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2_test

Id Subject Object Predicate Lexical cue
22240205-21029730-63147418 507-508 21029730 denotes 5
22240205-21742016-63147419 509-510 21742016 denotes 7
22240205-20886625-63147420 511-512 20886625 denotes 8
22240205-21631954-63147421 513-515 21631954 denotes 18
22240205-16845674-63147422 516-518 16845674 denotes 25
22240205-20886625-63147423 1923-1924 20886625 denotes 8

pmc-enju-pas

Id Subject Object Predicate Lexical cue
T6676 2186-2192 NN denotes Non-SE
T6675 2182-2185 DT denotes the
T6674 2177-2181 IN denotes with
T6673 2168-2176 VB denotes compared
T6672 2166-2167 -RRB- denotes )
T6671 2158-2166 NN denotes swelling
T6670 2155-2157 CC denotes or
T6669 2154-2155 -LRB- denotes (
T6668 2144-2153 NN denotes shrinkage
T6667 2141-2143 IN denotes of
T6666 2134-2140 NN denotes degree
T6665 2130-2133 DT denotes the
T6664 2117-2129 VB denotes representing
T6663 2115-2116 -RRB- denotes )
T6662 2113-2115 NN denotes CF
T6661 2112-2113 -LRB- denotes (
T6660 2104-2111 NN denotes factors
T6659 2093-2103 NN denotes correction
T6658 2081-2092 JJ denotes appropriate
T6657 2076-2080 IN denotes with
T6656 2064-2075 VB denotes multiplying
T6655 2061-2063 IN denotes by
T6654 2051-2060 VB denotes corrected
T6653 2047-2050 VB denotes was
T6652 2041-2046 NN denotes cells
T6651 2038-2040 IN denotes of
T6650 2031-2037 NN denotes number
T6649 2025-2030 JJ denotes total
T6648 2021-2024 DT denotes the
T6647 2019-2020 -COMMA- denotes ,
T6646 2010-2019 RB denotes Therefore
T6645 2006-2008 NN denotes PC
T6644 2002-2005 DT denotes the
T6643 1999-2001 IN denotes of
T6642 1992-1998 NN denotes volume
T6641 1988-1991 DT denotes the
T6640 1985-1987 IN denotes in
T6639 1973-1984 NN denotes alterations
T6625 1922-1923 -LRB- denotes [
T6624 1914-1921 JJ denotes evident
T6623 1911-1913 VB denotes is
T6622 1903-1910 NN denotes atrophy
T6621 1900-1902 NN denotes PC
T6620 1889-1899 JJ denotes SE-induced
T6619 1880-1887 NN denotes tissues
T6618 1877-1879 IN denotes of
T6617 1862-1876 NN denotes classification
T6616 1858-1861 DT denotes the
T6615 1855-1857 TO denotes to
T6614 1849-1854 JJ denotes blind
T6613 1844-1848 VB denotes were
T6612 1840-1843 WP denotes who
T6611 1826-1839 NN denotes investigators
T6610 1816-1825 JJ denotes different
T6609 1812-1815 CD denotes two
T6608 1809-1811 IN denotes by
T6607 1799-1808 VB denotes performed
T6606 1794-1798 VB denotes were
T6605 1787-1793 NN denotes counts
T6604 1782-1786 NN denotes Cell
T6603 1772-1780 NN denotes labeling
T6602 1769-1771 IN denotes of
T6601 1759-1768 NN denotes intensity
T6600 1755-1758 DT denotes the
T6599 1744-1754 RB denotes regardless
T6598 1736-1743 VB denotes counted
T6597 1731-1735 VB denotes were
T6596 1725-1730 NN denotes cells
T6595 1710-1724 JJ denotes immunoreactive
T6594 1706-1709 DT denotes All
T6593 1700-1704 NN denotes lens
T6592 1690-1699 JJ denotes objective
T6591 1686-1689 JJ denotes 40×
T6590 1684-1685 DT denotes a
T6589 1679-1683 IN denotes with
T6588 1671-1678 VB denotes counted
T6587 1666-1670 VB denotes were
T6586 1660-1665 NN denotes cells
T6585 1645-1659 JJ denotes immunoreactive
T6584 1641-1644 DT denotes The
T6583 1635-1639 NN denotes lens
T6582 1625-1634 JJ denotes objective
T6581 1621-1624 JJ denotes 40×
T6580 1619-1620 DT denotes a
T6579 1614-1618 IN denotes with
T6578 1606-1613 VB denotes counted
T6577 1601-1605 VB denotes were
T6576 1595-1600 NN denotes cells
T6575 1580-1594 JJ denotes immunoreactive
T6574 1576-1579 DT denotes The
T6573 1038-1039 -RRB- denotes )
T6572 1033-1038 NN denotes study
T6571 1028-1032 DT denotes this
T6570 1024-1027 IN denotes for
T6569 1018-1023 NN denotes cases
T6568 1014-1017 DT denotes all
T6567 1011-1013 IN denotes in
T6566 1008-1010 NN denotes μm
T6565 1005-1007 CD denotes 15
T6564 1003-1004 -COLON- denotes ;
T6563 1002-1003 NN denotes h
T6562 1000-1001 -COMMA- denotes ,
T6561 994-1000 NN denotes height
T6560 984-993 NN denotes dissector
T6559 976-983 JJ denotes optical
T6558 972-975 DT denotes the
T6557 971-972 -LRB- denotes (
T6556 964-970 NN denotes tissue
T6555 960-963 DT denotes the
T6554 957-959 IN denotes of
T6553 951-956 NN denotes depth
T6552 947-950 DT denotes the
T6551 939-946 IN denotes through
T6550 930-938 VB denotes focusing
T6549 927-929 IN denotes by
T6548 914-926 VB denotes accomplished
T6547 911-913 VB denotes is
T6546 901-910 NN denotes procedure
T6545 892-900 NN denotes sampling
T6544 888-891 DT denotes The
T6543 880-886 NN denotes number
T6542 869-879 NN denotes population
T6541 866-868 IN denotes of
T6540 856-865 NN denotes estimates
T6539 847-855 JJ denotes unbiased
T6538 840-846 VB denotes yields
T6537 829-839 NN denotes definition
T6536 826-828 IN denotes by
T6535 821-825 IN denotes that
T6534 814-820 NN denotes method
T6533 805-813 NN denotes sampling
T6532 798-804 JJ denotes random
T6531 787-797 JJ denotes systematic
T6530 778-786 VB denotes designed
T6529 769-777 RB denotes properly
T6528 767-768 DT denotes a
T6527 764-766 IN denotes on
T6526 758-763 VB denotes based
T6525 751-757 NN denotes method
T6524 737-750 JJ denotes stereological
T6523 735-736 DT denotes a
T6522 732-734 VB denotes is
T6521 730-731 -RRB- denotes )
T6520 722-730 NN denotes sampling
T6519 709-721 NN denotes fractionator
T6518 704-708 IN denotes with
T6517 702-703 -COMMA- denotes ,
T6516 693-702 NN denotes dissector
T6515 685-692 JJ denotes optical
T6514 681-684 DT denotes the
T6513 676-680 IN denotes with
T6512 667-675 NN denotes counting
T6511 656-666 VB denotes performing
T6510 653-655 IN denotes of
T6509 641-652 NN denotes combination
T6508 639-640 DT denotes a
T6507 638-639 -LRB- denotes (
T6506 625-637 NN denotes fractionator
T6505 617-624 JJ denotes optical
T6504 613-616 DT denotes The
T6503 604-611 NN denotes numbers
T6502 599-603 NN denotes cell
T6501 590-598 VB denotes estimate
T6500 587-589 TO denotes to
T6499 582-586 VB denotes used
T6498 578-581 VB denotes was
T6497 565-577 NN denotes fractionator
T6496 557-564 JJ denotes optical
T6495 554-556 DT denotes An
T6494 549-552 NN denotes mm3
T6493 546-548 IN denotes as
T6492 537-545 VB denotes reported
T6491 533-536 VB denotes are
T6490 525-532 NN denotes volumes
T6489 521-524 DT denotes The
T6488 518-519 -RRB- denotes ]
T6487 507-518 CD denotes 5,7,8,18,25
T6486 506-507 -LRB- denotes [
T6485 501-505 NN denotes lens
T6484 491-500 JJ denotes objective
T6483 489-490 -COLON- denotes ×
T6482 485-488 CD denotes 2.5
T6481 483-484 DT denotes a
T6480 478-482 IN denotes with
T6479 467-477 VB denotes delineated
T6478 462-466 VB denotes were
T6477 456-461 NN denotes areas
T6476 447-455 NN denotes subfield
T6475 443-446 DT denotes The
T6474 440-441 -RRB- denotes )
T6473 435-440 NN denotes study
T6472 430-434 DT denotes this
T6471 427-429 IN denotes in
T6470 423-426 CD denotes 1/6
T6469 420-422 IN denotes of
