", "bbox": [439, 330, 458, 339]}, {"cell": "[EMPTY_CELL]", "bbox": [20, 343, 40, 352]}, {"cell": "2cba", "bbox": [75, 343, 93, 352]}, {"cell": "0.422", "bbox": [119, 343, 137, 352]}, {"cell": "0.621", "bbox": [166, 343, 185, 352]}, {"cell": "0.628", "bbox": [219, 343, 238, 352]}, {"cell": "0.839", "bbox": [285, 343, 304, 352]}, {"cell": "0.835", "bbox": [363, 343, 381, 352]}, {"cell": "0.846", "bbox": [438, 343, 459, 352]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "S51", "bbox": [77, 356, 91, 366]}, {"cell": "0.528", "bbox": [119, 356, 137, 366]}, {"cell": "0.73", "bbox": [168, 356, 183, 366]}, {"cell": "0.75", "bbox": [221, 356, 236, 366]}, {"cell": "0.650", "bbox": [285, 356, 304, 366]}, {"cell": "0.743", "bbox": [363, 356, 381, 366]}, {"cell": "0.756", "bbox": [438, 356, 459, 366]}, {"cell": "[EMPTY_CELL]", "bbox": [28, 369, 76, 379]}, {"cell": "0.627", "bbox": [119, 369, 137, 379]}, {"cell": "0.695", "bbox": [166, 369, 185, 379]}, {"cell": "0.679", "bbox": [219, 369, 238, 379]}, {"cell": "0.727", "bbox": [285, 369, 304, 379]}, {"cell": "0.744", "bbox": [362, 369, 382, 379]}, {"cell": "0.735", "bbox": [439, 369, 458, 379]}]}


[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": "

Author (Year)	Classen (2013) [20]	Schover (2012) [30]	Schover (2013) [31]	Wootten (2014) [32]

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	RCT	RCT	RCT	RCT

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Y	N	N	N

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Cronbach’s α were reported	Cronbach’s α were reported	Cronbach’s α were reported

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	IIEF: validated in 32 languagesFSFI: reported convergent and discriminant validityBSI-18: incremental validityA-DAS: discriminant validity	FSFI: reported convergent and discriminantMSIQ: construct validityBSI-18: incremental validityQLACS: convergent validity	IIEF: validated in 32 languagesDASS-21: convergent validityKMS & DSC: discriminant validity

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Y	Y	Y	Y

[EMPTY_CELL]	Y	Y	Y	Y

", "cells": [{"cell": "Author (Year)", "bbox": [1, 4, 45, 13]}, {"cell": "Classen (2013) [20]", "bbox": [128, 4, 164, 22]}, {"cell": "Schover (2012) [30]", "bbox": [240, 4, 276, 22]}, {"cell": "Schover (2013) [31]", "bbox": [311, 4, 346, 22]}, {"cell": "Wootten (2014) [32]", "bbox": [403, 4, 439, 22]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 26, 104, 45]}, {"cell": "Y", "bbox": [128, 26, 134, 36]}, {"cell": "Y", "bbox": [240, 26, 246, 36]}, {"cell": "Y", "bbox": [311, 26, 317, 36]}, {"cell": "Y", "bbox": [404, 26, 410, 36]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 49, 115, 77]}, {"cell": "Y", "bbox": [128, 49, 134, 59]}, {"cell": "Y", "bbox": [240, 49, 246, 59]}, {"cell": "Y", "bbox": [311, 49, 317, 59]}, {"cell": "Y", "bbox": [404, 49, 410, 59]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 81, 25, 91]}, {"cell": "RCT", "bbox": [128, 81, 142, 91]}, {"cell": "RCT", "bbox": [240, 81, 255, 91]}, {"cell": "RCT", "bbox": [311, 81, 325, 91]}, {"cell": "RCT", "bbox": [404, 81, 418, 91]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 95, 118, 114]}, {"cell": "Y", "bbox": [128, 95, 134, 105]}, {"cell": "Y", "bbox": [240, 95, 246, 105]}, {"cell": "Y", "bbox": [311, 95, 317, 105]}, {"cell": "Y", "bbox": [404, 95, 410, 105]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 118, 85, 137]}, {"cell": "Y", "bbox": [128, 118, 134, 128]}, {"cell": "N", "bbox": [240, 118, 248, 128]}, {"cell": "N", "bbox": [311, 118, 318, 128]}, {"cell": "N", "bbox": [404, 118, 411, 128]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 141, 124, 160]}, {"cell": "Y", "bbox": [128, 141, 134, 151]}, {"cell": "Y", "bbox": [240, 141, 246, 151]}, {"cell": "Y", "bbox": [311, 141, 317, 151]}, {"cell": "Y", "bbox": [404, 141, 410, 151]}, {"cell": "[EMPTY_CELL]", "bbox": [128, 155, 220, 165]}, {"cell": "Cronbach’s α were reported", "bbox": [240, 155, 288, 174]}, {"cell": "Cronbach’s α were reported", "bbox": [311, 155, 358, 174]}, {"cell": "Cronbach’s α were reported", "bbox": [403, 155, 451, 174]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 178, 121, 206]}, {"cell": "Y", "bbox": [128, 178, 134, 188]}, {"cell": "Y", "bbox": [240, 178, 246, 188]}, {"cell": "Y", "bbox": [311, 178, 317, 188]}, {"cell": "Y", "bbox": [403, 178, 409, 188]}, {"cell": "[EMPTY_CELL]", "bbox": [128, 192, 236, 211]}, {"cell": "IIEF: validated in 32 languagesFSFI: reported convergent and discriminant validityBSI-18: incremental validityA-DAS: discriminant validity", "bbox": [240, 192, 306, 274]}, {"cell": "FSFI: reported convergent and discriminantMSIQ: construct validityBSI-18: incremental validityQLACS: convergent validity", "bbox": [311, 192, 399, 238]}, {"cell": "IIEF: validated in 32 languagesDASS-21: convergent validityKMS & DSC: discriminant validity", "bbox": [403, 192, 484, 247]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 278, 120, 297]}, {"cell": "Y", "bbox": [128, 278, 134, 288]}, {"cell": "Y", "bbox": [240, 278, 246, 288]}, {"cell": "Y", "bbox": [311, 278, 317, 288]}, {"cell": "Y", "bbox": [403, 278, 409, 288]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 301, 118, 329]}, {"cell": "Y", "bbox": [128, 301, 134, 311]}, {"cell": "Y", "bbox": [240, 301, 246, 311]}, {"cell": "Y", "bbox": [311, 301, 317, 311]}, {"cell": "Y", "bbox": [403, 301, 409, 311]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 333, 95, 352]}, {"cell": "Y", "bbox": [128, 333, 134, 343]}, {"cell": "Y", "bbox": [240, 333, 246, 343]}, {"cell": "Y", "bbox": [311, 333, 317, 343]}, {"cell": "Y", "bbox": [403, 333, 409, 343]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 356, 110, 384]}, {"cell": "Y", "bbox": [128, 356, 134, 366]}, {"cell": "Y", "bbox": [240, 356, 246, 366]}, {"cell": "Y", "bbox": [311, 356, 317, 366]}, {"cell": "Y", "bbox": [403, 356, 409, 366]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 388, 93, 416]}, {"cell": "Y", "bbox": [128, 388, 134, 398]}, {"cell": "Y", "bbox": [240, 388, 246, 398]}, {"cell": "Y", "bbox": [311, 388, 317, 398]}, {"cell": "Y", "bbox": [403, 388, 409, 398]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 420, 111, 439]}, {"cell": "Y", "bbox": [128, 420, 134, 430]}, {"cell": "Y", "bbox": [240, 420, 246, 430]}, {"cell": "Y", "bbox": [311, 420, 317, 430]}, {"cell": "Y", "bbox": [403, 420, 409, 430]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 443, 86, 462]}, {"cell": "Y", "bbox": [128, 443, 134, 453]}, {"cell": "Y", "bbox": [240, 443, 246, 453]}, {"cell": "Y", "bbox": [311, 443, 317, 453]}, {"cell": "Y", "bbox": [403, 443, 409, 453]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 466, 118, 494]}, {"cell": "Y", "bbox": [128, 466, 134, 476]}, {"cell": "Y", "bbox": [240, 466, 246, 476]}, {"cell": "Y", "bbox": [311, 466, 317, 476]}, {"cell": "Y", "bbox": [403, 466, 409, 476]}]}

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": "

Parameters	Meaning	Prior distribution	References and/or explanation

T	[EMPTY_CELL]	1 to 2,500	Between 0 and 65,000 years (estimation of the spread of modern humans in East Asia [5]), each generation representing 25 years

A	[EMPTY_CELL]	10 to 50	Numbers of HLA−A, −B and −DRB1 lineages vary between 10 and 40 in East Asian samples (from data listed in Additional file 1: Table S1)

N	[EMPTY_CELL]	0 to 5,000	According to the estimation of hunter-gatherer densities at the end of Paleolithic (0-0.4 individuals per km2 [18]

m	[EMPTY_CELL]	0.01 to 0.20	Between 1 % and 20 % of emigration per generation [18]

r	[EMPTY_CELL]	0.01 to 0.20	According to the estimation of growth rate for Paleolithic populations [18]

s	[EMPTY_CELL]	0 to 0.025	Selection rate higher than 2.5 % was tested by preliminary simulations but it never lead to the reproduction of observed data [40–42]

", "cells": [{"cell": "Parameters", "bbox": [1, 4, 36, 13]}, {"cell": "Meaning", "bbox": [45, 4, 75, 13]}, {"cell": "Prior distribution", "bbox": [194, 4, 249, 13]}, {"cell": "References and/or explanation", "bbox": [258, 4, 358, 13]}, {"cell": "T", "bbox": [1, 17, 6, 25]}, {"cell": "[EMPTY_CELL]", "bbox": [45, 17, 178, 36]}, {"cell": "1 to 2,500", "bbox": [194, 17, 228, 27]}, {"cell": "Between 0 and 65,000 years (estimation of the spread of modern humans in East Asia [5]), each generation representing 25 years", "bbox": [258, 17, 470, 36]}, {"cell": "A", "bbox": [1, 40, 7, 48]}, {"cell": "[EMPTY_CELL]", "bbox": [45, 40, 174, 59]}, {"cell": "10 to 50", "bbox": [194, 40, 223, 50]}, {"cell": "Numbers of HLA−A, −B and −DRB1 lineages vary between 10 and 40 in East Asian samples (from data listed in Additional file 1: Table S1)", "bbox": [258, 40, 478, 59]}, {"cell": "N", "bbox": [1, 63, 7, 71]}, {"cell": "[EMPTY_CELL]", "bbox": [45, 63, 185, 73]}, {"cell": "0 to 5,000", "bbox": [194, 63, 228, 73]}, {"cell": "According to the estimation of hunter-gatherer densities at the end of Paleolithic (0-0.4 individuals per km2 [18]", "bbox": [258, 63, 478, 82]}, {"cell": "m", "bbox": [1, 86, 9, 94]}, {"cell": "[EMPTY_CELL]", "bbox": [45, 86, 173, 96]}, {"cell": "0.01 to 0.20", "bbox": [194, 86, 233, 96]}, {"cell": "Between 1 % and 20 % of emigration per generation [18]", "bbox": [258, 86, 445, 96]}, {"cell": "r", "bbox": [1, 100, 5, 108]}, {"cell": "[EMPTY_CELL]", "bbox": [45, 100, 166, 110]}, {"cell": "0.01 to 0.20", "bbox": [194, 100, 233, 110]}, {"cell": "According to the estimation of growth rate for Paleolithic populations [18]", "bbox": [258, 100, 484, 110]}, {"cell": "s", "bbox": [1, 114, 5, 122]}, {"cell": "[EMPTY_CELL]", "bbox": [45, 114, 154, 124]}, {"cell": "0 to 0.025", "bbox": [194, 114, 228, 124]}, {"cell": "Selection rate higher than 2.5 % was tested by preliminary simulations but it never lead to the reproduction of observed data [40–42]", "bbox": [258, 114, 472, 133]}]}


