PMC:549712 / 38396-39093 JSONTXT 5 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T11364 0-10 JJ denotes Consistent
T11366 11-15 IN denotes with
T11367 16-19 DT denotes the
T11368 20-27 NNS denotes results
T11369 28-30 IN denotes of
T11370 31-33 NNP denotes Li
T11371 34-36 FW denotes et
T11372 37-40 FW denotes al.
T11373 41-42 -LRB- denotes [
T11374 42-44 CD denotes 31
T11375 44-45 -RRB- denotes ]
T11376 45-47 , denotes ,
T11377 47-49 PRP denotes we
T11365 50-55 VBD denotes found
T11378 56-66 JJ denotes particular
T11380 67-72 NN denotes brain
T11379 73-86 NNS denotes malformations
T11381 87-89 IN denotes in
T11382 90-93 PRP$ denotes our
T11384 94-99 NN denotes Ptdsr
T11385 100-101 SYM denotes -
T11386 101-102 HYPH denotes /
T11387 102-103 SYM denotes -
T11383 104-108 NNS denotes mice
T11388 108-109 . denotes .
T11389 109-557 sentence denotes Exencephaly and hyperplastic brain phenotypes were observed at a low penetrance in Ptdsr-mutant mice (less then 4.5% of homozygotes), but these do not resemble to any extent the brain-overgrowth phenotypes of caspase- or Apaf1-knockout mice ([44], and references therein) in that we failed to identify any differences in the number or distribution of apoptotic cells or pyknotic cell clusters in the neuroepithelium of Ptdsr -/- and Ptdsr+/+ mice.
T11390 110-121 NN denotes Exencephaly
T11392 122-125 CC denotes and
T11393 126-138 JJ denotes hyperplastic
T11394 139-144 NN denotes brain
T11391 145-155 NNS denotes phenotypes
T11396 156-160 VBD denotes were
T11395 161-169 VBN denotes observed
T11397 170-172 IN denotes at
T11398 173-174 DT denotes a
T11400 175-178 JJ denotes low
T11399 179-189 NN denotes penetrance
T11401 190-192 IN denotes in
T11402 193-198 NN denotes Ptdsr
T11404 198-199 HYPH denotes -
T11403 199-205 NN denotes mutant
T11405 206-210 NNS denotes mice
T11406 211-212 -LRB- denotes (
T11408 212-216 RBR denotes less
T11410 217-221 IN denotes then
T11409 222-225 CD denotes 4.5
T11407 225-226 NN denotes %
T11411 227-229 IN denotes of
T11412 230-241 NNS denotes homozygotes
T11413 241-242 -RRB- denotes )
T11414 242-244 , denotes ,
T11415 244-247 CC denotes but
T11416 248-253 DT denotes these
T11418 254-256 VBP denotes do
T11419 257-260 RB denotes not
T11417 261-269 VB denotes resemble
T11420 270-272 IN denotes to
T11421 273-276 DT denotes any
T11422 277-283 NN denotes extent
T11423 284-287 DT denotes the
T11425 288-293 NN denotes brain
T11427 293-294 HYPH denotes -
T11426 294-304 NN denotes overgrowth
T11424 305-315 NNS denotes phenotypes
T11428 316-318 IN denotes of
T11429 319-326 NN denotes caspase
T11431 326-327 HYPH denotes -
T11432 328-330 CC denotes or
T11433 331-336 NN denotes Apaf1
T11434 336-337 HYPH denotes -
T11430 337-345 NN denotes knockout
T11435 346-350 NNS denotes mice
T11436 351-352 -LRB- denotes (
T11438 352-353 -LRB- denotes [
T11437 353-355 CD denotes 44
T11439 355-356 -RRB- denotes ]
T11440 356-358 , denotes ,
T11441 358-361 CC denotes and
T11442 362-372 NNS denotes references
T11443 373-380 RB denotes therein
T11444 380-381 -RRB- denotes )
T11445 382-384 IN denotes in
T11447 385-389 IN denotes that
T11448 390-392 PRP denotes we
T11446 393-399 VBD denotes failed
T11449 400-402 TO denotes to
T11450 403-411 VB denotes identify
T11451 412-415 DT denotes any
T11452 416-427 NNS denotes differences
T11453 428-430 IN denotes in
T11454 431-434 DT denotes the
T11455 435-441 NN denotes number
T11456 442-444 CC denotes or
T11457 445-457 NN denotes distribution
T11458 458-460 IN denotes of
T11459 461-470 JJ denotes apoptotic
T11460 471-476 NNS denotes cells
T11461 477-479 CC denotes or
T11462 480-488 JJ denotes pyknotic
T11464 489-493 NN denotes cell
T11463 494-502 NNS denotes clusters
T11465 503-505 IN denotes in
T11466 506-509 DT denotes the
T11467 510-525 NN denotes neuroepithelium
T11468 526-528 IN denotes of
T11469 529-534 NN denotes Ptdsr
T11471 535-536 SYM denotes -
T11472 536-537 HYPH denotes /
T11473 537-538 SYM denotes -
T11474 539-542 CC denotes and
T11475 543-548 NN denotes Ptdsr
T11476 548-549 SYM denotes +
T11477 549-550 HYPH denotes /
T11478 550-551 SYM denotes +
T11470 552-556 NNS denotes mice
T11479 556-557 . denotes .