T6468 419-420 -LRB- denotes (
T6467 410-418 NN denotes fraction
T6466 401-409 NN denotes sampling
T6465 393-400 NN denotes section
T6464 390-392 CC denotes or
T6463 382-389 VB denotes sampled
T6462 373-381 NN denotes sections
T6461 369-372 DT denotes the
T6460 366-368 IN denotes of
T6459 357-365 NN denotes fraction
T6458 353-356 DT denotes the
T6457 350-352 VB denotes is
T6456 346-349 NN denotes ssf
T6455 342-345 CC denotes and
T6454 340-341 -COMMA- denotes ,
T6453 339-340 -RRB- denotes )
T6452 334-339 NN denotes study
T6451 329-333 DT denotes this
T6450 326-328 IN denotes in
T6449 323-325 NN denotes μm
T6448 320-322 CD denotes 30
T6447 317-319 IN denotes of
T6446 316-317 -LRB- denotes (
T6445 306-315 NN denotes thickness
T6444 298-305 NN denotes section
T6443 290-297 JJ denotes nominal
T6442 286-289 DT denotes the
T6441 283-285 VB denotes is
T6440 278-282 NN denotes tnom
T6439 276-277 -COMMA- denotes ,
T6438 268-276 NN denotes software
T6437 264-267 CD denotes 4.8
T6436 259-263 NNP denotes Rel.
T6435 248-258 NNP denotes AxioVision
T6434 245-247 IN denotes by
T6433 236-244 VB denotes measured
T6432 227-235 NN denotes subfield
T6431 216-226 JJ denotes delineated
T6430 212-215 DT denotes the
T6429 209-211 IN denotes of
T6428 202-208 NN denotes region
T6427 198-201 DT denotes the
T6426 195-197 IN denotes of
T6425 190-194 NN denotes area
T6424 187-189 VB denotes is
T6423 185-186 DT denotes a
T6422 179-184 WRB denotes where
T6421 177-178 -COMMA- denotes ,
T6420 172-177 NN denotes 1/ssf
T6419 170-171 FW denotes ×
T6418 165-169 NN denotes tnom
T6417 163-164 FW denotes ×
T6416 160-162 FW denotes Σa
T6415 158-159 SYM denotes =
T6414 156-157 NN denotes V
T6413 154-155 -COLON- denotes :
T6412 148-154 NN denotes method
T6411 138-147 NNP denotes Cavalieri
T6410 129-137 VB denotes modified
T6391 26-27 -COMMA- denotes ,
T6390 21-26 NN denotes edema
T6389 11-20 JJ denotes vasogenic
T6388 3-10 VB denotes measure
T6387 0-2 TO denotes To
T6638 1970-1972 DT denotes an
T6637 1967-1969 IN denotes by
T6636 1960-1966 VB denotes caused
T6635 1957-1959 VB denotes be
T6634 1953-1956 MD denotes may
T6633 1946-1952 NN denotes number
T6632 1941-1945 NN denotes cell
T6631 1938-1940 IN denotes in
T6630 1930-1937 NN denotes changes
T6629 1927-1929 IN denotes so
T6628 1925-1926 -COMMA- denotes ,
T6627 1924-1925 -RRB- denotes ]
T6626 1923-1924 CD denotes 8
T6409 125-128 DT denotes the
T6408 122-124 IN denotes on
T6407 116-121 VB denotes based
T6406 108-115 NN denotes formula
T6405 104-107 DT denotes the
T6404 101-103 TO denotes to
T6403 91-100 VB denotes according
T6402 81-90 VB denotes estimated
T6401 77-80 VB denotes was
T6400 74-76 NN denotes PC
T6399 71-73 IN denotes in
T6398 64-70 NN denotes region
T6397 55-63 JJ denotes positive
T6396 51-54 NN denotes IgG
T6395 42-50 JJ denotes anti-rat
T6394 39-41 IN denotes of
T6393 32-38 NN denotes volume
T6392 28-31 DT denotes the
R5254 T6388 T6387 arg1Of measure,To
R5255 T6390 T6388 arg2Of edema,measure
R5256 T6390 T6389 arg1Of edema,vasogenic
R5257 T6393 T6388 arg1Of volume,measure
R5258 T6393 T6392 arg1Of volume,the
R5259 T6393 T6394 arg1Of volume,of
R5260 T6393 T6401 arg1Of volume,was
R5261 T6393 T6402 arg2Of volume,estimated
R5262 T6398 T6394 arg2Of region,of
R5263 T6398 T6395 arg1Of region,anti-rat
R5264 T6398 T6396 arg1Of region,IgG
R5265 T6398 T6397 arg1Of region,positive
R5266 T6398 T6399 arg1Of region,in
R5267 T6400 T6399 arg2Of PC,in
R5268 T6402 T6387 modOf estimated,To
R5269 T6402 T6391 arg1Of estimated,","
R5270 T6402 T6401 arg2Of estimated,was
R5271 T6402 T6403 arg1Of estimated,according
R5272 T6402 T6413 arg1Of estimated,:
R5273 T6404 T6403 arg2Of to,according
R5274 T6406 T6404 arg2Of formula,to
R5275 T6406 T6405 arg1Of formula,the
R5276 T6406 T6407 arg1Of formula,based
R5277 T6408 T6407 arg2Of on,based
R5278 T6412 T6408 arg2Of method,on
R5279 T6412 T6409 arg1Of method,the
R5280 T6412 T6410 arg2Of method,modified
R5281 T6412 T6411 arg1Of method,Cavalieri
R5282 T6420 T6415 arg1Of 1/ssf,=
R5283 T6420 T6416 arg1Of 1/ssf,Σa
R5284 T6420 T6417 arg1Of 1/ssf,×
R5285 T6420 T6418 arg1Of 1/ssf,tnom
R5286 T6420 T6419 arg1Of 1/ssf,×
R5287 T6420 T6421 arg1Of 1/ssf,","
R5288 T6425 T6424 arg2Of area,is
R5289 T6425 T6426 arg1Of area,of
R5290 T6428 T6426 arg2Of region,of
R5291 T6428 T6427 arg1Of region,the
R5292 T6428 T6429 arg1Of region,of
R5293 T6432 T6429 arg2Of subfield,of
R5294 T6432 T6430 arg1Of subfield,the
R5295 T6432 T6431 arg1Of subfield,delineated
R5296 T6432 T6433 arg2Of subfield,measured
R5297 T6436 T6435 arg1Of Rel.,AxioVision
R5298 T6438 T6433 arg1Of software,measured
R5299 T6438 T6434 arg2Of software,by
R5300 T6438 T6436 arg1Of software,Rel.
R5301 T6438 T6437 arg1Of software,4.8
R5302 T6440 T6441 arg1Of tnom,is
R5303 T6441 T6455 arg1Of is,and
R5304 T6445 T6441 arg2Of thickness,is
R5305 T6445 T6442 arg1Of thickness,the
R5306 T6445 T6443 arg1Of thickness,nominal
R5307 T6445 T6444 arg1Of thickness,section
R5308 T6445 T6446 arg1Of thickness,(
R5309 T6447 T6446 arg2Of of,(
R5310 T6449 T6447 arg2Of μm,of
R5311 T6449 T6448 arg1Of μm,30
R5312 T6449 T6450 arg1Of μm,in
R5313 T6452 T6450 arg2Of study,in
R5314 T6452 T6451 arg1Of study,this
R5315 T6453 T6446 arg3Of ),(
R5316 T6455 T6439 arg1Of and,","
R5317 T6455 T6454 arg1Of and,","
R5318 T6456 T6457 arg1Of ssf,is
R5319 T6457 T6455 arg2Of is,and
R5320 T6459 T6460 arg1Of fraction,of
R5321 T6459 T6464 arg1Of fraction,or
R5322 T6462 T6460 arg2Of sections,of
R5323 T6462 T6461 arg1Of sections,the
R5324 T6462 T6463 arg2Of sections,sampled
R5325 T6464 T6457 arg2Of or,is
R5326 T6464 T6458 arg1Of or,the
R5327 T6467 T6464 arg2Of fraction,or
R5328 T6467 T6465 arg1Of fraction,section
R5329 T6467 T6466 arg1Of fraction,sampling
R5330 T6467 T6468 arg1Of fraction,(
R5331 T6469 T6468 arg2Of of,(
R5332 T6470 T6469 arg2Of 1/6,of
R5333 T6470 T6471 arg1Of 1/6,in
R5334 T6473 T6471 arg2Of study,in
R5335 T6473 T6472 arg1Of study,this
R5336 T6474 T6468 arg3Of ),(
R5337 T6477 T6475 arg1Of areas,The
R5338 T6477 T6476 arg1Of areas,subfield
R5339 T6477 T6478 arg1Of areas,were
R5340 T6477 T6479 arg2Of areas,delineated
R5341 T6479 T6478 arg2Of delineated,were
R5342 T6479 T6480 arg1Of delineated,with
R5343 T6479 T6485 arg1Of delineated,lens
R5344 T6482 T6480 arg2Of 2.5,with
R5345 T6482 T6481 arg1Of 2.5,a
R5346 T6485 T6483 arg1Of lens,×
R5347 T6485 T6484 arg1Of lens,objective
R5348 T6485 T6486 arg1Of lens,[
R5349 T6487 T6486 arg2Of "5,7,8,18,25",[
R5350 T6488 T6486 arg3Of ],[
R5351 T6490 T6489 arg1Of volumes,The
R5352 T6490 T6491 arg1Of volumes,are
R5353 T6490 T6492 arg2Of volumes,reported
R5354 T6492 T6491 arg2Of reported,are
R5355 T6492 T6493 arg1Of reported,as
R5356 T6494 T6493 arg2Of mm3,as
R5357 T6497 T6495 arg1Of fractionator,An
R5358 T6497 T6496 arg1Of fractionator,optical
R5359 T6497 T6498 arg1Of fractionator,was
R5360 T6497 T6499 arg2Of fractionator,used
R5361 T6499 T6498 arg2Of used,was