[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]	Region	45°–90°	90° side	45° side

PP (KPa)	Total	−2.19 (−22.12–17.74)	−26.82 (−75.97–22.34)	[EMPTY_CELL]

M1	−44.35 (−86.53–−2.17)∗	57.47 (3.49–111.45)#	13.12 (−34.62–60.85)

M2	−54.07 (−106.29–−1.86)∗	68.10 (1.86–134.34)#	14.02 (−39.82–67.86)

M3	66.98 (8.65–125.32)∗	−106.72 (−178.99–−34.46)#	−39.74 (−100.35–20.87)

M4	1.56 (−20.48–23.59)	−14.96 (−51.61–21.69)	−13.41 (−38.34–11.52)

M5	−21.24 (−67.60–25.12)	−27.49 (−114.63–59.65)	−48.73 (−119.95–22.50)

M6	61.66 (17.70–105.63)∗	−101.56 (−164.43–−38.70)#	−39.90 (−99.01–19.21)

M7	2.46 (−18.13–23.05)	11.23 (−22.59–45.05)	13.69 (−7.60–34.97)

M8	−40.64 (−99.27–17.99)	46.57 (−3.56–96.70)	5.93 (−36.99–48.85)

M9	−3.06 (−49.56–43.45)	51.50 (−4.70–107.69)	48.44 (4.21–92.67)†

MF (%BW)	Total	6.81 (−12.37–25.98)	−33.08 (−62.18–−3.98)#	[EMPTY_CELL]

M1	−11.07 (−20.37–−1.76)∗	15.90 (4.200–27.590)#	4.83 (−9.07–18.72)

M2	−14.56 (−23.93–−5.19)∗	11.73 (−.89–24.36)	−2.83 (−13.16–7.50)

M3	12.22 (5.68–18.76)∗	−28.64 (−41.26–−16.03)#	−16.42 (−24.18–−8.66)†

M4	−2.78 (−7.79–2.22)	.174 (−5.80–6.15)	−2.61 (−6.89–1.68)

M5	−5.93 (−11.16–.69)	−.094 (−8.70–8.51)	−6.019 (−12.36–.32)

M6	9.30 (5.79–12.81)∗	−17.07 (−23.27–−10.87)#	−7.77 (−13.55–−1.99)†

M7	−.12 (−4.60–4.36)	2.16 (−3.95–8.28)	2.04 (−2.64–6.73)

M8	−5.31 (−10.98–.373)	6.93 (2.34–11.52)#	1.62 (−2.66–5.91)

M9	−1.09 (−6.08–3.91)	7.421 (.35–14.49)#	6.334 (.14–12.53)†

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Region", "bbox": [80, 4, 108, 15]}, {"cell": "45°–90°", "bbox": [176, 0, 206, 15]}, {"cell": "90° side", "bbox": [309, 0, 339, 15]}, {"cell": "45° side", "bbox": [440, 0, 470, 15]}, {"cell": "PP (KPa)", "bbox": [2, 68, 38, 79]}, {"cell": "Total", "bbox": [84, 16, 104, 27]}, {"cell": "−2.19 (−22.12–17.74)", "bbox": [155, 13, 227, 28]}, {"cell": "−26.82 (−75.97–22.34)", "bbox": [283, 13, 365, 28]}, {"cell": "[EMPTY_CELL]", "bbox": [417, 13, 493, 28]}, {"cell": "M1", "bbox": [88, 28, 101, 38]}, {"cell": "−44.35 (−86.53–−2.17)∗", "bbox": [148, 24, 234, 40]}, {"cell": "57.47 (3.49–111.45)#", "bbox": [288, 25, 358, 40]}, {"cell": "13.12 (−34.62–60.85)", "bbox": [417, 25, 492, 40]}, {"cell": "M2", "bbox": [87, 40, 101, 50]}, {"cell": "−54.07 (−106.29–−1.86)∗", "bbox": [146, 35, 236, 52]}, {"cell": "68.10 (1.86–134.34)#", "bbox": [287, 36, 359, 52]}, {"cell": "14.02 (−39.82–67.86)", "bbox": [418, 36, 492, 52]}, {"cell": "M3", "bbox": [87, 51, 101, 62]}, {"cell": "66.98 (8.65–125.32)∗", "bbox": [154, 47, 228, 64]}, {"cell": "−106.72 (−178.99–−34.46)#", "bbox": [275, 48, 372, 64]}, {"cell": "−39.74 (−100.35–20.87)", "bbox": [412, 48, 497, 64]}, {"cell": "M4", "bbox": [87, 63, 101, 74]}, {"cell": "1.56 (−20.48–23.59)", "bbox": [155, 60, 227, 75]}, {"cell": "−14.96 (−51.61–21.69)", "bbox": [285, 60, 363, 75]}, {"cell": "−13.41 (−38.34–11.52)", "bbox": [416, 60, 493, 75]}, {"cell": "M5", "bbox": [87, 75, 101, 85]}, {"cell": "−21.24 (−67.60–25.12)", "bbox": [152, 72, 231, 87]}, {"cell": "−27.49 (−114.63–59.65)", "bbox": [282, 72, 365, 87]}, {"cell": "−48.73 (−119.95–22.50)", "bbox": [413, 72, 497, 87]}, {"cell": "M6", "bbox": [87, 87, 101, 97]}, {"cell": "61.66 (17.70–105.63)∗", "bbox": [153, 82, 229, 99]}, {"cell": "−101.56 (−164.43–−38.70)#", "bbox": [275, 83, 371, 99]}, {"cell": "−39.90 (−99.01–19.21)", "bbox": [416, 83, 494, 99]}, {"cell": "M7", "bbox": [87, 98, 101, 109]}, {"cell": "2.46 (−18.13–23.05)", "bbox": [156, 95, 226, 111]}, {"cell": "11.23 (−22.59–45.05)", "bbox": [286, 95, 361, 111]}, {"cell": "13.69 (−7.60–34.97)", "bbox": [419, 95, 490, 111]}, {"cell": "M8", "bbox": [87, 110, 101, 121]}, {"cell": "−40.64 (−99.27–17.99)", "bbox": [151, 107, 232, 122]}, {"cell": "46.57 (−3.56–96.70)", "bbox": [287, 107, 360, 122]}, {"cell": "5.93 (−36.99–48.85)", "bbox": [418, 107, 491, 122]}, {"cell": "M9", "bbox": [87, 122, 101, 133]}, {"cell": "−3.06 (−49.56–43.45)", "bbox": [152, 119, 230, 134]}, {"cell": "51.50 (−4.70–107.69)", "bbox": [287, 119, 361, 134]}, {"cell": "48.44 (4.21–92.67)†", "bbox": [419, 118, 490, 134]}, {"cell": "MF (%BW)", "bbox": [2, 186, 46, 197]}, {"cell": "Total", "bbox": [84, 134, 104, 145]}, {"cell": "6.81 (−12.37–25.98)", "bbox": [156, 131, 226, 146]}, {"cell": "−33.08 (−62.18–−3.98)#", "bbox": [281, 131, 366, 146]}, {"cell": "[EMPTY_CELL]", "bbox": [411, 130, 498, 146]}, {"cell": "M1", "bbox": [88, 146, 101, 156]}, {"cell": "−11.07 (−20.37–−1.76)∗", "bbox": [149, 141, 233, 158]}, {"cell": "15.90 (4.200–27.590)#", "bbox": [285, 143, 362, 158]}, {"cell": "4.83 (−9.07–18.72)", "bbox": [421, 143, 488, 158]}, {"cell": "M2", "bbox": [87, 157, 101, 168]}, {"cell": "−14.56 (−23.93–−5.19)∗", "bbox": [149, 153, 233, 170]}, {"cell": "11.73 (−.89–24.36)", "bbox": [291, 154, 357, 170]}, {"cell": "−2.83 (−13.16–7.50)", "bbox": [420, 154, 490, 170]}, {"cell": "M3", "bbox": [87, 169, 101, 180]}, {"cell": "12.22 (5.68–18.76)∗", "bbox": [157, 165, 225, 181]}, {"cell": "−28.64 (−41.26–−16.03)#", "bbox": [279, 166, 368, 181]}, {"cell": "−16.42 (−24.18–−8.66)†", "bbox": [412, 165, 497, 181]}, {"cell": "M4", "bbox": [87, 181, 101, 192]}, {"cell": "−2.78 (−7.79–2.22)", "bbox": [157, 178, 225, 193]}, {"cell": ".174 (−5.80–6.15)", "bbox": [293, 178, 355, 193]}, {"cell": "−2.61 (−6.89–1.68)", "bbox": [421, 178, 489, 193]}, {"cell": "M5", "bbox": [87, 193, 101, 203]}, {"cell": "−5.93 (−11.16–.69)", "bbox": [158, 190, 224, 205]}, {"cell": "−.094 (−8.70–8.51)", "bbox": [289, 190, 358, 205]}, {"cell": "−6.019 (−12.36–.32)", "bbox": [419, 190, 491, 205]}, {"cell": "M6", "bbox": [87, 205, 101, 215]}, {"cell": "9.30 (5.79–12.81)∗", "bbox": [159, 200, 223, 217]}, {"cell": "−17.07 (−23.27–−10.87)#", "bbox": [280, 201, 367, 217]}, {"cell": "−7.77 (−13.55–−1.99)†", "bbox": [415, 200, 494, 217]}, {"cell": "M7", "bbox": [87, 216, 101, 227]}, {"cell": "−.12 (−4.60–4.36)", "bbox": [159, 213, 224, 228]}, {"cell": "2.16 (−3.95–8.28)", "bbox": [292, 213, 355, 228]}, {"cell": "2.04 (−2.64–6.73)", "bbox": [422, 213, 487, 228]}, {"cell": "M8", "bbox": [87, 228, 101, 239]}, {"cell": "−5.31 (−10.98–.373)", "bbox": [156, 225, 227, 240]}, {"cell": "6.93 (2.34–11.52)#", "bbox": [292, 225, 355, 240]}, {"cell": "1.62 (−2.66–5.91)", "bbox": [424, 225, 486, 240]}, {"cell": "M9", "bbox": [87, 240, 101, 250]}, {"cell": "−1.09 (−6.08–3.91)", "bbox": [157, 237, 225, 252]}, {"cell": "7.421 (.35–14.49)#", "bbox": [292, 237, 355, 252]}, {"cell": "6.334 (.14–12.53)†", "bbox": [423, 236, 486, 252]}]}