T11480 557-697 sentence denotes Thus, reduced cell death or diminished clearance of apoptotic neural progenitor cells is unlikely to be the cause of the brain hyperplasia.
T11481 558-562 RB denotes Thus
T11483 562-564 , denotes ,
T11484 564-571 VBN denotes reduced
T11486 572-576 NN denotes cell
T11485 577-582 NN denotes death
T11487 583-585 CC denotes or
T11488 586-596 VBN denotes diminished
T11489 597-606 NN denotes clearance
T11490 607-609 IN denotes of
T11491 610-619 JJ denotes apoptotic
T11493 620-626 JJ denotes neural
T11494 627-637 NN denotes progenitor
T11492 638-643 NNS denotes cells
T11482 644-646 VBZ denotes is
T11495 647-655 JJ denotes unlikely
T11496 656-658 TO denotes to
T11497 659-661 VB denotes be
T11498 662-665 DT denotes the
T11499 666-671 NN denotes cause
T11500 672-674 IN denotes of
T11501 675-678 DT denotes the
T11503 679-684 NN denotes brain
T11502 685-696 NN denotes hyperplasia
T11504 696-697 . denotes .
R6686 T11366 T11364 prep with,Consistent
R6688 T11367 T11368 det the,results
R6689 T11368 T11366 pobj results,with
R6690 T11369 T11368 prep of,results
R6692 T11370 T11369 pobj Li,of
R6693 T11371 T11372 advmod et,al.
R6694 T11372 T11370 advmod al.,Li
R6696 T11373 T11374 punct [,31
R6697 T11374 T11364 parataxis 31,Consistent
R6698 T11375 T11374 punct ],31
R6699 T11376 T11365 punct ", ",found
R6701 T11377 T11365 nsubj we,found
R6702 T11378 T11379 amod particular,malformations
R6704 T11379 T11365 dobj malformations,found
R6705 T11380 T11379 compound brain,malformations
R6706 T11381 T11365 prep in,found
R6708 T11382 T11383 poss our,mice
R6709 T11383 T11381 pobj mice,in
R6710 T11384 T11383 nmod Ptdsr,mice
R6711 T11385 T11384 punct -,Ptdsr
R6712 T11386 T11384 punct /,Ptdsr
R6713 T11387 T11384 punct -,Ptdsr
R6715 T11388 T11365 punct .,found
R6716 T11390 T11391 nmod Exencephaly,phenotypes
R6718 T11391 T11395 nsubjpass phenotypes,observed
R6719 T11392 T11390 cc and,Exencephaly
R6720 T11393 T11394 amod hyperplastic,brain
R6722 T11394 T11390 conj brain,Exencephaly
R6723 T11396 T11395 auxpass were,observed
R6725 T11397 T11395 prep at,observed
R6727 T11398 T11399 det a,penetrance
R6728 T11399 T11397 pobj penetrance,at
R6730 T11400 T11399 amod low,penetrance
R6731 T11401 T11395 prep in,observed
R6732 T11402 T11403 compound Ptdsr,mutant
R6734 T11403 T11405 compound mutant,mice
R6735 T11404 T11403 punct -,mutant
R6736 T11405 T11401 pobj mice,in
R6738 T11406 T11407 punct (,%
R6740 T11407 T11395 parataxis %,observed
R6741 T11408 T11409 advmod less,4.5
R6742 T11409 T11407 nummod 4.5,%
R6743 T11410 T11409 quantmod then,4.5
R6745 T11411 T11407 prep of,%
R6746 T11412 T11411 pobj homozygotes,of
R6748 T11413 T11407 punct ),%
R6749 T11414 T11395 punct ", ",observed
R6751 T11415 T11395 cc but,observed
R6752 T11416 T11417 nsubj these,resemble
R6753 T11417 T11395 conj resemble,observed
R6755 T11418 T11417 aux do,resemble
R6756 T11419 T11417 neg not,resemble
R6757 T11420 T11417 prep to,resemble
R6759 T11421 T11422 det any,extent
R6760 T11422 T11420 pobj extent,to
R6761 T11423 T11424 det the,phenotypes