R5362 T6499 T6500 modOf used,to
R5363 T6501 T6500 arg1Of estimate,to
R5364 T6503 T6501 arg2Of numbers,estimate
R5365 T6503 T6502 arg1Of numbers,cell
R5366 T6506 T6504 arg1Of fractionator,The
R5367 T6506 T6505 arg1Of fractionator,optical
R5368 T6506 T6507 arg1Of fractionator,(
R5369 T6506 T6522 arg1Of fractionator,is
R5370 T6509 T6507 arg2Of combination,(
R5371 T6509 T6508 arg1Of combination,a
R5372 T6509 T6510 arg1Of combination,of
R5373 T6511 T6510 arg2Of performing,of
R5374 T6511 T6513 arg1Of performing,with
R5375 T6511 T6517 arg1Of performing,","
R5376 T6511 T6518 arg1Of performing,with
R5377 T6512 T6511 arg2Of counting,performing
R5378 T6516 T6513 arg2Of dissector,with
R5379 T6516 T6514 arg1Of dissector,the
R5380 T6516 T6515 arg1Of dissector,optical
R5381 T6520 T6518 arg2Of sampling,with
R5382 T6520 T6519 arg1Of sampling,fractionator
R5383 T6521 T6507 arg3Of ),(
R5384 T6525 T6522 arg2Of method,is
R5385 T6525 T6523 arg1Of method,a
R5386 T6525 T6524 arg1Of method,stereological
R5387 T6525 T6526 arg2Of method,based
R5388 T6526 T6527 arg1Of based,on
R5389 T6530 T6529 arg1Of designed,properly
R5390 T6534 T6527 arg2Of method,on
R5391 T6534 T6528 arg1Of method,a
R5392 T6534 T6530 arg1Of method,designed
R5393 T6534 T6531 arg1Of method,systematic
R5394 T6534 T6532 arg1Of method,random
R5395 T6534 T6533 arg1Of method,sampling
R5396 T6534 T6535 arg1Of method,that
R5397 T6534 T6538 arg1Of method,yields
R5398 T6537 T6536 arg2Of definition,by
R5399 T6538 T6536 arg1Of yields,by
R5400 T6540 T6538 arg2Of estimates,yields
R5401 T6540 T6539 arg1Of estimates,unbiased
R5402 T6540 T6541 arg1Of estimates,of
R5403 T6543 T6541 arg2Of number,of
R5404 T6543 T6542 arg1Of number,population
R5405 T6546 T6544 arg1Of procedure,The
R5406 T6546 T6545 arg1Of procedure,sampling
R5407 T6546 T6547 arg1Of procedure,is
R5408 T6546 T6548 arg2Of procedure,accomplished
R5409 T6548 T6547 arg2Of accomplished,is
R5410 T6548 T6549 arg1Of accomplished,by
R5411 T6550 T6549 arg2Of focusing,by
R5412 T6550 T6551 arg1Of focusing,through
R5413 T6553 T6551 arg2Of depth,through
R5414 T6553 T6552 arg1Of depth,the
R5415 T6553 T6554 arg1Of depth,of
R5416 T6553 T6557 arg1Of depth,(
R5417 T6556 T6554 arg2Of tissue,of
R5418 T6556 T6555 arg1Of tissue,the
R5419 T6561 T6557 arg2Of height,(
R5420 T6561 T6558 arg1Of height,the
R5421 T6561 T6559 arg1Of height,optical
R5422 T6561 T6560 arg1Of height,dissector
R5423 T6561 T6562 arg1Of height,","
R5424 T6563 T6564 arg1Of h,;
R5425 T6564 T6562 arg2Of ;,","
R5426 T6564 T6567 arg1Of ;,in
R5427 T6566 T6564 arg2Of μm,;
R5428 T6566 T6565 arg1Of μm,15
R5429 T6569 T6567 arg2Of cases,in
R5430 T6569 T6568 arg1Of cases,all
R5431 T6569 T6570 arg1Of cases,for
R5432 T6572 T6570 arg2Of study,for
R5433 T6572 T6571 arg1Of study,this
R5434 T6573 T6557 arg3Of ),(
R5435 T6576 T6574 arg1Of cells,The
R5436 T6576 T6575 arg1Of cells,immunoreactive
R5437 T6576 T6577 arg1Of cells,were
R5438 T6576 T6578 arg2Of cells,counted
R5439 T6578 T6577 arg2Of counted,were
R5440 T6578 T6579 arg1Of counted,with
R5441 T6583 T6579 arg2Of lens,with
R5442 T6583 T6580 arg1Of lens,a
R5443 T6583 T6581 arg1Of lens,40×
R5444 T6583 T6582 arg1Of lens,objective
R5445 T6586 T6584 arg1Of cells,The
R5446 T6586 T6585 arg1Of cells,immunoreactive
R5447 T6586 T6587 arg1Of cells,were
R5448 T6586 T6588 arg2Of cells,counted
R5449 T6588 T6587 arg2Of counted,were
R5450 T6588 T6589 arg1Of counted,with
R5451 T6593 T6589 arg2Of lens,with
R5452 T6593 T6590 arg1Of lens,a
R5453 T6593 T6591 arg1Of lens,40×
R5454 T6593 T6592 arg1Of lens,objective
R5455 T6596 T6594 arg1Of cells,All
R5456 T6596 T6595 arg1Of cells,immunoreactive
R5457 T6596 T6597 arg1Of cells,were
R5458 T6596 T6598 arg2Of cells,counted
R5459 T6598 T6597 arg2Of counted,were
R5460 T6598 T6599 arg1Of counted,regardless
R5461 T6601 T6598 arg3Of intensity,counted
R5462 T6601 T6600 arg1Of intensity,the
R5463 T6601 T6602 arg1Of intensity,of
R5464 T6603 T6602 arg2Of labeling,of
R5465 T6605 T6604 arg1Of counts,Cell
R5466 T6605 T6606 arg1Of counts,were
R5467 T6605 T6607 arg2Of counts,performed
R5468 T6607 T6606 arg2Of performed,were
R5469 T6611 T6607 arg1Of investigators,performed
R5470 T6611 T6608 arg2Of investigators,by
R5471 T6611 T6609 arg1Of investigators,two
R5472 T6611 T6610 arg1Of investigators,different
R5473 T6611 T6612 arg1Of investigators,who
R5474 T6611 T6613 arg1Of investigators,were
R5475 T6611 T6614 arg1Of investigators,blind
R5476 T6614 T6613 arg2Of blind,were
R5477 T6614 T6615 arg1Of blind,to
R5478 T6617 T6615 arg2Of classification,to
R5479 T6617 T6616 arg1Of classification,the
R5480 T6617 T6618 arg1Of classification,of
R5481 T6619 T6618 arg2Of tissues,of
R5482 T6622 T6620 arg1Of atrophy,SE-induced
R5483 T6622 T6621 arg1Of atrophy,PC
R5484 T6622 T6623 arg1Of atrophy,is
R5485 T6622 T6624 arg1Of atrophy,evident
R5486 T6623 T6625 arg1Of is,[
R5487 T6623 T6629 arg1Of is,so
R5488 T6624 T6623 arg2Of evident,is
R5489 T6626 T6625 arg2Of 8,[
R5490 T6627 T6625 arg3Of ],[
R5491 T6629 T6628 arg1Of so,","
R5492 T6630 T6631 arg1Of changes,in
R5493 T6630 T6634 arg1Of changes,may
R5494 T6630 T6635 arg1Of changes,be
R5495 T6630 T6636 arg2Of changes,caused
R5496 T6633 T6631 arg2Of number,in
R5497 T6633 T6632 arg1Of number,cell
R5498 T6636 T6629 arg2Of caused,so
R5499 T6636 T6634 arg2Of caused,may
R5500 T6636 T6635 arg2Of caused,be
R5501 T6639 T6636 arg1Of alterations,caused
R5502 T6639 T6637 arg2Of alterations,by
R5503 T6639 T6638 arg1Of alterations,an
R5504 T6639 T6640 arg1Of alterations,in
R5505 T6642 T6640 arg2Of volume,in
R5506 T6642 T6641 arg1Of volume,the
R5507 T6642 T6643 arg1Of volume,of
R5508 T6645 T6643 arg2Of PC,of
R5509 T6645 T6644 arg1Of PC,the
R5510 T6650 T6648 arg1Of number,the
R5511 T6650 T6649 arg1Of number,total
R5512 T6650 T6651 arg1Of number,of
R5513 T6650 T6653 arg1Of number,was
R5514 T6650 T6654 arg2Of number,corrected
R5515 T6652 T6651 arg2Of cells,of
R5516 T6654 T6646 arg1Of corrected,Therefore
R5517 T6654 T6647 arg1Of corrected,","
R5518 T6654 T6653 arg2Of corrected,was
R5519 T6654 T6655 arg1Of corrected,by
R5520 T6656 T6655 arg2Of multiplying,by
R5521 T6656 T6657 arg1Of multiplying,with
R5522 T6660 T6657 arg2Of factors,with
R5523 T6660 T6658 arg1Of factors,appropriate
R5524 T6660 T6659 arg1Of factors,correction
R5525 T6660 T6661 arg1Of factors,(
R5526 T6660 T6664 arg1Of factors,representing
R5527 T6662 T6661 arg2Of CF,(
R5528 T6663 T6661 arg3Of ),(
R5529 T6664 T6673 arg1Of representing,compared
R5530 T6666 T6664 arg2Of degree,representing
R5531 T6666 T6665 arg1Of degree,the
R5532 T6666 T6667 arg1Of degree,of
R5533 T6668 T6667 arg2Of shrinkage,of
R5534 T6668 T6669 arg1Of shrinkage,(
R5535 T6671 T6669 arg2Of swelling,(
R5536 T6671 T6670 arg1Of swelling,or
R5537 T6672 T6669 arg3Of ),(
R5538 T6674 T6673 arg2Of with,compared
R5539 T6676 T6674 arg2Of Non-SE,with
R5540 T6676 T6675 arg1Of Non-SE,the