[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": "

Target groups per village	Data collection activities

[EMPTY_CELL]	[EMPTY_CELL]

One group of caregivers and one group of iCCM-trained VHT members(Activities conducted separately with each group)	[EMPTY_CELL]

Health service venn diagram: identified all available health service providers and organisations within and beyond the village, including external sources of power or influence; explored the relative importance of various actors; mapped relationships that influence health service delivery and uptake

Historical matrices: explored changes pre and post-iCCM introduction in demographic factors, livelihood assets (human, financial, natural and physical capital) and available health services, gathering a detailed description of the dynamic, transitional nature of peri-urban environments

Health service delivery matrices: explored relationships influencing service delivery and uptake (covering iCCM implementation, process, results), gathering perceptions of various trends over time related to health service delivery and uptake

Problem and solution ranking: participants first identified and prioritised problems related to iCCM, and then discussed and ranked potential interventions to address the identified problems

[EMPTY_CELL]	[EMPTY_CELL]

Community leaders	[EMPTY_CELL]

Non-iCCM VHT members	[EMPTY_CELL]

", "cells": [{"cell": "Target groups per village", "bbox": [1, 4, 83, 13]}, {"cell": "Data collection activities", "bbox": [170, 4, 249, 13]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [170, 17, 403, 27]}, {"cell": "One group of caregivers and one group of iCCM-trained VHT members(Activities conducted separately with each group)", "bbox": [1, 31, 162, 59]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 31, 484, 59]}, {"cell": "Health service venn diagram: identified all available health service providers and organisations within and beyond the village, including external sources of power or influence; explored the relative importance of various actors; mapped relationships that influence health service delivery and uptake", "bbox": [170, 63, 481, 100]}, {"cell": "Historical matrices: explored changes pre and post-iCCM introduction in demographic factors, livelihood assets (human, financial, natural and physical capital) and available health services, gathering a detailed description of the dynamic, transitional nature of peri-urban environments", "bbox": [170, 104, 477, 132]}, {"cell": "Health service delivery matrices: explored relationships influencing service delivery and uptake (covering iCCM implementation, process, results), gathering perceptions of various trends over time related to health service delivery and uptake", "bbox": [170, 136, 475, 164]}, {"cell": "Problem and solution ranking: participants first identified and prioritised problems related to iCCM, and then discussed and ranked potential interventions to address the identified problems", "bbox": [170, 168, 481, 187]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [170, 191, 247, 201]}, {"cell": "Community leaders", "bbox": [1, 205, 65, 215]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 205, 484, 242]}, {"cell": "Non-iCCM VHT members", "bbox": [1, 246, 83, 256]}, {"cell": "[EMPTY_CELL]", "bbox": [170, 246, 453, 265]}]}


[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]	Stage	48 hr Post‐injection	96 hr Post‐injection

[EMPTY_CELL]	Secretion	−6.5% (P = 0.09)	−4.2% (P = 0.5)

[EMPTY_CELL]	−4.3% (P = 0.5)	−3.7% (P = 0.2)

[EMPTY_CELL]	−6.0% (P = 0.1)	−18.8% (P < 0.0001)

[EMPTY_CELL]	Secretion	+5.9% (P = 0.2)	−0.1% (P = 0.9)

[EMPTY_CELL]	−1.8% (P = 0.06)	−8.5% (P = 0.006)

[EMPTY_CELL]	−9.0% (P = 0.004)	−10.6% (P = 0.009)

[EMPTY_CELL]	Secretion	No	Mid secretion

[EMPTY_CELL]	No	Yes round

[EMPTY_CELL]	No	Yes round

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Stage", "bbox": [158, 2, 179, 12]}, {"cell": "48 hr Post‐injection", "bbox": [266, 2, 333, 12]}, {"cell": "96 hr Post‐injection", "bbox": [391, 2, 458, 12]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 15, 47, 25]}, {"cell": "Secretion", "bbox": [159, 15, 191, 25]}, {"cell": "−6.5% (P = 0.09)", "bbox": [267, 15, 328, 25]}, {"cell": "−4.2% (P = 0.5)", "bbox": [395, 15, 453, 25]}, {"cell": "[EMPTY_CELL]", "bbox": [158, 33, 212, 42]}, {"cell": "−4.3% (P = 0.5)", "bbox": [267, 33, 324, 42]}, {"cell": "−3.7% (P = 0.2)", "bbox": [395, 33, 453, 42]}, {"cell": "[EMPTY_CELL]", "bbox": [158, 49, 210, 59]}, {"cell": "−6.0% (P = 0.1)", "bbox": [267, 49, 324, 59]}, {"cell": "−18.8% (P < 0.0001)", "bbox": [391, 49, 465, 59]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 67, 53, 77]}, {"cell": "Secretion", "bbox": [159, 67, 191, 77]}, {"cell": "+5.9% (P = 0.2)", "bbox": [267, 67, 323, 77]}, {"cell": "−0.1% (P = 0.9)", "bbox": [395, 67, 453, 77]}, {"cell": "[EMPTY_CELL]", "bbox": [158, 83, 212, 93]}, {"cell": "−1.8% (P = 0.06)", "bbox": [267, 83, 328, 93]}, {"cell": "−8.5% (P = 0.006)", "bbox": [395, 83, 461, 93]}, {"cell": "[EMPTY_CELL]", "bbox": [158, 101, 210, 111]}, {"cell": "−9.0% (P = 0.004)", "bbox": [267, 101, 332, 111]}, {"cell": "−10.6% (P = 0.009)", "bbox": [391, 101, 461, 111]}, {"cell": "[EMPTY_CELL]", "bbox": [2, 117, 104, 127]}, {"cell": "Secretion", "bbox": [159, 117, 191, 127]}, {"cell": "No", "bbox": [267, 117, 278, 127]}, {"cell": "Mid secretion", "bbox": [391, 117, 437, 127]}, {"cell": "[EMPTY_CELL]", "bbox": [158, 135, 212, 145]}, {"cell": "No", "bbox": [267, 135, 278, 145]}, {"cell": "Yes round", "bbox": [391, 135, 426, 145]}, {"cell": "[EMPTY_CELL]", "bbox": [158, 151, 210, 161]}, {"cell": "No", "bbox": [267, 151, 278, 161]}, {"cell": "Yes round", "bbox": [391, 151, 426, 161]}]}


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

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

[Assistant]
{"html": "

[EMPTY_CELL]	Univariate	Multivariate

HR (95% CI)	p-value	HR (95% CI)	p-value

Tumor size (cm)	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 <5	Ref	[EMPTY_CELL]	Ref	[EMPTY_CELL]

 ≥5	1.78(1.05-3)	[EMPTY_CELL]	1.83(1.06-3.17)	0.031

PVTT	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 No	Ref	[EMPTY_CELL]	Ref	[EMPTY_CELL]

 Yes	2.25(1.36-3.73)	[EMPTY_CELL]	1.31(0.63-2.72)	0.472

Extrahepatic metastasis	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

 No	Ref	[EMPTY_CELL]	Ref	[EMPTY_CELL]

 Yes	2.09(1.22-3.58)	[EMPTY_CELL]	0.94(0.43-2.05)	0.881

Duration of sorafenib treatment	0.9(0.87-0.93)	[EMPTY_CELL]	0.9(0.87-0.93)	<0.001

", "cells": [{"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Univariate", "bbox": [177, 6, 224, 16]}, {"cell": "Multivariate", "bbox": [371, 6, 427, 16]}, {"cell": "HR (95% CI)", "bbox": [121, 22, 180, 33]}, {"cell": "p-value", "bbox": [233, 22, 267, 33]}, {"cell": "HR (95% CI)", "bbox": [320, 22, 379, 33]}, {"cell": "p-value", "bbox": [432, 22, 465, 33]}, {"cell": "Tumor size (cm)", "bbox": [3, 37, 72, 52]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " <5", "bbox": [13, 54, 26, 69]}, {"cell": "Ref", "bbox": [142, 54, 159, 69]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Ref", "bbox": [341, 54, 358, 69]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " ≥5", "bbox": [13, 71, 26, 86]}, {"cell": "1.78(1.05-3)", "bbox": [125, 71, 177, 86]}, {"cell": "[EMPTY_CELL]", "bbox": [238, 71, 262, 86]}, {"cell": "1.83(1.06-3.17)", "bbox": [317, 71, 382, 86]}, {"cell": "0.031", "bbox": [437, 71, 461, 86]}, {"cell": "PVTT", "bbox": [3, 87, 30, 103]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " No", "bbox": [13, 104, 28, 120]}, {"cell": "Ref", "bbox": [142, 104, 159, 120]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Ref", "bbox": [341, 104, 358, 120]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " Yes", "bbox": [13, 125, 30, 134]}, {"cell": "2.25(1.36-3.73)", "bbox": [118, 121, 183, 136]}, {"cell": "[EMPTY_CELL]", "bbox": [238, 121, 262, 136]}, {"cell": "1.31(0.63-2.72)", "bbox": [317, 121, 382, 136]}, {"cell": "0.472", "bbox": [437, 121, 461, 136]}, {"cell": "Extrahepatic metastasis", "bbox": [3, 138, 56, 165]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " No", "bbox": [13, 167, 28, 182]}, {"cell": "Ref", "bbox": [142, 167, 159, 182]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Ref", "bbox": [341, 167, 358, 182]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": " Yes", "bbox": [13, 188, 30, 196]}, {"cell": "2.09(1.22-3.58)", "bbox": [118, 184, 183, 199]}, {"cell": "[EMPTY_CELL]", "bbox": [238, 184, 262, 199]}, {"cell": "0.94(0.43-2.05)", "bbox": [317, 184, 382, 199]}, {"cell": "0.881", "bbox": [437, 184, 461, 199]}, {"cell": "Duration of sorafenib treatment", "bbox": [3, 201, 92, 228]}, {"cell": "0.9(0.87-0.93)", "bbox": [121, 207, 180, 222]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 207, 265, 222]}, {"cell": "0.9(0.87-0.93)", "bbox": [320, 207, 379, 222]}, {"cell": "<0.001", "bbox": [434, 207, 464, 222]}]}


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

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

[Assistant]
{"html": "

Segment	Protein Encoding	G+C Content (%)	ORF Length (bp)	Predicted Protein Length (aa)	% Pairwise Identity with CORV (nt/aa)