R6763 T11424 T11417 dobj phenotypes,resemble
R6764 T11425 T11426 compound brain,overgrowth
R6765 T11426 T11424 compound overgrowth,phenotypes
R6766 T11427 T11426 punct -,overgrowth
R6767 T11428 T11424 prep of,phenotypes
R6768 T11429 T11430 nmod caspase,knockout
R6769 T11430 T11435 compound knockout,mice
R6771 T11431 T11429 punct -,caspase
R6772 T11432 T11429 cc or,caspase
R6773 T11433 T11429 conj Apaf1,caspase
R6775 T11434 T11430 punct -,knockout
R6776 T11435 T11428 pobj mice,of
R6777 T11436 T11437 punct (,44
R6779 T11437 T11424 parataxis 44,phenotypes
R6780 T11438 T11437 punct [,44
R6781 T11439 T11437 punct ],44
R6783 T11440 T11437 punct ", ",44
R6784 T11441 T11437 cc and,44
R6786 T11442 T11437 conj references,44
R6787 T11443 T11442 advmod therein,references
R6788 T11444 T11437 punct ),44
R6790 T11445 T11446 mark in,failed
R6791 T11446 T11417 advcl failed,resemble
R6792 T11447 T11446 mark that,failed
R6794 T11448 T11446 nsubj we,failed
R6795 T11449 T11450 aux to,identify
R6797 T11450 T11446 xcomp identify,failed
R6798 T11451 T11452 det any,differences
R6799 T11452 T11450 dobj differences,identify
R6801 T11453 T11452 prep in,differences
R6802 T11454 T11455 det the,number
R6803 T11455 T11453 pobj number,in
R6805 T11456 T11455 cc or,number
R6806 T11457 T11455 conj distribution,number
R6807 T11458 T11455 prep of,number
R6809 T11459 T11460 amod apoptotic,cells
R6810 T11460 T11458 pobj cells,of
R6811 T11461 T11460 cc or,cells
R6813 T11462 T11463 amod pyknotic,clusters
R6814 T11463 T11460 conj clusters,cells
R6815 T11464 T11463 compound cell,clusters
R6816 T11465 T11450 prep in,identify
R6817 T11466 T11467 det the,neuroepithelium
R6818 T11467 T11465 pobj neuroepithelium,in
R6820 T11468 T11467 prep of,neuroepithelium
R6821 T11469 T11470 nmod Ptdsr,mice
R6826 T11470 T11468 pobj mice,of
R6827 T11471 T11469 punct -,Ptdsr
R6829 T11472 T11469 punct /,Ptdsr
R6830 T11473 T11469 punct -,Ptdsr
R6831 T11474 T11469 cc and,Ptdsr
R6832 T11475 T11469 conj Ptdsr,Ptdsr
R6834 T11476 T11475 punct +,Ptdsr
R6835 T11477 T11475 punct /,Ptdsr
R6836 T11478 T11475 punct +,Ptdsr
R6838 T11479 T11417 punct .,resemble
R6840 T11481 T11482 advmod Thus,is
R6841 T11483 T11482 punct ", ",is
R6843 T11484 T11485 amod reduced,death
R6844 T11485 T11482 nsubj death,is
R6845 T11486 T11485 compound cell,death
R6847 T11487 T11485 cc or,death
R6848 T11488 T11489 amod diminished,clearance
R6850 T11489 T11485 conj clearance,death
R6851 T11490 T11489 prep of,clearance
R6852 T11491 T11492 amod apoptotic,cells
R6854 T11492 T11490 pobj cells,of
R6855 T11493 T11492 amod neural,cells
R6856 T11494 T11492 compound progenitor,cells
R6858 T11495 T11482 acomp unlikely,is
R6859 T11496 T11497 aux to,be
R6861 T11497 T11495 xcomp be,unlikely
R6862 T11498 T11499 det the,cause
R6863 T11499 T11497 attr cause,be
R6865 T11500 T11499 prep of,cause
R6866 T11501 T11502 det the,hyperplasia
R6867 T11502 T11500 pobj hyperplasia,of
R6868 T11503 T11502 compound brain,hyperplasia
R6869 T11504 T11482 punct .,is
R6979 T11364 T11365 advcl Consistent,found