UBERON-AE

Id Subject Object Predicate Lexical cue
T6362 964-970 http://purl.obolibrary.org/obo/UBERON_0000479 denotes tissue

GO-CC

Id Subject Object Predicate Lexical cue
T6381 2041-2046 http://purl.obolibrary.org/obo/GO_0005623 denotes cells
T6380 1941-1945 http://purl.obolibrary.org/obo/GO_0005623 denotes cell
T6379 1060-1064 http://purl.obolibrary.org/obo/GO_0005623 denotes cell
T6378 599-603 http://purl.obolibrary.org/obo/GO_0005623 denotes cell

sentences

Id Subject Object Predicate Lexical cue
T6376 2010-2193 Sentence denotes Therefore, the total number of cells was corrected by multiplying with appropriate correction factors (CF) representing the degree of shrinkage (or swelling) compared with the Non-SE.
T6375 1889-2009 Sentence denotes SE-induced PC atrophy is evident [8], so changes in cell number may be caused by an alterations in the volume of the PC.
T6374 1782-1888 Sentence denotes Cell counts were performed by two different investigators who were blind to the classification of tissues.
T6373 1706-1781 Sentence denotes All immunoreactive cells were counted regardless the intensity of labeling.
T6372 1641-1705 Sentence denotes The immunoreactive cells were counted with a 40× objective lens.
T6371 1576-1640 Sentence denotes The immunoreactive cells were counted with a 40× objective lens.
T6370 1041-1575 Sentence denotes The number of each cell type (C) in each of the subregions is estimated as: C = ΣQ- × t/h × 1/asf × 1/ssf, where Q- is the number of cells actually counted in the dissectors that fell within the sectional profiles of the subregion seen on the sampled sections, and Asf is the areal sampling fraction calculated by the area of the counting frame of the dissector, a(frame) (of 50 × 50 μm2 in this study) and the area associated with each x, y movement, grid (x, y step) (of 250 × 250 μm2 in this study) {asf = (a(frame)/a(x, y step))}.
T6369 888-1040 Sentence denotes The sampling procedure is accomplished by focusing through the depth of the tissue (the optical dissector height, h; 15 μm in all cases for this study).
T6368 613-887 Sentence denotes The optical fractionator (a combination of performing counting with the optical dissector, with fractionator sampling) is a stereological method based on a properly designed systematic random sampling method that by definition yields unbiased estimates of population number.
T6367 554-612 Sentence denotes An optical fractionator was used to estimate cell numbers.
T6366 521-553 Sentence denotes The volumes are reported as mm3.
T6365 443-520 Sentence denotes The subfield areas were delineated with a 2.5 × objective lens [5,7,8,18,25].
T6364 0-442 Sentence denotes To measure vasogenic edema, the volume of anti-rat IgG positive region in PC was estimated according to the formula based on the modified Cavalieri method: V = Σa × tnom × 1/ssf, where a is area of the region of the delineated subfield measured by AxioVision Rel. 4.8 software, tnom is the nominal section thickness (of 30 μm in this study), and ssf is the fraction of the sections sampled or section sampling fraction (of 1/6 in this study).
T110 0-155 Sentence denotes To measure vasogenic edema, the volume of anti-rat IgG positive region in PC was estimated according to the formula based on the modified Cavalieri method:
T111 156-263 Sentence denotes V = Σa × tnom × 1/ssf, where a is area of the region of the delineated subfield measured by AxioVision Rel.
T112 264-442 Sentence denotes 4.8 software, tnom is the nominal section thickness (of 30 μm in this study), and ssf is the fraction of the sections sampled or section sampling fraction (of 1/6 in this study).
T113 443-520 Sentence denotes The subfield areas were delineated with a 2.5 × objective lens [5,7,8,18,25].
T114 521-553 Sentence denotes The volumes are reported as mm3.
T115 554-612 Sentence denotes An optical fractionator was used to estimate cell numbers.
T116 613-887 Sentence denotes The optical fractionator (a combination of performing counting with the optical dissector, with fractionator sampling) is a stereological method based on a properly designed systematic random sampling method that by definition yields unbiased estimates of population number.
T117 888-1040 Sentence denotes The sampling procedure is accomplished by focusing through the depth of the tissue (the optical dissector height, h; 15 μm in all cases for this study).
T118 1041-1116 Sentence denotes The number of each cell type (C) in each of the subregions is estimated as:
T119 1117-1575 Sentence denotes C = ΣQ- × t/h × 1/asf × 1/ssf, where Q- is the number of cells actually counted in the dissectors that fell within the sectional profiles of the subregion seen on the sampled sections, and Asf is the areal sampling fraction calculated by the area of the counting frame of the dissector, a(frame) (of 50 × 50 μm2 in this study) and the area associated with each x, y movement, grid (x, y step) (of 250 × 250 μm2 in this study) {asf = (a(frame)/a(x, y step))}.
T120 1576-1640 Sentence denotes The immunoreactive cells were counted with a 40× objective lens.
T121 1641-1705 Sentence denotes The immunoreactive cells were counted with a 40× objective lens.
T122 1706-1781 Sentence denotes All immunoreactive cells were counted regardless the intensity of labeling.
T123 1782-1888 Sentence denotes Cell counts were performed by two different investigators who were blind to the classification of tissues.
T124 1889-2009 Sentence denotes SE-induced PC atrophy is evident [8], so changes in cell number may be caused by an alterations in the volume of the PC.
T125 2010-2193 Sentence denotes Therefore, the total number of cells was corrected by multiplying with appropriate correction factors (CF) representing the degree of shrinkage (or swelling) compared with the Non-SE.

bionlp-st-ge-2016-test-ihmc

Id Subject Object Predicate Lexical cue
T7151 346-349 Protein denotes ssf
T7150 1544-1549 Protein denotes asf =
T7149 1641-1665 Entity denotes The immunoreactive cells
T7148 1306-1309 Protein denotes Asf
T7147 1782-1786 Entity denotes Cell
T7145 1706-1730 Entity denotes All immunoreactive cells
T7144 1171-1179 Entity denotes of cells
T7143 1999-2008 Protein denotes of the PC
T7142 599-611 Entity denotes cell numbers
T7141 1143-1146 Protein denotes ssf
T7140 74-76 Protein denotes PC
T7139 1052-1073 Entity denotes of each cell type (C)
T7138 1889-1899 Entity denotes SE-induced
T7137 1002-1007 Entity denotes h; 15
T7136 1129-1130 Entity denotes h
T7135 1576-1600 Entity denotes The immunoreactive cells
T7134 245-262 Protein denotes by AxioVision Rel
T7133 549-552 Protein denotes mm3
T7132 1127-1128 Entity denotes t
T7131 1889-1910 Protein denotes SE-induced PC atrophy
T7130 2038-2046 Entity denotes of cells