1	VP1 (Pol)	40.8	3873	1290	[EMPTY_CELL]

2	VP2 (T2)	41.8	2850	949	[EMPTY_CELL]

3	VP3 (OC1)	42.2	2217	738	[EMPTY_CELL]

4	NS1 (TuP)	48.0	1770	589	[EMPTY_CELL]

5	VP5 (OC2)	45.3	1584	527	[EMPTY_CELL]

6	VP4 (Cap)	44.4	1932	643	[EMPTY_CELL]

7	NS2 (ViP)	46.2	1116	371	[EMPTY_CELL]

8	VP7 (T13)	46.8	1065	352	[EMPTY_CELL]

9	VP6 (Hel)/NS4	46.0	1035	344	[EMPTY_CELL]

10	NS3/NS3a	46.7	717	238	[EMPTY_CELL]

", "cells": [{"cell": "Segment", "bbox": [9, 21, 46, 32]}, {"cell": "Protein Encoding", "bbox": [66, 16, 107, 38]}, {"cell": "G+C Content (%)", "bbox": [125, 16, 182, 38]}, {"cell": "ORF Length (bp)", "bbox": [194, 16, 246, 38]}, {"cell": "Predicted Protein Length (aa)", "bbox": [261, 16, 334, 38]}, {"cell": "% Pairwise Identity with CORV (nt/aa)", "bbox": [348, 16, 430, 38]}, {"cell": "1", "bbox": [24, 43, 31, 54]}, {"cell": "VP1 (Pol)", "bbox": [67, 43, 107, 54]}, {"cell": "40.8", "bbox": [145, 43, 162, 54]}, {"cell": "3873", "bbox": [210, 43, 230, 54]}, {"cell": "1290", "bbox": [287, 43, 307, 54]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 43, 408, 54]}, {"cell": "2", "bbox": [24, 54, 31, 65]}, {"cell": "VP2 (T2)", "bbox": [69, 54, 105, 65]}, {"cell": "41.8", "bbox": [145, 54, 162, 65]}, {"cell": "2850", "bbox": [210, 54, 230, 65]}, {"cell": "949", "bbox": [289, 54, 305, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 54, 408, 65]}, {"cell": "3", "bbox": [24, 65, 31, 76]}, {"cell": "VP3 (OC1)", "bbox": [65, 65, 109, 76]}, {"cell": "42.2", "bbox": [145, 65, 162, 76]}, {"cell": "2217", "bbox": [210, 65, 230, 76]}, {"cell": "738", "bbox": [289, 65, 305, 76]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 65, 408, 76]}, {"cell": "4", "bbox": [24, 76, 31, 87]}, {"cell": "NS1 (TuP)", "bbox": [66, 76, 108, 87]}, {"cell": "48.0", "bbox": [145, 76, 162, 87]}, {"cell": "1770", "bbox": [210, 76, 230, 87]}, {"cell": "589", "bbox": [289, 76, 305, 87]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 76, 408, 87]}, {"cell": "5", "bbox": [24, 87, 31, 98]}, {"cell": "VP5 (OC2)", "bbox": [65, 87, 109, 98]}, {"cell": "45.3", "bbox": [145, 87, 162, 98]}, {"cell": "1584", "bbox": [210, 87, 230, 98]}, {"cell": "527", "bbox": [289, 87, 305, 98]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 87, 408, 98]}, {"cell": "6", "bbox": [24, 98, 31, 109]}, {"cell": "VP4 (Cap)", "bbox": [65, 98, 108, 109]}, {"cell": "44.4", "bbox": [145, 98, 162, 109]}, {"cell": "1932", "bbox": [210, 98, 230, 109]}, {"cell": "643", "bbox": [289, 98, 305, 109]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 98, 408, 109]}, {"cell": "7", "bbox": [24, 109, 31, 120]}, {"cell": "NS2 (ViP)", "bbox": [66, 109, 107, 120]}, {"cell": "46.2", "bbox": [145, 109, 162, 120]}, {"cell": "1116", "bbox": [210, 109, 230, 120]}, {"cell": "371", "bbox": [289, 109, 305, 120]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 109, 408, 120]}, {"cell": "8", "bbox": [24, 120, 31, 131]}, {"cell": "VP7 (T13)", "bbox": [66, 120, 107, 131]}, {"cell": "46.8", "bbox": [145, 120, 162, 131]}, {"cell": "1065", "bbox": [210, 120, 230, 131]}, {"cell": "352", "bbox": [289, 120, 305, 131]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 120, 408, 131]}, {"cell": "9", "bbox": [24, 136, 31, 147]}, {"cell": "VP6 (Hel)/NS4", "bbox": [64, 131, 109, 153]}, {"cell": "46.0", "bbox": [145, 136, 162, 147]}, {"cell": "1035", "bbox": [210, 136, 230, 147]}, {"cell": "344", "bbox": [289, 136, 305, 147]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 136, 408, 147]}, {"cell": "10", "bbox": [22, 153, 33, 164]}, {"cell": "NS3/NS3a", "bbox": [64, 153, 109, 164]}, {"cell": "46.7", "bbox": [145, 153, 162, 164]}, {"cell": "717", "bbox": [212, 153, 228, 164]}, {"cell": "238", "bbox": [289, 153, 305, 164]}, {"cell": "[EMPTY_CELL]", "bbox": [369, 153, 408, 164]}]}


[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": "

Sample	Shake Flask Method	Polarity (Methanol/Water), (min)

Distribution Coefficient, D	Peak 1 a	Peak 2 b	Average

[EMPTY_CELL]	2.61 ± 0.2	23.88	24.61	24.18

[EMPTY_CELL]	2.61 ± 0.2	23.66	24.41	24.05

[EMPTY_CELL]	1.00 ± 0.2	18.75	19.74	19.35

[EMPTY_CELL]	0.80 ± 0.2	18.53	19.57	19.05

[EMPTY_CELL]	0.31 ± 0.2	17.41	18.41	18.02

[EMPTY_CELL]	0.39 ± 0.2	16.77	17.76	17.41

[EMPTY_CELL]	0.01 ± 0.2	16.68	17.72	17.37

[EMPTY_CELL]	−0.38 ± 0.2	16.29	17.33	16.94

", "cells": [{"cell": "Sample", "bbox": [40, 14, 77, 26]}, {"cell": "Shake Flask Method", "bbox": [137, 6, 236, 18]}, {"cell": "Polarity (Methanol/Water), (min)", "bbox": [266, 6, 426, 18]}, {"cell": "Distribution Coefficient, D", "bbox": [123, 22, 250, 33]}, {"cell": "Peak 1 a", "bbox": [262, 20, 302, 33]}, {"cell": "Peak 2 b", "bbox": [312, 20, 353, 33]}, {"cell": "Average", "bbox": [376, 22, 417, 33]}, {"cell": "[EMPTY_CELL]", "bbox": [48, 37, 70, 49]}, {"cell": "2.61 ± 0.2", "bbox": [163, 37, 210, 49]}, {"cell": "23.88", "bbox": [269, 37, 296, 49]}, {"cell": "24.61", "bbox": [319, 37, 346, 49]}, {"cell": "24.18", "bbox": [383, 37, 410, 49]}, {"cell": "[EMPTY_CELL]", "bbox": [7, 52, 111, 64]}, {"cell": "2.61 ± 0.2", "bbox": [163, 52, 210, 64]}, {"cell": "23.66", "bbox": [269, 52, 295, 64]}, {"cell": "24.41", "bbox": [319, 52, 346, 64]}, {"cell": "24.05", "bbox": [383, 52, 409, 64]}, {"cell": "[EMPTY_CELL]", "bbox": [15, 67, 103, 79]}, {"cell": "1.00 ± 0.2", "bbox": [163, 67, 210, 79]}, {"cell": "18.75", "bbox": [269, 67, 296, 79]}, {"cell": "19.74", "bbox": [319, 67, 346, 79]}, {"cell": "19.35", "bbox": [383, 67, 410, 79]}, {"cell": "[EMPTY_CELL]", "bbox": [11, 82, 106, 94]}, {"cell": "0.80 ± 0.2", "bbox": [163, 82, 210, 94]}, {"cell": "18.53", "bbox": [269, 82, 296, 94]}, {"cell": "19.57", "bbox": [319, 82, 346, 94]}, {"cell": "19.05", "bbox": [383, 82, 410, 94]}, {"cell": "[EMPTY_CELL]", "bbox": [9, 97, 109, 109]}, {"cell": "0.31 ± 0.2", "bbox": [163, 97, 210, 109]}, {"cell": "17.41", "bbox": [269, 97, 296, 109]}, {"cell": "18.41", "bbox": [319, 97, 346, 109]}, {"cell": "18.02", "bbox": [383, 97, 410, 109]}, {"cell": "[EMPTY_CELL]", "bbox": [15, 112, 103, 124]}, {"cell": "0.39 ± 0.2", "bbox": [163, 112, 210, 124]}, {"cell": "16.77", "bbox": [269, 112, 296, 124]}, {"cell": "17.76", "bbox": [319, 112, 346, 124]}, {"cell": "17.41", "bbox": [383, 112, 410, 124]}, {"cell": "[EMPTY_CELL]", "bbox": [11, 127, 106, 139]}, {"cell": "0.01 ± 0.2", "bbox": [163, 127, 210, 139]}, {"cell": "16.68", "bbox": [269, 127, 296, 139]}, {"cell": "17.72", "bbox": [319, 127, 346, 139]}, {"cell": "17.37", "bbox": [383, 127, 410, 139]}, {"cell": "[EMPTY_CELL]", "bbox": [9, 142, 109, 154]}, {"cell": "−0.38 ± 0.2", "bbox": [160, 138, 213, 155]}, {"cell": "16.29", "bbox": [269, 142, 296, 154]}, {"cell": "17.33", "bbox": [319, 142, 346, 154]}, {"cell": "16.94", "bbox": [383, 142, 410, 154]}]}


[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": "

Parameter	Obese Individuals	Normal-Weight Controls	p

Mean ± SD	Min–Max	Mean ± SD	Min–Max

Age (years)	42.02 ± 10.33	[EMPTY_CELL]	44.08 ± 13.50	26–63	0.623

Weight (kg)	132.17 ± 18.61	[EMPTY_CELL]	67.92 ± 10.48	54–90	<0.0001

BMI (kg/m2)	47.02 ± 4.91	[EMPTY_CELL]	23.06 ± 1.77	20.07-24.93	<0.0001

Adipose tissue (% body mass)	48.55 ± 4.10	[EMPTY_CELL]	–	–	[EMPTY_CELL]

Waist circumference (cm) 	124.47 ± 18.78	[EMPTY_CELL]	–	–	[EMPTY_CELL]

CRP (nmol/L)	123.15 ± 114	[EMPTY_CELL]	30.86 ± 16.38	6.67–49.52	0.04

Glucose (mmol/L)	5.65 ± 1.53	[EMPTY_CELL]	5.17 ± 0.21	4.77–5.44	0.314

Total cholesterol (mmol/L)	5.20 ± 1.03	[EMPTY_CELL]	4.80 ± 0.20	4.62–4.92	0.623

LDL (mmol/L)	3.28 ± 1.06	[EMPTY_CELL]	2.62 ± 0.08	2.75–2.80	0.547

HDL (mmol/L)	1.24 ± 0.23	[EMPTY_CELL]	1.47 ± 0.27	1.24–1.76	0.136

Triglycerides (mmol/L)	1.44 ± 0.73	[EMPTY_CELL]	1.33 ± 0.09	1.10–1.46	0.797

Co-morbidities

Type 2 DM/IGT	24 (49.0%)	[EMPTY_CELL]	[EMPTY_CELL]

Hypertension	29 (59.2%)	[EMPTY_CELL]	[EMPTY_CELL]

Hyperlipidemia	30 (61.2%)	[EMPTY_CELL]	[EMPTY_CELL]

", "cells": [{"cell": "Parameter", "bbox": [48, 14, 100, 26]}, {"cell": "Obese Individuals", "bbox": [177, 6, 264, 18]}, {"cell": "Normal-Weight Controls", "bbox": [303, 6, 423, 18]}, {"cell": "p", "bbox": [451, 14, 458, 26]}, {"cell": "Mean ± SD", "bbox": [158, 22, 212, 33]}, {"cell": "Min–Max", "bbox": [235, 22, 283, 33]}, {"cell": "Mean ± SD", "bbox": [304, 22, 358, 33]}, {"cell": "Min–Max", "bbox": [374, 22, 423, 33]}, {"cell": "Age (years)", "bbox": [47, 37, 101, 49]}, {"cell": "42.02 ± 10.33", "bbox": [154, 37, 217, 49]}, {"cell": "[EMPTY_CELL]", "bbox": [245, 37, 274, 49]}, {"cell": "44.08 ± 13.50", "bbox": [299, 37, 362, 49]}, {"cell": "26–63", "bbox": [384, 37, 414, 49]}, {"cell": "0.623", "bbox": [441, 37, 468, 49]}, {"cell": "Weight (kg)", "bbox": [47, 52, 102, 64]}, {"cell": "132.17 ± 18.61", "bbox": [151, 52, 219, 64]}, {"cell": "[EMPTY_CELL]", "bbox": [235, 52, 284, 64]}, {"cell": "67.92 ± 10.48", "bbox": [299, 52, 362, 64]}, {"cell": "54–90", "bbox": [384, 52, 414, 64]}, {"cell": "<0.0001", "bbox": [435, 52, 474, 64]}, {"cell": "BMI (kg/m2)", "bbox": [45, 65, 104, 79]}, {"cell": "47.02 ± 4.91", "bbox": [156, 67, 214, 79]}, {"cell": "[EMPTY_CELL]", "bbox": [231, 67, 288, 79]}, {"cell": "23.06 ± 1.77", "bbox": [302, 67, 360, 79]}, {"cell": "20.07-24.93", "bbox": [371, 67, 426, 79]}, {"cell": "<0.0001", "bbox": [435, 67, 474, 79]}, {"cell": "Adipose tissue (% body mass)", "bbox": [7, 82, 142, 94]}, {"cell": "48.55 ± 4.10", "bbox": [156, 82, 214, 94]}, {"cell": "[EMPTY_CELL]", "bbox": [231, 82, 288, 94]}, {"cell": "–", "bbox": [327, 82, 335, 94]}, {"cell": "–", "bbox": [395, 82, 402, 94]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Waist circumference (cm) ", "bbox": [16, 97, 133, 109]}, {"cell": "124.47 ± 18.78", "bbox": [151, 97, 219, 109]}, {"cell": "[EMPTY_CELL]", "bbox": [242, 97, 277, 109]}, {"cell": "–", "bbox": [327, 97, 335, 109]}, {"cell": "–", "bbox": [395, 97, 403, 109]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "CRP (nmol/L)", "bbox": [42, 112, 107, 124]}, {"cell": "123.15 ± 114", "bbox": [155, 112, 215, 124]}, {"cell": "[EMPTY_CELL]", "bbox": [228, 112, 291, 124]}, {"cell": "30.86 ± 16.38", "bbox": [299, 112, 362, 124]}, {"cell": "6.67–49.52", "bbox": [373, 112, 425, 124]}, {"cell": "0.04", "bbox": [444, 112, 465, 124]}, {"cell": "Glucose (mmol/L)", "bbox": [32, 127, 116, 139]}, {"cell": "5.65 ± 1.53", "bbox": [159, 127, 211, 139]}, {"cell": "[EMPTY_CELL]", "bbox": [234, 127, 285, 139]}, {"cell": "5.17 ± 0.21", "bbox": [305, 127, 357, 139]}, {"cell": "4.77–5.44", "bbox": [376, 127, 422, 139]}, {"cell": "0.314", "bbox": [441, 127, 468, 139]}, {"cell": "Total cholesterol (mmol/L)", "bbox": [13, 142, 135, 154]}, {"cell": "5.20 ± 1.03", "bbox": [159, 142, 211, 154]}, {"cell": "[EMPTY_CELL]", "bbox": [236, 142, 282, 154]}, {"cell": "4.80 ± 0.20", "bbox": [305, 142, 357, 154]}, {"cell": "4.62–4.92", "bbox": [376, 142, 422, 154]}, {"cell": "0.623", "bbox": [441, 142, 468, 154]}, {"cell": "LDL (mmol/L)", "bbox": [40, 157, 109, 169]}, {"cell": "3.28 ± 1.06", "bbox": [159, 157, 211, 169]}, {"cell": "[EMPTY_CELL]", "bbox": [236, 157, 282, 169]}, {"cell": "2.62 ± 0.08", "bbox": [305, 157, 357, 169]}, {"cell": "2.75–2.80", "bbox": [376, 157, 422, 169]}, {"cell": "0.547", "bbox": [441, 157, 468, 169]}, {"cell": "HDL (mmol/L)", "bbox": [39, 172, 109, 184]}, {"cell": "1.24 ± 0.23", "bbox": [159, 172, 211, 184]}, {"cell": "[EMPTY_CELL]", "bbox": [236, 172, 282, 184]}, {"cell": "1.47 ± 0.27", "bbox": [305, 172, 357, 184]}, {"cell": "1.24–1.76", "bbox": [376, 172, 422, 184]}, {"cell": "0.136", "bbox": [441, 172, 468, 184]}, {"cell": "Triglycerides (mmol/L)", "bbox": [21, 187, 128, 199]}, {"cell": "1.44 ± 0.73", "bbox": [159, 187, 211, 199]}, {"cell": "[EMPTY_CELL]", "bbox": [236, 187, 282, 199]}, {"cell": "1.33 ± 0.09", "bbox": [305, 187, 357, 199]}, {"cell": "1.10–1.46", "bbox": [376, 187, 422, 199]}, {"cell": "0.797", "bbox": [441, 187, 468, 199]}, {"cell": "Co-morbidities", "bbox": [206, 202, 274, 214]}, {"cell": "Type 2 DM/IGT", "bbox": [37, 218, 112, 230]}, {"cell": "24 (49.0%)", "bbox": [195, 218, 246, 230]}, {"cell": "[EMPTY_CELL]", "bbox": [351, 218, 375, 230]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Hypertension", "bbox": [44, 233, 105, 245]}, {"cell": "29 (59.2%)", "bbox": [195, 233, 246, 245]}, {"cell": "[EMPTY_CELL]", "bbox": [351, 233, 375, 245]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "Hyperlipidemia", "bbox": [39, 248, 110, 260]}, {"cell": "30 (61.2%)", "bbox": [195, 248, 246, 260]}, {"cell": "[EMPTY_CELL]", "bbox": [351, 248, 375, 260]}, {"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": "

Gene	ECOG-ACRIN (n=371)1	LSC (n=466)1	PLuSS (n=597)1	OR2 (95% CI) (ECOG/LSC)	OR2 (95% CI) (ECOG/PLuSS)

P16	132 (36)	[EMPTY_CELL]	89 (15)	2.3 (1.6 – 3.2)	3.2 (2.3 – 4.5)

MGMT	152 (42)	[EMPTY_CELL]	140 (23)	2.0 (1.5 – 2.8)	2.4 (1.8 – 3.2)

DAPK	157 (43)	[EMPTY_CELL]	77 (13)	3.3 (2.3 – 4.6)	5.0 (3.6 – 7.1)

RASSF1A	37 (10)	[EMPTY_CELL]	0	7.4 (1.8 – 31.4)	NC

GATA4	265 (73)	[EMPTY_CELL]	198 (33)	3.9 (2.8 – 5.3)	4.9 (3.6 – 6.6)

GATA5	164 (45)	[EMPTY_CELL]	55 (9)	5.3 (3.6 – 7.6)	7.9 (5.5 – 11.5)

PAX5α	116 (32)	[EMPTY_CELL]	68 (11)	1.6 (1.2 – 2.3)	3.2 (2.2 – 4.5)

PAX5β	117 (32)	[EMPTY_CELL]	30 (5)	6.2 (4.0 – 9.8)	8.9 (4.7 – 14.1)

", "cells": [{"cell": "Gene", "bbox": [4, 6, 28, 14]}, {"cell": "ECOG-ACRIN (n=371)1", "bbox": [92, 6, 160, 29]}, {"cell": "LSC (n=466)1", "bbox": [183, 2, 243, 17]}, {"cell": "PLuSS (n=597)1", "bbox": [253, 2, 323, 17]}, {"cell": "OR2 (95% CI) (ECOG/LSC)", "bbox": [337, 2, 400, 29]}, {"cell": "OR2 (95% CI) (ECOG/PLuSS)", "bbox": [420, 2, 490, 29]}, {"cell": "P16", "bbox": [3, 35, 22, 44]}, {"cell": "132 (36)", "bbox": [108, 35, 144, 46]}, {"cell": "[EMPTY_CELL]", "bbox": [198, 35, 229, 46]}, {"cell": "89 (15)", "bbox": [272, 35, 303, 46]}, {"cell": "2.3 (1.6 – 3.2)", "bbox": [339, 35, 398, 46]}, {"cell": "3.2 (2.3 – 4.5)", "bbox": [426, 35, 484, 46]}, {"cell": "MGMT", "bbox": [3, 52, 35, 61]}, {"cell": "152 (42)", "bbox": [108, 52, 144, 63]}, {"cell": "[EMPTY_CELL]", "bbox": [195, 52, 231, 63]}, {"cell": "140 (23)", "bbox": [270, 52, 306, 63]}, {"cell": "2.0 (1.5 – 2.8)", "bbox": [339, 52, 398, 63]}, {"cell": "2.4 (1.8 – 3.2)", "bbox": [426, 52, 484, 63]}, {"cell": "DAPK", "bbox": [3, 69, 32, 78]}, {"cell": "157 (43)", "bbox": [108, 69, 144, 80]}, {"cell": "[EMPTY_CELL]", "bbox": [198, 69, 229, 80]}, {"cell": "77 (13)", "bbox": [272, 69, 303, 80]}, {"cell": "3.3 (2.3 – 4.6)", "bbox": [339, 69, 398, 80]}, {"cell": "5.0 (3.6 – 7.1)", "bbox": [426, 69, 484, 80]}, {"cell": "RASSF1A", "bbox": [3, 86, 45, 95]}, {"cell": "37 (10)", "bbox": [110, 86, 142, 97]}, {"cell": "[EMPTY_CELL]", "bbox": [199, 86, 228, 97]}, {"cell": "0", "bbox": [284, 86, 291, 97]}, {"cell": "7.4 (1.8 – 31.4)", "bbox": [337, 86, 400, 97]}, {"cell": "NC", "bbox": [447, 86, 463, 97]}, {"cell": "GATA4", "bbox": [3, 103, 34, 112]}, {"cell": "265 (73)", "bbox": [108, 103, 144, 114]}, {"cell": "[EMPTY_CELL]", "bbox": [195, 103, 231, 114]}, {"cell": "198 (33)", "bbox": [270, 103, 306, 114]}, {"cell": "3.9 (2.8 – 5.3)", "bbox": [339, 103, 398, 114]}, {"cell": "4.9 (3.6 – 6.6)", "bbox": [426, 103, 484, 114]}, {"cell": "GATA5", "bbox": [3, 120, 34, 129]}, {"cell": "164 (45)", "bbox": [108, 120, 144, 131]}, {"cell": "[EMPTY_CELL]", "bbox": [198, 120, 229, 131]}, {"cell": "55 (9)", "bbox": [275, 120, 301, 131]}, {"cell": "5.3 (3.6 – 7.6)", "bbox": [339, 120, 398, 131]}, {"cell": "7.9 (5.5 – 11.5)", "bbox": [424, 120, 487, 131]}, {"cell": "PAX5α", "bbox": [3, 133, 33, 149]}, {"cell": "116 (32)", "bbox": [108, 137, 144, 148]}, {"cell": "[EMPTY_CELL]", "bbox": [198, 137, 229, 148]}, {"cell": "68 (11)", "bbox": [272, 137, 303, 148]}, {"cell": "1.6 (1.2 – 2.3)", "bbox": [339, 137, 398, 148]}, {"cell": "3.2 (2.2 – 4.5)", "bbox": [426, 137, 484, 148]}, {"cell": "PAX5β", "bbox": [3, 150, 33, 166]}, {"cell": "117 (32)", "bbox": [108, 154, 144, 165]}, {"cell": "[EMPTY_CELL]", "bbox": [200, 154, 226, 165]}, {"cell": "30 (5)", "bbox": [275, 154, 301, 165]}, {"cell": "6.2 (4.0 – 9.8)", "bbox": [339, 154, 398, 165]}, {"cell": "8.9 (4.7 – 14.1)", "bbox": [423, 154, 487, 165]}]}