bionlp-st-ge-2016-spacy-parsed

Id Subject Object Predicate Lexical cue
T7121 2192-2193 . denotes .
T7120 2186-2192 JJ denotes Non-SE
T7119 2182-2185 DT denotes the
T7118 2177-2181 IN denotes with
T7117 2168-2176 VBN denotes compared
T7116 2166-2167 -RRB- denotes )
T7115 2158-2166 VBG denotes swelling
T7114 2155-2157 CC denotes or
T7113 2154-2155 -LRB- denotes (
T7112 2144-2153 NN denotes shrinkage
T7111 2141-2143 IN denotes of
T7110 2134-2140 NN denotes degree
T7109 2130-2133 DT denotes the
T7108 2117-2129 VBG denotes representing
T7107 2115-2116 -RRB- denotes )
T7106 2113-2115 NNP denotes CF
T7105 2112-2113 -LRB- denotes (
T7104 2104-2111 NNS denotes factors
T7103 2093-2103 NN denotes correction
T7102 2081-2092 JJ denotes appropriate
T7101 2076-2080 IN denotes with
T7100 2064-2075 VBG denotes multiplying
T7099 2061-2063 IN denotes by
T7098 2051-2060 VBN denotes corrected
T7097 2047-2050 VBD denotes was
T7096 2041-2046 NNS denotes cells
T7095 2038-2040 IN denotes of
T7094 2031-2037 NN denotes number
T7093 2025-2030 JJ denotes total
T7092 2021-2024 DT denotes the
T7091 2019-2020 , denotes ,
T7090 2010-2019 RB denotes Therefore
T7089 2008-2009 . denotes .
T7088 2006-2008 NN denotes PC
T7087 2002-2005 DT denotes the
T7086 1999-2001 IN denotes of
T7085 1992-1998 NN denotes volume
T7084 1988-1991 DT denotes the
T7083 1985-1987 IN denotes in
T7082 1973-1984 NNS denotes alterations
T7081 1970-1972 DT denotes an
T7080 1967-1969 IN denotes by
T7079 1960-1966 VBN denotes caused
T7078 1957-1959 VB denotes be
T7077 1953-1956 MD denotes may
T7076 1946-1952 NN denotes number
T7075 1941-1945 NN denotes cell
T7074 1938-1940 IN denotes in
T7073 1930-1937 NNS denotes changes
T7072 1927-1929 RB denotes so
T7071 1925-1926 , denotes ,
T7070 1924-1925 NNP denotes ]
T7069 1923-1924 CD denotes 8
T7068 1922-1923 NN denotes [
T7067 1914-1921 JJ denotes evident
T7066 1911-1913 VBZ denotes is
T7065 1903-1910 NN denotes atrophy
T7064 1900-1902 NN denotes PC
T7063 1889-1899 JJ denotes SE-induced
T7062 1887-1888 . denotes .
T7061 1880-1887 NNS denotes tissues
T7060 1877-1879 IN denotes of
T7059 1862-1876 NN denotes classification
T7058 1858-1861 DT denotes the
T7057 1855-1857 TO denotes to
T7056 1849-1854 JJ denotes blind
T7055 1844-1848 VBD denotes were
T7054 1840-1843 WP denotes who
T7053 1826-1839 NNS denotes investigators
T7052 1816-1825 JJ denotes different
T7051 1812-1815 CD denotes two
T7050 1809-1811 IN denotes by
T7049 1799-1808 VBN denotes performed
T7048 1794-1798 VBD denotes were
T7047 1787-1793 NNS denotes counts
T7046 1782-1786 NN denotes Cell
T7045 1780-1781 . denotes .
T7044 1772-1780 VBG denotes labeling
T7043 1769-1771 IN denotes of
T7042 1759-1768 NN denotes intensity
T7041 1755-1758 DT denotes the
T7040 1744-1754 RB denotes regardless
T7039 1736-1743 VBN denotes counted
T7038 1731-1735 VBD denotes were
T7037 1725-1730 NNS denotes cells
T7036 1710-1724 JJ denotes immunoreactive
T7035 1706-1709 DT denotes All
T7034 1704-1705 . denotes .
T7033 1700-1704 NN denotes lens
T7032 1690-1699 NN denotes objective
T7031 1688-1689 NN denotes ×
T7030 1686-1688 CD denotes 40
T7029 1684-1685 DT denotes a
T7028 1679-1683 IN denotes with
T7027 1671-1678 VBN denotes counted
T7026 1666-1670 VBD denotes were
T7025 1660-1665 NNS denotes cells
T7024 1645-1659 JJ denotes immunoreactive
T7023 1641-1644 DT denotes The
T7022 1639-1640 . denotes .
T7021 1635-1639 NN denotes lens
T7020 1625-1634 NN denotes objective
T7019 1623-1624 NN denotes ×
T7018 1621-1623 CD denotes 40
T7017 1619-1620 DT denotes a
T7016 1614-1618 IN denotes with
T7015 1606-1613 VBN denotes counted
T7014 1601-1605 VBD denotes were
T7013 1595-1600 NNS denotes cells
T7012 1580-1594 JJ denotes immunoreactive
T7011 1576-1579 DT denotes The
T7010 1574-1575 . denotes .
T7009 1572-1573 -RRB- denotes )
T7008 1571-1572 -RRB- denotes )
T7007 1567-1571 NN denotes step
T7006 1565-1566 JJ denotes y
T7005 1563-1564 , denotes ,
T7004 1562-1563 LS denotes x
T7003 1561-1562 -LRB- denotes (
T6854 951-956 NN denotes depth
T6853 947-950 DT denotes the
T6852 939-946 IN denotes through
T6851 930-938 VBG denotes focusing
T6850 927-929 IN denotes by
T6849 914-926 VBN denotes accomplished
T6848 911-913 VBZ denotes is
T6847 901-910 NN denotes procedure
T6846 892-900 VBG denotes sampling
T6845 888-891 DT denotes The
T6844 886-887 . denotes .
T6843 880-886 NN denotes number
T6842 869-879 NN denotes population
T6841 866-868 IN denotes of
T6840 856-865 NNS denotes estimates
T6839 847-855 JJ denotes unbiased
T6838 840-846 NNS denotes yields
T6837 829-839 NN denotes definition
T6836 826-828 IN denotes by
T6835 821-825 WDT denotes that
T6834 814-820 NN denotes method
T6833 805-813 NN denotes sampling
T6832 798-804 JJ denotes random
T6831 787-797 JJ denotes systematic
T6830 778-786 VBN denotes designed
T6829 769-777 RB denotes properly
T6828 767-768 DT denotes a
T6827 764-766 IN denotes on
T6826 758-763 VBN denotes based
T6825 751-757 NN denotes method
T6824 737-750 JJ denotes stereological
T6823 735-736 DT denotes a
T6822 732-734 VBZ denotes is
T6821 730-731 -RRB- denotes )
T6820 722-730 NN denotes sampling
T6819 709-721 NN denotes fractionator
T6818 704-708 IN denotes with
T6817 702-703 , denotes ,
T6816 693-702 NN denotes dissector
T6815 685-692 JJ denotes optical
T6814 681-684 DT denotes the
T6813 676-680 IN denotes with
T6812 667-675 VBG denotes counting
T6811 656-666 VBG denotes performing
T6810 653-655 IN denotes of
T6809 641-652 NN denotes combination
T6808 639-640 DT denotes a
T6807 638-639 -LRB- denotes (
T6806 625-637 NN denotes fractionator
T6805 617-624 JJ denotes optical
T6804 613-616 DT denotes The
T6803 611-612 . denotes .
T6802 604-611 NNS denotes numbers
T6801 599-603 NN denotes cell
T6800 590-598 VB denotes estimate
T6799 587-589 TO denotes to
T6798 582-586 VBN denotes used
T6797 578-581 VBD denotes was
T6796 565-577 NN denotes fractionator
T6795 557-564 JJ denotes optical
T6794 554-556 DT denotes An
T6793 552-553 . denotes .
T6792 549-552 CD denotes mm3
T6791 546-548 IN denotes as
T6790 537-545 VBN denotes reported
T6789 533-536 VBP denotes are
T6788 525-532 NNS denotes volumes
T6787 521-524 DT denotes The
T6786 519-520 . denotes .
T6785 518-519 NNP denotes ]
T6784 507-518 CD denotes 5,7,8,18,25
T6783 506-507 NNP denotes [
T6782 501-505 NN denotes lens
T6781 491-500 NN denotes objective
T6780 489-490 NN denotes ×
T6779 485-488 CD denotes 2.5
T6778 483-484 DT denotes a
T6777 478-482 IN denotes with
T6776 467-477 VBN denotes delineated
T6775 462-466 VBD denotes were
T6774 456-461 NNS denotes areas
T6773 447-455 NN denotes subfield
T6772 443-446 DT denotes The
T6771 441-442 . denotes .
T6770 440-441 -RRB- denotes )
T6769 435-440 NN denotes study
T6768 430-434 DT denotes this
T6767 427-429 IN denotes in
T6766 423-426 CD denotes 1/6
T6765 420-422 IN denotes of
T6764 419-420 -LRB- denotes (
T6763 410-418 NN denotes fraction
T6762 401-409 VBG denotes sampling
T6761 393-400 NN denotes section
T6760 390-392 CC denotes or
T6759 382-389 VBD denotes sampled
T6758 373-381 NNS denotes sections
T6757 369-372 DT denotes the
T6756 366-368 IN denotes of
T6755 357-365 NN denotes fraction
T6754 353-356 DT denotes the
T6753 350-352 VBZ denotes is
T6752 346-349 NN denotes ssf
T6751 342-345 CC denotes and
T6750 340-341 , denotes ,
T6749 339-340 -RRB- denotes )
T6748 334-339 NN denotes study
T6747 329-333 DT denotes this
T6746 326-328 IN denotes in
T6745 323-325 NN denotes μm