[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": "

Test	CMACount	KTCount	FRGXCount

(% of Requested)	(% of Requested)	(% of Requested)

Completed	110	[EMPTY_CELL]	167

Normal	98 (89.1)	[EMPTY_CELL]	165 (98.8)

Variant reported	All	[EMPTY_CELL]	5 (3.5)	2 (1.2)

Causal	6 (5.5)	[EMPTY_CELL]	2 (1.2)

NNT	All	[EMPTY_CELL]	28	83.5

Causal	18.3	[EMPTY_CELL]	83.5

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	$	$

Cost Analysis	CPT	[EMPTY_CELL]	361.35	102.00

CPF	5443.63	[EMPTY_CELL]	8415.00

CCF	10,887.25	[EMPTY_CELL]	8415.00

", "cells": [{"cell": "Test", "bbox": [60, 14, 82, 25]}, {"cell": "CMACount", "bbox": [165, 6, 222, 18]}, {"cell": "KTCount", "bbox": [272, 6, 319, 18]}, {"cell": "FRGXCount", "bbox": [362, 6, 424, 18]}, {"cell": "(% of Requested)", "bbox": [152, 21, 236, 33]}, {"cell": "(% of Requested)", "bbox": [254, 21, 338, 33]}, {"cell": "(% of Requested)", "bbox": [351, 21, 435, 33]}, {"cell": "Completed", "bbox": [46, 36, 96, 48]}, {"cell": "110", "bbox": [184, 36, 203, 48]}, {"cell": "[EMPTY_CELL]", "bbox": [286, 36, 305, 48]}, {"cell": "167", "bbox": [384, 36, 402, 48]}, {"cell": "Normal", "bbox": [53, 51, 89, 63]}, {"cell": "98 (89.1)", "bbox": [173, 51, 215, 63]}, {"cell": "[EMPTY_CELL]", "bbox": [272, 51, 320, 63]}, {"cell": "165 (98.8)", "bbox": [369, 51, 417, 63]}, {"cell": "Variant reported", "bbox": [11, 74, 85, 86]}, {"cell": "All", "bbox": [110, 66, 126, 78]}, {"cell": "[EMPTY_CELL]", "bbox": [173, 66, 215, 78]}, {"cell": "5 (3.5)", "bbox": [280, 66, 311, 78]}, {"cell": "2 (1.2)", "bbox": [377, 66, 409, 78]}, {"cell": "Causal", "bbox": [102, 81, 134, 93]}, {"cell": "6 (5.5)", "bbox": [178, 81, 209, 93]}, {"cell": "[EMPTY_CELL]", "bbox": [280, 81, 311, 93]}, {"cell": "2 (1.2)", "bbox": [377, 81, 409, 93]}, {"cell": "NNT", "bbox": [36, 104, 60, 116]}, {"cell": "All", "bbox": [110, 96, 126, 108]}, {"cell": "[EMPTY_CELL]", "bbox": [186, 96, 202, 108]}, {"cell": "28", "bbox": [289, 96, 302, 108]}, {"cell": "83.5", "bbox": [382, 96, 404, 108]}, {"cell": "Causal", "bbox": [102, 111, 134, 123]}, {"cell": "18.3", "bbox": [183, 111, 204, 123]}, {"cell": "[EMPTY_CELL]", "bbox": [289, 111, 302, 123]}, {"cell": "83.5", "bbox": [382, 111, 404, 123]}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": []}, {"cell": "[EMPTY_CELL]", "bbox": [190, 126, 197, 138]}, {"cell": "$", "bbox": [292, 126, 299, 138]}, {"cell": "$", "bbox": [389, 126, 397, 138]}, {"cell": "Cost Analysis", "bbox": [17, 156, 80, 168]}, {"cell": "CPT", "bbox": [107, 141, 129, 153]}, {"cell": "[EMPTY_CELL]", "bbox": [178, 141, 210, 153]}, {"cell": "361.35", "bbox": [280, 141, 312, 153]}, {"cell": "102.00", "bbox": [377, 141, 409, 153]}, {"cell": "CPF", "bbox": [107, 156, 128, 168]}, {"cell": "5443.63", "bbox": [175, 156, 213, 168]}, {"cell": "[EMPTY_CELL]", "bbox": [275, 156, 316, 168]}, {"cell": "8415.00", "bbox": [374, 156, 412, 168]}, {"cell": "CCF", "bbox": [106, 171, 129, 183]}, {"cell": "10,887.25", "bbox": [171, 171, 217, 183]}, {"cell": "[EMPTY_CELL]", "bbox": [273, 171, 319, 183]}, {"cell": "8415.00", "bbox": [374, 171, 412, 183]}]}


[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": "

Mesh	# of fly genes	# of fly genes with human ortholog(s)	# of fly genes shared disease categories with their human ortholog	% fly genes with human ortholog(s)	% fly genes shared disease categories with their human ortholog

Neoplasms	[EMPTY_CELL]	636	592	93%	93%

Pathological Conditions, Signs and Symptoms	[EMPTY_CELL]	1713	1566	81%	91%

Nervous System Diseases	[EMPTY_CELL]	1004	878	85%	87%

Digestive System Diseases	[EMPTY_CELL]	94	81	90%	86%

Otorhinolaryngologic Diseases	[EMPTY_CELL]	14	12	78%	86%

Mental Disorders	[EMPTY_CELL]	448	378	95%	84%

Congenital, Hereditary, and Neonatal Diseases and Abnormalities	[EMPTY_CELL]	1100	900	89%	82%

Cardiovascular Diseases	[EMPTY_CELL]	126	103	91%	82%

Stomatognathic Diseases	[EMPTY_CELL]	20	16	100%	80%

Skin and Connective Tissue Diseases	[EMPTY_CELL]	123	98	83%	80%

Immune System Diseases	[EMPTY_CELL]	84	64	75%	76%

Respiratory Tract Diseases	[EMPTY_CELL]	8	6	100%	75%

Disorders of Environmental Origin	[EMPTY_CELL]	642	466	84%	73%

Hemic and Lymphatic Diseases	[EMPTY_CELL]	96	69	96%	72%

Endocrine System Diseases	[EMPTY_CELL]	144	103	88%	72%

Nutritional and Metabolic Diseases	[EMPTY_CELL]	452	310	78%	69%

Female Urogenital Diseases and Pregnancy Complications	[EMPTY_CELL]	413	276	74%	67%