T6744 320-322 CD denotes 30
T6743 317-319 IN denotes of
T6742 316-317 -LRB- denotes (
T6741 306-315 NN denotes thickness
T6740 298-305 NN denotes section
T6739 290-297 JJ denotes nominal
T6738 286-289 DT denotes the
T6737 283-285 VBZ denotes is
T6736 278-282 NN denotes tnom
T6735 276-277 , denotes ,
T6734 268-276 NN denotes software
T6733 264-267 CD denotes 4.8
T6732 262-263 . denotes .
T6731 259-262 NNP denotes Rel
T6730 248-258 NNP denotes AxioVision
T6729 245-247 IN denotes by
T6728 236-244 VBN denotes measured
T6727 227-235 NN denotes subfield
T6726 216-226 JJ denotes delineated
T6725 212-215 DT denotes the
T6724 209-211 IN denotes of
T6723 202-208 NN denotes region
T6722 198-201 DT denotes the
T6721 195-197 IN denotes of
T6720 190-194 NN denotes area
T6719 187-189 VBZ denotes is
T6718 185-186 DT denotes a
T6717 179-184 WRB denotes where
T6716 177-178 , denotes ,
T6715 172-177 CD denotes 1/ssf
T6714 170-171 FW denotes ×
T6713 165-169 FW denotes tnom
T6712 163-164 FW denotes ×
T6711 160-162 FW denotes Σa
T6710 158-159 SYM denotes =
T6709 156-157 NNP denotes V
T6708 154-155 : denotes :
T6707 148-154 NN denotes method
T6706 138-147 NNP denotes Cavalieri
T6705 129-137 VBN denotes modified
T6704 125-128 DT denotes the
T6703 122-124 IN denotes on
T6702 116-121 VBN denotes based
T6701 108-115 NN denotes formula
T6700 104-107 DT denotes the
T6699 101-103 TO denotes to
T6698 91-100 VBG denotes according
T6697 81-90 VBN denotes estimated
T6696 77-80 VBD denotes was
T6695 74-76 NN denotes PC
T6694 71-73 IN denotes in
T6693 64-70 NN denotes region
T6692 55-63 JJ denotes positive
T6691 51-54 NNP denotes IgG
T6690 42-50 JJ denotes anti-rat
T6689 39-41 IN denotes of
T6688 32-38 NN denotes volume
T6687 28-31 DT denotes the
T6686 26-27 , denotes ,
T6685 21-26 NN denotes edema
T6684 11-20 JJ denotes vasogenic
T6683 3-10 VB denotes measure
T6682 0-2 TO denotes To
T7002 1560-1561 DT denotes a
T7001 1559-1560 VBP denotes /
T7000 1558-1559 -RRB- denotes )
T6999 1553-1558 NN denotes frame
T6998 1552-1553 -LRB- denotes (
T6997 1551-1552 DT denotes a
T6996 1550-1551 -LRB- denotes (
T6995 1548-1549 SYM denotes =
T6994 1544-1547 NN denotes asf
T6993 1541-1542 -RRB- denotes )
T6992 1536-1541 NN denotes study
T6991 1531-1535 DT denotes this
T6990 1528-1530 IN denotes in
T6989 1524-1527 NN denotes μm2
T6988 1520-1523 CD denotes 250
T6987 1518-1519 CD denotes ×
T6986 1514-1517 CD denotes 250
T6985 1511-1513 IN denotes of
T6984 1510-1511 -LRB- denotes (
T6983 1508-1509 -RRB- denotes )
T6982 1504-1508 NN denotes step
T6981 1502-1503 JJ denotes y
T6980 1500-1501 , denotes ,
T6979 1499-1500 LS denotes x
T6978 1498-1499 -LRB- denotes (
T6977 1493-1497 NN denotes grid
T6976 1491-1492 , denotes ,
T6975 1483-1491 NN denotes movement
T6974 1481-1482 JJ denotes y
T6973 1479-1480 , denotes ,
T6972 1478-1479 LS denotes x
T6971 1473-1477 DT denotes each
T6970 1468-1472 IN denotes with
T6969 1457-1467 VBN denotes associated
T6968 1452-1456 NN denotes area
T6967 1448-1451 DT denotes the
T6966 1444-1447 CC denotes and
T6965 1442-1443 -RRB- denotes )
T6964 1437-1442 NN denotes study
T6963 1432-1436 DT denotes this
T6962 1429-1431 IN denotes in
T6961 1425-1428 NN denotes μm2
T6960 1422-1424 CD denotes 50
T6959 1420-1421 CD denotes ×
T6958 1417-1419 CD denotes 50
T6957 1414-1416 IN denotes of
T6956 1413-1414 -LRB- denotes (
T6955 1411-1412 -RRB- denotes )
T6954 1406-1411 NN denotes frame
T6953 1405-1406 -LRB- denotes (
T6952 1404-1405 DT denotes a
T6951 1402-1403 , denotes ,
T6950 1393-1402 NN denotes dissector
T6949 1389-1392 DT denotes the
T6948 1386-1388 IN denotes of
T6947 1380-1385 NN denotes frame
T6946 1371-1379 VBG denotes counting
T6945 1367-1370 DT denotes the
T6944 1364-1366 IN denotes of
T6943 1359-1363 NN denotes area
T6942 1355-1358 DT denotes the
T6941 1352-1354 IN denotes by
T6940 1341-1351 VBN denotes calculated
T6939 1332-1340 NN denotes fraction
T6938 1323-1331 NN denotes sampling
T6937 1317-1322 JJ denotes areal
T6936 1313-1316 DT denotes the
T6935 1310-1312 VBZ denotes is
T6934 1306-1309 NNP denotes Asf
T6933 1302-1305 CC denotes and
T6932 1300-1301 , denotes ,
T6931 1292-1300 NNS denotes sections
T6930 1284-1291 VBN denotes sampled
T6929 1280-1283 DT denotes the
T6928 1277-1279 IN denotes on
T6927 1272-1276 VBN denotes seen
T6926 1262-1271 NN denotes subregion
T6925 1258-1261 DT denotes the
T6924 1255-1257 IN denotes of
T6923 1246-1254 NNS denotes profiles
T6922 1236-1245 JJ denotes sectional
T6921 1232-1235 DT denotes the
T6920 1225-1231 IN denotes within
T6919 1220-1224 VBD denotes fell
T6918 1215-1219 WDT denotes that
T6917 1204-1214 NNS denotes dissectors
T6916 1200-1203 DT denotes the
T6915 1197-1199 IN denotes in
T6914 1189-1196 VBN denotes counted
T6913 1180-1188 RB denotes actually
T6912 1174-1179 NNS denotes cells
T6911 1171-1173 IN denotes of
T6910 1164-1170 NN denotes number
T6909 1160-1163 DT denotes the
T6908 1157-1159 VBZ denotes is
T6907 1155-1156 : denotes -
T6906 1154-1155 NNP denotes Q
T6905 1148-1153 WRB denotes where
T6904 1146-1147 , denotes ,
T6903 1141-1146 CD denotes 1/ssf
T6902 1139-1140 FW denotes ×
T6901 1133-1138 FW denotes 1/asf
T6900 1131-1132 FW denotes ×
T6899 1127-1130 FW denotes t/h
T6898 1125-1126 FW denotes ×
T6897 1123-1124 : denotes -
T6896 1121-1123 SYM denotes ΣQ
T6895 1119-1120 SYM denotes =
T6894 1117-1118 NNP denotes C
T6893 1115-1116 : denotes :
T6892 1113-1115 IN denotes as
T6891 1103-1112 VBN denotes estimated
T6890 1100-1102 VBZ denotes is
T6889 1089-1099 NNS denotes subregions
T6888 1085-1088 DT denotes the
T6887 1082-1084 IN denotes of
T6886 1077-1081 DT denotes each
T6885 1074-1076 IN denotes in
T6884 1072-1073 -RRB- denotes )
T6883 1071-1072 NNP denotes C
T6882 1070-1071 -LRB- denotes (
T6881 1065-1069 NN denotes type
T6880 1060-1064 NN denotes cell
T6879 1055-1059 DT denotes each
T6878 1052-1054 IN denotes of
T6877 1045-1051 NN denotes number
T6876 1041-1044 DT denotes The
T6875 1039-1040 . denotes .
T6874 1038-1039 -RRB- denotes )
T6873 1033-1038 NN denotes study
T6872 1028-1032 DT denotes this
T6871 1024-1027 IN denotes for
T6870 1018-1023 NNS denotes cases
T6869 1014-1017 DT denotes all
T6868 1011-1013 IN denotes in
T6867 1008-1010 NN denotes μm
T6866 1005-1007 CD denotes 15
T6865 1003-1004 : denotes ;
T6864 1002-1003 NN denotes h
T6863 1000-1001 , denotes ,
T6862 994-1000 NN denotes height
T6861 984-993 NN denotes dissector
T6860 976-983 JJ denotes optical
T6859 972-975 DT denotes the
T6858 971-972 -LRB- denotes (
T6857 964-970 NN denotes tissue
T6856 960-963 DT denotes the
T6855 957-959 IN denotes of
R5546 T6682 T6683 aux To,measure
R5547 T6683 T6697 advcl measure,estimated
R5548 T6684 T6685 amod vasogenic,edema
R5549 T6685 T6683 dobj edema,measure
R5550 T6686 T6697 punct ",",estimated
R5551 T6687 T6688 det the,volume
R5552 T6688 T6697 nsubjpass volume,estimated
R5553 T6689 T6688 prep of,volume
R5554 T6690 T6693 amod anti-rat,region
R5555 T6691 T6693 nmod IgG,region
R5556 T6692 T6693 amod positive,region
R5557 T6693 T6689 pobj region,of
R5558 T6694 T6688 prep in,volume
R5559 T6695 T6694 pobj PC,in
R5560 T6696 T6697 auxpass was,estimated
R5561 T6697 T6697 ROOT estimated,estimated
R5562 T6698 T6697 prep according,estimated
R5563 T6699 T6698 prep to,according
R5564 T6700 T6701 det the,formula
R5565 T6701 T6699 pobj formula,to
R5566 T6702 T6701 acl based,formula
R5567 T6703 T6702 prep on,based
R5568 T6704 T6707 det the,method
R5569 T6705 T6707 amod modified,method
R5570 T6706 T6707 compound Cavalieri,method
R5571 T6707 T6703 pobj method,on
R5572 T6708 T6707 punct :,method
R5573 T6709 T6714 nmod V,×
R5574 T6710 T6714 punct =,×
R5575 T6711 T6714 dep Σa,×
R5576 T6712 T6714 dep ×,×
R5577 T6713 T6714 dep tnom,×
R5578 T6714 T6707 appos ×,method
R5579 T6715 T6714 appos 1/ssf,×
R5580 T6716 T6714 punct ",",×
R5581 T6717 T6719 advmod where,is
R5582 T6718 T6719 meta a,is
R5583 T6719 T6714 relcl is,×
R5584 T6720 T6719 attr area,is
R5585 T6721 T6720 prep of,area
R5586 T6722 T6723 det the,region
R5587 T6723 T6721 pobj region,of
R5588 T6724 T6723 prep of,region
R5589 T6725 T6727 det the,subfield
R5590 T6726 T6727 amod delineated,subfield
R5591 T6727 T6724 pobj subfield,of
R5592 T6728 T6720 acl measured,area
R5593 T6729 T6728 agent by,measured
R5594 T6730 T6731 compound AxioVision,Rel
R5595 T6731 T6729 pobj Rel,by
R5596 T6732 T6719 punct .,is
R5597 T6733 T6734 nummod 4.8,software
R5598 T6734 T6737 npadvmod software,is
R5599 T6735 T6737 punct ",",is
R5600 T6736 T6737 nsubj tnom,is
R5601 T6737 T6737 ROOT is,is
R5602 T6738 T6741 det the,thickness
R5603 T6739 T6740 amod nominal,section
R5604 T6740 T6741 compound section,thickness
R5605 T6741 T6737 attr thickness,is
R5606 T6742 T6741 punct (,thickness
R5607 T6743 T6741 prep of,thickness
R5608 T6744 T6745 nummod 30,μm
R5609 T6745 T6743 pobj μm,of
R5610 T6746 T6745 prep in,μm
R5611 T6747 T6748 det this,study
R5612 T6748 T6746 pobj study,in
R5613 T6749 T6741 punct ),thickness
R5614 T6750 T6737 punct ",",is
R5615 T6751 T6737 cc and,is
R5616 T6752 T6753 nsubj ssf,is
R5617 T6753 T6737 conj is,is
R5618 T6754 T6755 det the,fraction
R5619 T6755 T6753 attr fraction,is
R5620 T6756 T6755 prep of,fraction
R5621 T6757 T6758 det the,sections
R5622 T6758 T6756 pobj sections,of
R5623 T6759 T6763 amod sampled,fraction
R5624 T6760 T6759 cc or,sampled
R5625 T6761 T6762 compound section,sampling
R5626 T6762 T6763 compound sampling,fraction
R5627 T6763 T6755 conj fraction,fraction
R5628 T6764 T6763 punct (,fraction
R5629 T6765 T6763 prep of,fraction
R5630 T6766 T6765 pobj 1/6,of
R5631 T6767 T6763 prep in,fraction
R5632 T6768 T6769 det this,study
R5633 T6769 T6767 pobj study,in
R5634 T6770 T6753 punct ),is
R5635 T6771 T6737 punct .,is
R5636 T6772 T6774 det The,areas
R5637 T6773 T6774 compound subfield,areas
R5638 T6774 T6776 nsubjpass areas,delineated
R5639 T6775 T6776 auxpass were,delineated
R5640 T6776 T6776 ROOT delineated,delineated
R5641 T6777 T6776 prep with,delineated
R5642 T6778 T6782 det a,lens
R5643 T6779 T6780 nummod 2.5,×
R5644 T6780 T6781 compound ×,objective
R5645 T6781 T6782 amod objective,lens
R5646 T6782 T6777 pobj lens,with
R5647 T6783 T6785 compound [,]
R5648 T6784 T6785 compound "5,7,8,18,25",]
R5649 T6785 T6782 appos ],lens
R5650 T6786 T6776 punct .,delineated
R5651 T6787 T6788 det The,volumes
R5652 T6788 T6790 nsubjpass volumes,reported
R5653 T6789 T6790 auxpass are,reported
R5654 T6790 T6790 ROOT reported,reported
R5655 T6791 T6790 prep as,reported
R5656 T6792 T6791 pobj mm3,as
R5657 T6793 T6790 punct .,reported
R5658 T6794 T6796 det An,fractionator
R5659 T6795 T6796 amod optical,fractionator
R5660 T6796 T6798 nsubjpass fractionator,used
R5661 T6797 T6798 auxpass was,used
R5662 T6798 T6798 ROOT used,used
R5663 T6799 T6800 aux to,estimate
R5664 T6800 T6798 xcomp estimate,used
R5665 T6801 T6802 compound cell,numbers
R5666 T6802 T6800 dobj numbers,estimate
R5667 T6803 T6798 punct .,used
R5668 T6804 T6806 det The,fractionator
R5669 T6805 T6806 amod optical,fractionator
R5670 T6806 T6822 nsubj fractionator,is
R5671 T6807 T6806 punct (,fractionator
R5672 T6808 T6809 det a,combination
R5673 T6809 T6806 appos combination,fractionator
R5674 T6810 T6809 prep of,combination
R5675 T6811 T6810 pcomp performing,of
R5676 T6812 T6811 dobj counting,performing
R5677 T6813 T6812 prep with,counting
R5678 T6814 T6816 det the,dissector
R5679 T6815 T6816 amod optical,dissector
R5680 T6816 T6813 pobj dissector,with
R5681 T6817 T6812 punct ",",counting
R5682 T6818 T6811 prep with,performing
R5683 T6819 T6820 compound fractionator,sampling
R5684 T6820 T6818 pobj sampling,with
R5685 T6821 T6806 punct ),fractionator
R5686 T6822 T6822 ROOT is,is
R5687 T6823 T6825 det a,method
R5688 T6824 T6825 amod stereological,method
R5689 T6825 T6822 attr method,is
R5690 T6826 T6825 acl based,method
R5691 T6827 T6826 prep on,based
R5692 T6828 T6834 det a,method
R5693 T6829 T6830 advmod properly,designed
R5694 T6830 T6834 amod designed,method
R5695 T6831 T6834 amod systematic,method
R5696 T6832 T6834 amod random,method
R5697 T6833 T6834 compound sampling,method
R5698 T6834 T6827 pobj method,on
R5699 T6835 T6834 case that,method
R5700 T6836 T6835 aux by,that
R5701 T6837 T6838 compound definition,yields
R5702 T6838 T6836 pobj yields,by
R5703 T6839 T6840 amod unbiased,estimates
R5704 T6840 T6838 dobj estimates,yields
R5705 T6841 T6840 prep of,estimates
R5706 T6842 T6843 compound population,number
R5707 T6843 T6841 pobj number,of
R5708 T6844 T6822 punct .,is
R5709 T6845 T6847 det The,procedure
R5710 T6846 T6847 compound sampling,procedure
R5711 T6847 T6849 nsubjpass procedure,accomplished
R5712 T6848 T6849 auxpass is,accomplished
R5713 T6849 T6849 ROOT accomplished,accomplished
R5714 T6850 T6849 prep by,accomplished
R5715 T6851 T6850 pcomp focusing,by
R5716 T6852 T6851 prep through,focusing
R5717 T6853 T6854 det the,depth
R5718 T6854 T6852 pobj depth,through
R5719 T6855 T6854 prep of,depth
R5720 T6856 T6857 det the,tissue
R5721 T6857 T6855 pobj tissue,of
R5722 T6858 T6864 punct (,h
R5723 T6859 T6862 det the,height
R5724 T6860 T6862 amod optical,height
R5725 T6861 T6862 compound dissector,height
R5726 T6862 T6864 nmod height,h
R5727 T6863 T6864 punct ",",h
R5728 T6864 T6857 appos h,tissue
R5729 T6865 T6864 punct ;,h
R5730 T6866 T6867 nummod 15,μm
R5731 T6867 T6864 appos μm,h
R5732 T6868 T6867 prep in,μm
R5733 T6869 T6870 det all,cases
R5734 T6870 T6868 pobj cases,in
R5735 T6871 T6867 prep for,μm
R5736 T6872 T6873 det this,study
R5737 T6873 T6871 pobj study,for
R5738 T6874 T6864 punct ),h
R5739 T6875 T6849 punct .,accomplished
R5740 T6876 T6877 det The,number
R5741 T6877 T6891 nsubjpass number,estimated
R5742 T6878 T6877 prep of,number
R5743 T6879 T6881 det each,type
R5744 T6880 T6881 compound cell,type
R5745 T6881 T6878 pobj type,of
R5746 T6882 T6883 punct (,C
R5747 T6883 T6881 appos C,type
R5748 T6884 T6877 punct ),number
R5749 T6885 T6877 prep in,number
R5750 T6886 T6885 pobj each,in
R5751 T6887 T6886 prep of,each
R5752 T6888 T6889 det the,subregions
R5753 T6889 T6887 pobj subregions,of
R5754 T6890 T6891 auxpass is,estimated
R5755 T6891 T6891 ROOT estimated,estimated
R5756 T6892 T6891 prep as,estimated
R5757 T6893 T7001 punct :,/
R5758 T6894 T6894 ROOT C,C
R5759 T6895 T6894 punct =,C
R5760 T6896 T6902 punct ΣQ,×
R5761 T6897 T6902 punct -,×
R5762 T6898 T6902 dep ×,×
R5763 T6899 T6902 dep t/h,×
R5764 T6900 T6902 dep ×,×
R5765 T6901 T6902 dep 1/asf,×
R5766 T6902 T7001 meta ×,/
R5767 T6903 T6902 appos 1/ssf,×
R5768 T6904 T6902 punct ",",×
R5769 T6905 T6908 advmod where,is
R5770 T6906 T6908 nsubj Q,is
R5771 T6907 T6908 punct -,is
R5772 T6908 T6902 relcl is,×
R5773 T6909 T6910 det the,number
R5774 T6910 T6908 attr number,is
R5775 T6911 T6910 prep of,number
R5776 T6912 T6911 pobj cells,of
R5777 T6913 T6914 advmod actually,counted
R5778 T6914 T6912 acl counted,cells
R5779 T6915 T6914 prep in,counted
R5780 T6916 T6917 det the,dissectors
R5781 T6917 T6915 pobj dissectors,in