Virus Diseases	[EMPTY_CELL]	32	21	84%	66%

Musculoskeletal Diseases	[EMPTY_CELL]	165	106	78%	64%

Male Urogenital Diseases	[EMPTY_CELL]	355	221	76%	62%

Bacterial Infections and Mycoses	[EMPTY_CELL]	233	99	72%	42%

Eye Diseases	[EMPTY_CELL]	590	221	84%	37%

Parasitic Diseases	[EMPTY_CELL]	187	21	82%	11%

All Categories	[EMPTY_CELL]	2739	2283	77%	83%

", "cells": [{"cell": "Mesh", "bbox": [1, 4, 21, 13]}, {"cell": "# of fly genes", "bbox": [101, 4, 128, 22]}, {"cell": "# of fly genes with human ortholog(s)", "bbox": [137, 4, 187, 31]}, {"cell": "# of fly genes shared disease categories with their human ortholog", "bbox": [203, 4, 307, 31]}, {"cell": "% fly genes with human ortholog(s)", "bbox": [316, 4, 360, 31]}, {"cell": "% fly genes shared disease categories with their human ortholog", "bbox": [379, 4, 480, 31]}, {"cell": "Neoplasms", "bbox": [0, 35, 37, 45]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 35, 115, 45]}, {"cell": "636", "bbox": [137, 35, 150, 45]}, {"cell": "592", "bbox": [203, 35, 217, 45]}, {"cell": "93%", "bbox": [316, 35, 331, 45]}, {"cell": "93%", "bbox": [379, 35, 394, 45]}, {"cell": "Pathological Conditions, Signs and Symptoms", "bbox": [0, 47, 80, 66]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 47, 118, 57]}, {"cell": "1713", "bbox": [137, 47, 154, 57]}, {"cell": "1566", "bbox": [203, 47, 220, 57]}, {"cell": "81%", "bbox": [316, 47, 331, 57]}, {"cell": "91%", "bbox": [379, 47, 394, 57]}, {"cell": "Nervous System Diseases", "bbox": [0, 68, 83, 78]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 68, 118, 78]}, {"cell": "1004", "bbox": [137, 68, 154, 78]}, {"cell": "878", "bbox": [203, 68, 217, 78]}, {"cell": "85%", "bbox": [316, 68, 331, 78]}, {"cell": "87%", "bbox": [379, 68, 394, 78]}, {"cell": "Digestive System Diseases", "bbox": [0, 80, 86, 89]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 80, 115, 89]}, {"cell": "94", "bbox": [137, 80, 147, 89]}, {"cell": "81", "bbox": [203, 80, 213, 89]}, {"cell": "90%", "bbox": [316, 80, 331, 89]}, {"cell": "86%", "bbox": [379, 80, 394, 89]}, {"cell": "Otorhinolaryngologic Diseases", "bbox": [0, 92, 70, 110]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 92, 111, 101]}, {"cell": "14", "bbox": [137, 92, 147, 101]}, {"cell": "12", "bbox": [203, 92, 213, 101]}, {"cell": "78%", "bbox": [316, 92, 331, 101]}, {"cell": "86%", "bbox": [379, 92, 394, 101]}, {"cell": "Mental Disorders", "bbox": [0, 113, 57, 122]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 113, 115, 122]}, {"cell": "448", "bbox": [137, 113, 150, 122]}, {"cell": "378", "bbox": [203, 113, 217, 122]}, {"cell": "95%", "bbox": [316, 113, 331, 122]}, {"cell": "84%", "bbox": [379, 113, 394, 122]}, {"cell": "Congenital, Hereditary, and Neonatal Diseases and Abnormalities", "bbox": [0, 125, 90, 152]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 125, 118, 134]}, {"cell": "1100", "bbox": [137, 125, 154, 134]}, {"cell": "900", "bbox": [203, 125, 217, 134]}, {"cell": "89%", "bbox": [316, 125, 331, 134]}, {"cell": "82%", "bbox": [379, 125, 394, 134]}, {"cell": "Cardiovascular Diseases", "bbox": [0, 155, 78, 164]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 155, 115, 164]}, {"cell": "126", "bbox": [137, 155, 150, 164]}, {"cell": "103", "bbox": [203, 155, 217, 164]}, {"cell": "91%", "bbox": [316, 155, 331, 164]}, {"cell": "82%", "bbox": [379, 155, 394, 164]}, {"cell": "Stomatognathic Diseases", "bbox": [0, 167, 83, 176]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 167, 111, 176]}, {"cell": "20", "bbox": [137, 167, 147, 176]}, {"cell": "16", "bbox": [203, 167, 213, 176]}, {"cell": "100%", "bbox": [316, 167, 335, 176]}, {"cell": "80%", "bbox": [379, 167, 394, 176]}, {"cell": "Skin and Connective Tissue Diseases", "bbox": [0, 179, 90, 197]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 179, 115, 188]}, {"cell": "123", "bbox": [137, 179, 150, 188]}, {"cell": "98", "bbox": [203, 179, 213, 188]}, {"cell": "83%", "bbox": [316, 179, 331, 188]}, {"cell": "80%", "bbox": [379, 179, 394, 188]}, {"cell": "Immune System Diseases", "bbox": [0, 199, 84, 209]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 199, 115, 209]}, {"cell": "84", "bbox": [137, 199, 147, 209]}, {"cell": "64", "bbox": [203, 199, 213, 209]}, {"cell": "75%", "bbox": [316, 199, 331, 209]}, {"cell": "76%", "bbox": [379, 199, 394, 209]}, {"cell": "Respiratory Tract Diseases", "bbox": [0, 211, 85, 221]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 211, 107, 221]}, {"cell": "8", "bbox": [137, 211, 143, 221]}, {"cell": "6", "bbox": [203, 211, 209, 221]}, {"cell": "100%", "bbox": [316, 211, 335, 221]}, {"cell": "75%", "bbox": [379, 211, 394, 221]}, {"cell": "Disorders of Environmental Origin", "bbox": [0, 223, 90, 242]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 223, 115, 233]}, {"cell": "642", "bbox": [137, 223, 150, 233]}, {"cell": "466", "bbox": [203, 223, 217, 233]}, {"cell": "84%", "bbox": [316, 223, 331, 233]}, {"cell": "73%", "bbox": [379, 223, 394, 233]}, {"cell": "Hemic and Lymphatic Diseases", "bbox": [0, 244, 73, 263]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 244, 115, 254]}, {"cell": "96", "bbox": [137, 244, 147, 254]}, {"cell": "69", "bbox": [203, 244, 213, 254]}, {"cell": "96%", "bbox": [316, 244, 331, 254]}, {"cell": "72%", "bbox": [379, 244, 394, 254]}, {"cell": "Endocrine System Diseases", "bbox": [0, 265, 89, 275]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 265, 115, 275]}, {"cell": "144", "bbox": [137, 265, 150, 275]}, {"cell": "103", "bbox": [203, 265, 217, 275]}, {"cell": "88%", "bbox": [316, 265, 331, 275]}, {"cell": "72%", "bbox": [379, 265, 394, 275]}, {"cell": "Nutritional and Metabolic Diseases", "bbox": [0, 277, 84, 296]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 277, 115, 287]}, {"cell": "452", "bbox": [137, 277, 150, 287]}, {"cell": "310", "bbox": [203, 277, 217, 287]}, {"cell": "78%", "bbox": [316, 277, 331, 287]}, {"cell": "69%", "bbox": [379, 277, 394, 287]}, {"cell": "Female Urogenital Diseases and Pregnancy Complications", "bbox": [0, 298, 91, 326]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 298, 115, 308]}, {"cell": "413", "bbox": [137, 298, 150, 308]}, {"cell": "276", "bbox": [203, 298, 217, 308]}, {"cell": "74%", "bbox": [316, 298, 331, 308]}, {"cell": "67%", "bbox": [379, 298, 394, 308]}, {"cell": "Virus Diseases", "bbox": [0, 328, 47, 338]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 328, 111, 338]}, {"cell": "32", "bbox": [137, 328, 147, 338]}, {"cell": "21", "bbox": [203, 328, 213, 338]}, {"cell": "84%", "bbox": [316, 328, 331, 338]}, {"cell": "66%", "bbox": [379, 328, 394, 338]}, {"cell": "Musculoskeletal Diseases", "bbox": [0, 340, 82, 349]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 340, 115, 349]}, {"cell": "165", "bbox": [137, 340, 150, 349]}, {"cell": "106", "bbox": [203, 340, 217, 349]}, {"cell": "78%", "bbox": [316, 340, 331, 349]}, {"cell": "64%", "bbox": [379, 340, 394, 349]}, {"cell": "Male Urogenital Diseases", "bbox": [0, 352, 83, 361]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 352, 115, 361]}, {"cell": "355", "bbox": [137, 352, 150, 361]}, {"cell": "221", "bbox": [203, 352, 217, 361]}, {"cell": "76%", "bbox": [316, 352, 331, 361]}, {"cell": "62%", "bbox": [379, 352, 394, 361]}, {"cell": "Bacterial Infections and Mycoses", "bbox": [0, 364, 77, 382]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 364, 115, 373]}, {"cell": "233", "bbox": [137, 364, 150, 373]}, {"cell": "99", "bbox": [203, 364, 213, 373]}, {"cell": "72%", "bbox": [316, 364, 331, 373]}, {"cell": "42%", "bbox": [379, 364, 394, 373]}, {"cell": "Eye Diseases", "bbox": [0, 385, 43, 394]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 385, 115, 394]}, {"cell": "590", "bbox": [137, 385, 150, 394]}, {"cell": "221", "bbox": [203, 385, 217, 394]}, {"cell": "84%", "bbox": [316, 385, 331, 394]}, {"cell": "37%", "bbox": [379, 385, 394, 394]}, {"cell": "Parasitic Diseases", "bbox": [0, 397, 57, 406]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 397, 115, 406]}, {"cell": "187", "bbox": [137, 397, 150, 406]}, {"cell": "21", "bbox": [203, 397, 213, 406]}, {"cell": "82%", "bbox": [316, 397, 331, 406]}, {"cell": "11%", "bbox": [379, 397, 394, 406]}, {"cell": "All Categories", "bbox": [0, 409, 47, 418]}, {"cell": "[EMPTY_CELL]", "bbox": [101, 409, 118, 418]}, {"cell": "2739", "bbox": [137, 409, 154, 418]}, {"cell": "2283", "bbox": [203, 409, 220, 418]}, {"cell": "77%", "bbox": [316, 409, 331, 418]}, {"cell": "83%", "bbox": [379, 409, 394, 418]}]}


[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": "

Country	Swimming split time (h:min)	Cycling split time (h:min)	Running split time (h:min)	Overall race time (h:min)	Transition time (h:min)

[EMPTY_CELL]

[EMPTY_CELL]	1:03 ± 0:14	6:48 ± 0:26	4:52 ± 0:21	13:01 ± 0:17	0:06 ± 0:03

[EMPTY_CELL]	1:10 ± 0:06	7:03 ± 0:28	4:23 ± 0:36	13:46 ± 0:55	0:09 ± 0:03

[EMPTY_CELL]	1:07 ± 0:15	8:06 ± 1:01	6:12 ± 0:43	15:51 ± 1:19	0:14 ± 0:08

[EMPTY_CELL]