R5782 T6918 T6919 nsubj that,fell
R5783 T6919 T6917 relcl fell,dissectors
R5784 T6920 T6919 prep within,fell
R5785 T6921 T6923 det the,profiles
R5786 T6922 T6923 amod sectional,profiles
R5787 T6923 T6920 pobj profiles,within
R5788 T6924 T6923 prep of,profiles
R5789 T6925 T6926 det the,subregion
R5790 T6926 T6924 pobj subregion,of
R5791 T6927 T6923 acl seen,profiles
R5792 T6928 T6927 prep on,seen
R5793 T6929 T6931 det the,sections
R5794 T6930 T6931 amod sampled,sections
R5795 T6931 T6928 pobj sections,on
R5796 T6932 T6919 punct ",",fell
R5797 T6933 T6908 cc and,is
R5798 T6934 T6935 nsubj Asf,is
R5799 T6935 T6908 conj is,is
R5800 T6936 T6939 det the,fraction
R5801 T6937 T6939 amod areal,fraction
R5802 T6938 T6939 compound sampling,fraction
R5803 T6939 T6935 attr fraction,is
R5804 T6940 T6939 acl calculated,fraction
R5805 T6941 T6940 agent by,calculated
R5806 T6942 T6943 det the,area
R5807 T6943 T6941 pobj area,by
R5832 T6968 T6982 nmod area,step
R5833 T6969 T6968 acl associated,area
R5834 T6970 T6969 prep with,associated
R5835 T6971 T6972 det each,x
R5836 T6972 T6970 pobj x,with
R5837 T6973 T6975 punct ",",movement
R5838 T6974 T6975 compound y,movement
R5839 T6975 T6982 nmod movement,step
R5840 T6976 T6975 punct ",",movement
R5841 T6977 T6975 conj grid,movement
R5842 T6978 T6979 punct (,x
R5843 T6979 T6982 dep x,step
R5844 T6980 T6982 punct ",",step
R5845 T6981 T6982 compound y,step
R5846 T6982 T6902 conj step,×
R5847 T6983 T6902 punct ),×
R5848 T6984 T6983 punct (,)
R5849 T6985 T6902 prep of,×
R5850 T6986 T6989 nummod 250,μm2
R5851 T6987 T6989 nummod ×,μm2
R5852 T6988 T6989 nummod 250,μm2
R5853 T6989 T6985 pobj μm2,of
R5854 T6990 T6989 prep in,μm2
R5855 T6991 T6992 det this,study
R5856 T6992 T6990 pobj study,in
R5857 T6993 T6989 punct ),μm2
R5858 T6994 T6995 compound asf,=
R5859 T6995 T6999 punct =,frame
R5860 T6996 T6999 punct (,frame
R5861 T6997 T6999 det a,frame
R5862 T6998 T6999 punct (,frame
R5863 T6999 T6999 ROOT frame,frame
R5864 T7000 T6902 punct ),×
R5865 T7001 T6892 pobj /,as
R5866 T7002 T7007 det a,step
R5867 T7003 T7007 punct (,step
R5868 T7004 T7007 nmod x,step
R5869 T7005 T7007 punct ",",step
R5870 T7006 T7007 compound y,step
R5871 T7007 T7001 dobj step,/
R5872 T7008 T7001 punct ),/
R5873 T7009 T6891 punct ),estimated
R5874 T7010 T6891 punct .,estimated
R5875 T7011 T7013 det The,cells
R5876 T7012 T7013 amod immunoreactive,cells
R5877 T7013 T7015 nsubjpass cells,counted
R5878 T7014 T7015 auxpass were,counted
R5879 T7015 T7015 ROOT counted,counted
R5880 T7016 T7015 prep with,counted
R5881 T7017 T7021 det a,lens
R5882 T7018 T7019 nummod 40,×
R5883 T7019 T7020 compound ×,objective
R5884 T7020 T7021 compound objective,lens
R5885 T7021 T7016 pobj lens,with
R5886 T7022 T7015 punct .,counted
R5887 T7023 T7025 det The,cells
R5888 T7024 T7025 amod immunoreactive,cells
R5889 T7025 T7027 nsubjpass cells,counted
R5890 T7026 T7027 auxpass were,counted
R5891 T7027 T7027 ROOT counted,counted
R5892 T7028 T7027 prep with,counted
R5893 T7029 T7033 det a,lens
R5894 T7030 T7031 nummod 40,×
R5895 T7031 T7033 nmod ×,lens
R5896 T7032 T7033 amod objective,lens
R5897 T7033 T7028 pobj lens,with
R5898 T7034 T7027 punct .,counted
R5899 T7035 T7037 det All,cells
R5900 T7036 T7037 amod immunoreactive,cells
R5901 T7037 T7039 nsubjpass cells,counted
R5902 T7038 T7039 auxpass were,counted
R5903 T7039 T7039 ROOT counted,counted
R5904 T7040 T7039 advmod regardless,counted
R5905 T7041 T7042 det the,intensity
R5906 T7042 T7039 dobj intensity,counted
R5907 T7043 T7042 prep of,intensity
R5908 T7044 T7043 pcomp labeling,of
R5909 T7045 T7039 punct .,counted
R5910 T7046 T7047 compound Cell,counts
R5911 T7047 T7049 nsubjpass counts,performed
R5912 T7048 T7049 auxpass were,performed
R5913 T7049 T7049 ROOT performed,performed
R5914 T7050 T7049 agent by,performed
R5915 T7051 T7053 nummod two,investigators
R5916 T7052 T7053 amod different,investigators
R5917 T7053 T7050 pobj investigators,by
R5918 T7054 T7055 nsubj who,were
R5919 T7055 T7053 relcl were,investigators
R5920 T7056 T7055 acomp blind,were
R5921 T7057 T7056 prep to,blind
R5922 T7058 T7059 det the,classification
R5923 T7059 T7057 pobj classification,to
R5924 T7060 T7059 prep of,classification
R5925 T7061 T7060 pobj tissues,of
R5926 T7062 T7049 punct .,performed
R5927 T7063 T7065 amod SE-induced,atrophy
R5928 T7064 T7065 compound PC,atrophy
R5929 T7065 T7066 nsubj atrophy,is
R5930 T7066 T7066 ROOT is,is
R5931 T7067 T7066 acomp evident,is
R5932 T7068 T7070 nmod [,]
R5933 T7069 T7070 nummod 8,]
R5934 T7070 T7066 npadvmod ],is
R5935 T7071 T7066 punct ",",is
R5936 T7072 T7073 advmod so,changes
R5937 T7073 T7079 nsubjpass changes,caused
R5938 T7074 T7073 prep in,changes
R5939 T7075 T7076 compound cell,number
R5940 T7076 T7074 pobj number,in
R5941 T7077 T7079 aux may,caused
R5942 T7078 T7079 auxpass be,caused
R5943 T7079 T7066 ccomp caused,is
R5944 T7080 T7079 agent by,caused
R5945 T7081 T7082 det an,alterations
R5946 T7082 T7080 pobj alterations,by
R5947 T7083 T7082 prep in,alterations
R5948 T7084 T7085 det the,volume
R5949 T7085 T7083 pobj volume,in
R5950 T7086 T7085 prep of,volume
R5951 T7087 T7088 det the,PC
R5952 T7088 T7086 pobj PC,of
R5953 T7089 T7066 punct .,is
R5954 T7090 T7098 advmod Therefore,corrected
R5955 T7091 T7098 punct ",",corrected
R5956 T7092 T7094 det the,number
R5957 T7093 T7094 amod total,number
R5958 T7094 T7098 nsubjpass number,corrected
R5959 T7095 T7094 prep of,number
R5960 T7096 T7095 pobj cells,of
R5961 T7097 T7098 auxpass was,corrected
R5962 T7098 T7098 ROOT corrected,corrected
R5963 T7099 T7098 prep by,corrected
R5964 T7100 T7099 pcomp multiplying,by
R5965 T7101 T7100 prep with,multiplying
R5966 T7102 T7104 amod appropriate,factors
R5967 T7103 T7104 compound correction,factors
R5968 T7104 T7101 pobj factors,with
R5969 T7105 T7106 punct (,CF
R5970 T7106 T7104 appos CF,factors
R5971 T7107 T7104 punct ),factors
R5972 T7108 T7100 prep representing,multiplying
R5973 T7109 T7110 det the,degree
R5974 T7110 T7108 dobj degree,representing
R5975 T7111 T7110 prep of,degree
R5976 T7112 T7111 pobj shrinkage,of
R5977 T7113 T7112 punct (,shrinkage
R5978 T7114 T7108 cc or,representing
R5979 T7115 T7108 conj swelling,representing
R5980 T7116 T7098 punct ),corrected
R5981 T7117 T7098 prep compared,corrected
R5982 T7118 T7117 prep with,compared
R5983 T7119 T7120 det the,Non-SE
R5984 T7120 T7118 pobj Non-SE,with
R5985 T7121 T7098 punct .,corrected
R5808 T6944 T6943 prep of,area
R5809 T6945 T6947 det the,frame
R5810 T6946 T6947 amod counting,frame
R5811 T6947 T6944 pobj frame,of
R5812 T6948 T6947 prep of,frame
R5813 T6949 T6950 det the,dissector
R5814 T6950 T6948 pobj dissector,of
R5815 T6951 T6950 punct ",",dissector
R5816 T6952 T6954 det a,frame
R5817 T6953 T6954 punct (,frame
R5818 T6954 T6950 appos frame,dissector
R5819 T6955 T6950 punct ),dissector
R5820 T6956 T6950 punct (,dissector
R5821 T6957 T6950 prep of,dissector
R5822 T6958 T6960 nummod 50,50
R5823 T6959 T6960 nummod ×,50
R5824 T6960 T6961 nummod 50,μm2
R5825 T6961 T6957 pobj μm2,of
R5826 T6962 T6950 prep in,dissector
R5827 T6963 T6964 det this,study
R5828 T6964 T6962 pobj study,in
R5829 T6965 T6935 punct ),is
R5830 T6966 T6902 cc and,×
R5831 T6967 T6968 det the,area

bionlp-st-ge-2016-test-tees

Id Subject Object Predicate Lexical cue
T7125 1143-1146 Protein denotes ssf
T7124 1133-1142 Protein denotes 1/asf × 1
T7123 346-349 Protein denotes ssf
T7122 42-54 Protein denotes anti-rat IgG