[EMPTY_CELL]	1:03 ± 0:07	5:34 ± 0:12	4:14 ± 0:12	10:56 ± 0:14	0:03 ± 0:01

[EMPTY_CELL]	1:07 ± 0:08	6:26 ± 0:22	4:57 ± 0:14	12:36 ± 0:41	0:06 ± 0:03

[EMPTY_CELL]	1:03 ± 0:05	6:28 ± 0:26	4:40 ± 0:16	12:20 ± 0:22	0:08 ± 0:04

[EMPTY_CELL]	1:02 ± 0:13	6:33 ± 0:31	5:03 ± 0:34	12:47 ± 0:49	0:08 ± 0:02

[EMPTY_CELL]	1:04 ± 0:11	6:24 ± 0:32	4:50 ± 0:25	12:27 ± 1:01	0:08 ± 0:04

[EMPTY_CELL]	1:05 ± 0:11	6:35 ± 0:24	4:51 ± 0:40	12:39 ± 1:02	0:08 ± 0:04

[EMPTY_CELL]	1:05 ± 0:05	6:59 ± 0:32	5:30 ± 0:35	13:43 ± 1:08	0:09 ± 0:03

[EMPTY_CELL]	1:03 ± 0:06	6:53 ± 0:28	5:15 ± 0:41	13:19 ± 0:54	0:08 ± 0:04

[EMPTY_CELL]	1:04 ± 0:07	6:49 ± 0:30	5:09 ± 0:46	13:14 ± 1:16	0:11 ± 0:04

[EMPTY_CELL]	1:03 ± 0:06	6:34 ± 0:15	5:28 ± 0:19	13:13 ± 0:28	0:07 ± 0:03

[EMPTY_CELL]	1:14 ± 0:09	7:18 ± 0:32	5:29 ± 0:31	14:15 ± 0:59	0:12 ± 0:04

", "cells": [{"cell": "Country", "bbox": [1, 4, 31, 14]}, {"cell": "Swimming split time (h:min)", "bbox": [76, 4, 149, 23]}, {"cell": "Cycling split time (h:min)", "bbox": [171, 4, 232, 23]}, {"cell": "Running split time (h:min)", "bbox": [255, 4, 320, 23]}, {"cell": "Overall race time (h:min)", "bbox": [343, 4, 403, 23]}, {"cell": "Transition time (h:min)", "bbox": [426, 4, 480, 23]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 31, 28, 41]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 43, 32, 53]}, {"cell": "1:03 ± 0:14", "bbox": [76, 43, 114, 53]}, {"cell": "6:48 ± 0:26", "bbox": [171, 43, 209, 53]}, {"cell": "4:52 ± 0:21", "bbox": [255, 43, 293, 53]}, {"cell": "13:01 ± 0:17", "bbox": [343, 43, 385, 53]}, {"cell": "0:06 ± 0:03", "bbox": [426, 43, 464, 53]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 55, 37, 65]}, {"cell": "1:10 ± 0:06", "bbox": [76, 55, 114, 65]}, {"cell": "7:03 ± 0:28", "bbox": [171, 55, 209, 65]}, {"cell": "4:23 ± 0:36", "bbox": [255, 55, 293, 65]}, {"cell": "13:46 ± 0:55", "bbox": [343, 55, 385, 65]}, {"cell": "0:09 ± 0:03", "bbox": [426, 55, 464, 65]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 68, 46, 77]}, {"cell": "1:07 ± 0:15", "bbox": [76, 68, 114, 77]}, {"cell": "8:06 ± 1:01", "bbox": [171, 68, 209, 77]}, {"cell": "6:12 ± 0:43", "bbox": [255, 68, 293, 77]}, {"cell": "15:51 ± 1:19", "bbox": [343, 68, 385, 77]}, {"cell": "0:14 ± 0:08", "bbox": [426, 68, 464, 77]}, {"cell": "[EMPTY_CELL]", "bbox": [1, 80, 17, 89]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 92, 32, 101]}, {"cell": "1:03 ± 0:07", "bbox": [76, 92, 114, 101]}, {"cell": "5:34 ± 0:12", "bbox": [171, 92, 209, 101]}, {"cell": "4:14 ± 0:12", "bbox": [255, 92, 293, 101]}, {"cell": "10:56 ± 0:14", "bbox": [343, 92, 385, 101]}, {"cell": "0:03 ± 0:01", "bbox": [426, 92, 464, 101]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 104, 46, 113]}, {"cell": "1:07 ± 0:08", "bbox": [76, 104, 114, 113]}, {"cell": "6:26 ± 0:22", "bbox": [171, 104, 209, 113]}, {"cell": "4:57 ± 0:14", "bbox": [255, 104, 293, 113]}, {"cell": "12:36 ± 0:41", "bbox": [343, 104, 385, 113]}, {"cell": "0:06 ± 0:03", "bbox": [426, 104, 464, 113]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 116, 37, 125]}, {"cell": "1:03 ± 0:05", "bbox": [76, 116, 114, 125]}, {"cell": "6:28 ± 0:26", "bbox": [171, 116, 209, 125]}, {"cell": "4:40 ± 0:16", "bbox": [255, 116, 293, 125]}, {"cell": "12:20 ± 0:22", "bbox": [343, 116, 385, 125]}, {"cell": "0:08 ± 0:04", "bbox": [426, 116, 464, 125]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 128, 28, 137]}, {"cell": "1:02 ± 0:13", "bbox": [76, 128, 114, 137]}, {"cell": "6:33 ± 0:31", "bbox": [171, 128, 209, 137]}, {"cell": "5:03 ± 0:34", "bbox": [255, 128, 293, 137]}, {"cell": "12:47 ± 0:49", "bbox": [343, 128, 385, 137]}, {"cell": "0:08 ± 0:02", "bbox": [426, 128, 464, 137]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 140, 33, 150]}, {"cell": "1:04 ± 0:11", "bbox": [76, 140, 114, 150]}, {"cell": "6:24 ± 0:32", "bbox": [171, 140, 209, 150]}, {"cell": "4:50 ± 0:25", "bbox": [255, 140, 293, 150]}, {"cell": "12:27 ± 1:01", "bbox": [343, 140, 385, 150]}, {"cell": "0:08 ± 0:04", "bbox": [426, 140, 464, 150]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 152, 37, 162]}, {"cell": "1:05 ± 0:11", "bbox": [76, 152, 114, 162]}, {"cell": "6:35 ± 0:24", "bbox": [171, 152, 209, 162]}, {"cell": "4:51 ± 0:40", "bbox": [255, 152, 293, 162]}, {"cell": "12:39 ± 1:02", "bbox": [343, 152, 385, 162]}, {"cell": "0:08 ± 0:04", "bbox": [426, 152, 464, 162]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 164, 21, 174]}, {"cell": "1:05 ± 0:05", "bbox": [76, 164, 114, 174]}, {"cell": "6:59 ± 0:32", "bbox": [171, 164, 209, 174]}, {"cell": "5:30 ± 0:35", "bbox": [255, 164, 293, 174]}, {"cell": "13:43 ± 1:08", "bbox": [343, 164, 385, 174]}, {"cell": "0:09 ± 0:03", "bbox": [426, 164, 464, 174]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 176, 60, 186]}, {"cell": "1:03 ± 0:06", "bbox": [76, 176, 114, 186]}, {"cell": "6:53 ± 0:28", "bbox": [171, 176, 209, 186]}, {"cell": "5:15 ± 0:41", "bbox": [255, 176, 293, 186]}, {"cell": "13:19 ± 0:54", "bbox": [343, 176, 385, 186]}, {"cell": "0:08 ± 0:04", "bbox": [426, 176, 464, 186]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 189, 29, 198]}, {"cell": "1:04 ± 0:07", "bbox": [76, 189, 114, 198]}, {"cell": "6:49 ± 0:30", "bbox": [171, 189, 209, 198]}, {"cell": "5:09 ± 0:46", "bbox": [255, 189, 293, 198]}, {"cell": "13:14 ± 1:16", "bbox": [343, 189, 385, 198]}, {"cell": "0:11 ± 0:04", "bbox": [426, 189, 464, 198]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 201, 34, 210]}, {"cell": "1:03 ± 0:06", "bbox": [76, 201, 114, 210]}, {"cell": "6:34 ± 0:15", "bbox": [171, 201, 209, 210]}, {"cell": "5:28 ± 0:19", "bbox": [255, 201, 293, 210]}, {"cell": "13:13 ± 0:28", "bbox": [343, 201, 385, 210]}, {"cell": "0:07 ± 0:03", "bbox": [426, 201, 464, 210]}, {"cell": "[EMPTY_CELL]", "bbox": [5, 213, 25, 222]}, {"cell": "1:14 ± 0:09", "bbox": [76, 213, 114, 222]}, {"cell": "7:18 ± 0:32", "bbox": [171, 213, 209, 222]}, {"cell": "5:29 ± 0:31", "bbox": [255, 213, 293, 222]}, {"cell": "14:15 ± 0:59", "bbox": [343, 213, 385, 222]}, {"cell": "0:12 ± 0:04", "bbox": [426, 213, 464, 222]}]}


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

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

[Assistant]
{"html": "

Method	LGA

[EMPTY_CELL]	Brisbane	Townsville	Redland	Emerald

[EMPTY_CELL]	1996	1998/99	1997	2000	1996	2001	1997	2007

DSP	5-21	50-4	6-20	2-11	7-18	[EMPTY_CELL]	1-7	5-9

[EMPTY_CELL]	[EMPTY_CELL]	9-24	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

HLM-A	10	ND	12	2-6	14-17	[EMPTY_CELL]	1-5	6-9

[EMPTY_CELL]	12-13	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	17-21	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

HLM-B	10	20	12	2-6	14-17	[EMPTY_CELL]	1-5	6-9

[EMPTY_CELL]	12	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	18-21	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

C1-A	3-12	46-47	12	2-8	5-7	[EMPTY_CELL]	1-2	ND

[EMPTY_CELL]	[EMPTY_CELL]	50	[EMPTY_CELL]	[EMPTY_CELL]	9-10	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	14	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

C1-B	5-14	46-48	ND	2-9	5-11	[EMPTY_CELL]	1-5	ND

[EMPTY_CELL]	[EMPTY_CELL]	50	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

C2-A	5-16	47-3	ND	2-15	5-16	[EMPTY_CELL]	1-4	ND

[EMPTY_CELL]	[EMPTY_CELL]	7-8	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

C2-B	5-15	47-48	ND	2-15	5-7	[EMPTY_CELL]	1-3	ND

[EMPTY_CELL]	[EMPTY_CELL]	50-51	[EMPTY_CELL]	[EMPTY_CELL]	9-15	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

C2-C	5-21	47-4	ND	2-16	5-16	[EMPTY_CELL]	1-6	ND

[EMPTY_CELL]	[EMPTY_CELL]	7-12	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

C2-D	5-21	47-48	ND	2-16	5-15	[EMPTY_CELL]	1-6	ND

[EMPTY_CELL]	[EMPTY_CELL]	50-3	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

NBC-A	5-13	7	4	2-7	ND	[EMPTY_CELL]	ND	ND

[EMPTY_CELL]	[EMPTY_CELL]	9-12	6-12	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

NBC-B	5-15	1-16	4-15	2-8	10-15	[EMPTY_CELL]	2-3	ND

NBC-C	5-16	1-17	6-16	2-9	10-16	[EMPTY_CELL]	ND	ND

NBC-D	5-17	51-19	6-17	2-11	9-18	[EMPTY_CELL]	3-5	ND

NBC-E	6-17	47-7	9-12	2-8	ND	[EMPTY_CELL]	ND	9-10

NBC-F	6-20	47-8	9-15	2-9	ND	[EMPTY_CELL]	ND	9-11

POD-A	6-22	1-4	4	2-8	13-18	[EMPTY_CELL]	2-6	ND

[EMPTY_CELL]	[EMPTY_CELL]	7	6-10	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	14-21	12-13	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

[EMPTY_CELL]	[EMPTY_CELL]	23	15	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

POD-B	7-24	1-7	4-15	2-9	14-20	[EMPTY_CELL]	1-8	ND

[EMPTY_CELL]	[EMPTY_CELL]	14-23	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]	[EMPTY_CELL]

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

SaTScan	5-24	50-23	6-19	2-12	9-21	[EMPTY_CELL]	1-11	3-17

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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": "

[EMPTY_CELL]	 Pregabalin 	 Placebo 	P value

Patients' age, Mean ± SD	41.1 ± 14.1	[EMPTY_CELL]	0.212

Frequency of men, frequancy (%)	28 (70)	[EMPTY_CELL]	0.108

Pain intensity at the time of recovery, Mean ± SD	3.2 ± 1.5	[EMPTY_CELL]	< 0.001

Pain intensity 30 min after the operation, Mean ± SD	3.1 ± 1.6	[EMPTY_CELL]	< 0.001

Pain intensity 2 hours after the operation, Mean ± SD	2.7 ± 1.4	[EMPTY_CELL]	< 0.001

Pain intensity 4 hours after the operation, Mean ± SD	2.5 ± 1.5	[EMPTY_CELL]	< 0.001

Pain intensity 12 hours after the operation, Mean ± SD	1.02 ± 1	[EMPTY_CELL]	< 0.001

Pain intensity 24 hours after the operation, Mean ± SD	0.6 ± 0.8	[EMPTY_CELL]	< 0.001

Nausea, frequency (%)	5 (12.5)	[EMPTY_CELL]	0.003

Vomiting, frequency (%)	1 (2.5)	[EMPTY_CELL]	0.09

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