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PMC:3586680 / 21581-22317 JSONTXT

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test3

Id Subject Object Predicate Lexical cue
T9729 600-604 Protein denotes WWOX
T9728 440-450 Gene_expression denotes production
T9727 407-411 Protein denotes Wwox
T9726 242-246 Protein denotes Wwox
T9725 41-45 Protein denotes Wwox
T9677 600-604 Protein denotes WWOX
T9676 407-411 Protein denotes Wwox
T9675 242-246 Protein denotes Wwox
T9674 41-45 Protein denotes Wwox

testone

Id Subject Object Predicate Lexical cue
T9635 440-450 Gene_expression denotes production
T9634 428-435 Positive_regulation denotes induces
T9618 600-604 Protein denotes WWOX
T9617 407-411 Protein denotes Wwox
T9616 242-246 Protein denotes Wwox
T9615 41-45 Protein denotes Wwox
R6581 T9635 T9634 themeOf production,induces

bionlp-st-ge-2016-test-tees

Id Subject Object Predicate Lexical cue
T11398 600-604 Protein denotes WWOX
T11397 440-450 Gene_expression denotes production
T11396 417-427 Gene_expression denotes expression
T11395 436-439 Protein denotes ROS
T11394 407-416 Protein denotes Wwox gene
R7745 T11394 T11396 themeOf Wwox gene,expression
R7746 T11395 T11397 themeOf ROS,production

bionlp-st-ge-2016-spacy-parsed

Id Subject Object Predicate Lexical cue
T12356 735-736 . denotes .
T12355 727-735 NN denotes invasion
T12354 723-726 CC denotes and
T12353 716-722 NN denotes growth
T12352 711-715 NN denotes cell
T12351 704-710 NN denotes cancer
T12350 700-703 DT denotes the
T12349 695-699 VB denotes curb
T12348 692-694 TO denotes to
T12347 688-691 NNP denotes ROS
T12346 685-687 IN denotes of
T12345 674-684 NN denotes generation
T12344 667-673 NNS denotes exerts
T12343 663-666 CC denotes and
T12342 657-662 NNS denotes cells
T12341 650-656 NN denotes cancer
T12340 647-649 IN denotes in
T12339 635-646 NN denotes consumption
T12338 627-634 NN denotes glucose
T12337 618-626 VB denotes override
T12336 615-617 TO denotes to
T12335 608-614 JJ denotes likely
T12334 605-607 VBZ denotes is
T12333 600-604 NNP denotes WWOX
T12332 598-599 , denotes ,
T12331 587-598 RB denotes Conceivably
T12330 585-586 . denotes .
T12329 584-585 -RRB- denotes )
T12328 580-584 CD denotes 2012
T12327 578-579 , denotes ,
T12326 575-578 FW denotes al.
T12325 572-574 FW denotes et
T12324 564-571 NNP denotes Moncada
T12323 563-564 -LRB- denotes (
T12322 555-562 NNP denotes Warburg
T12321 545-554 JJ denotes so-called
T12320 541-544 DT denotes the
T12319 529-538 NN denotes advantage
T12318 522-528 NN denotes growth
T12317 518-521 IN denotes for
T12316 507-517 NN denotes glycolysis
T12315 499-506 VB denotes utilize
T12314 492-498 RB denotes overly
T12313 489-491 TO denotes to
T12312 483-488 VBN denotes known
T12311 479-482 VBP denotes are
T12310 473-478 NNS denotes cells
T12309 466-472 NNP denotes Cancer
T12308 464-465 . denotes .
T12307 454-464 NNP denotes Drosophila
T12306 451-453 IN denotes in
T12305 440-450 NN denotes production
T12304 436-439 NNP denotes ROS
T12303 428-435 VBZ denotes induces
T12302 417-427 NN denotes expression
T12301 412-416 NN denotes gene
T12300 407-411 NNP denotes Wwox
T12299 396-406 JJ denotes functional
T12298 394-395 , denotes ,
T12297 388-394 NN denotes stress
T12296 385-387 NNP denotes UV
T12295 379-384 IN denotes Under
T12294 377-378 . denotes .
T12293 376-377 -RRB- denotes )
T12292 372-376 CD denotes 2011
T12291 370-371 , denotes ,
T12290 367-370 FW denotes al.
T12289 364-366 FW denotes et
T12288 355-356 -LRB- denotes (
T12287 351-354 NNP denotes ROS
T12286 348-350 IN denotes of
T12285 337-347 NN denotes generation
T12284 333-336 IN denotes for
T12283 326-332 NN denotes stress
T12282 316-325 JJ denotes oxidative
T12281 312-315 CC denotes and
T12280 301-311 NN denotes metabolism
T12279 293-300 JJ denotes aerobic
T12278 283-292 VBG denotes involving
T12277 274-282 NNS denotes pathways
T12276 271-273 IN denotes in
T12275 259-270 VB denotes participate
T12274 256-258 TO denotes to
T12273 250-255 VBN denotes shown
T12272 247-249 VBZ denotes is
T12271 242-246 NNP denotes Wwox
T12270 240-241 , denotes ,
T12269 235-240 NN denotes model
T12268 224-234 NNP denotes Drosophila
T12267 222-223 DT denotes a
T12266 219-221 IN denotes In
T12265 217-218 . denotes .
T12264 216-217 -RRB- denotes )
T12263 212-216 CD denotes 2012
T12262 210-211 , denotes ,
T12261 207-210 FW denotes al.
T12260 204-206 FW denotes et
T12259 198-203 NNP denotes Salah
T12258 196-197 : denotes ;
T12257 192-196 CD denotes 2011
T12256 190-191 , denotes ,
T12255 187-190 FW denotes al.
T12254 184-186 FW denotes et
T12253 179-183 NNP denotes Mare
T12252 175-178 NNP denotes Del
T12251 174-175 -LRB- denotes (
T12250 160-173 NNS denotes osteosarcomas
T12249 157-159 IN denotes of
T12248 146-156 NN denotes generation
T12247 142-145 CC denotes and
T12246 140-141 , denotes ,
T12245 125-140 NN denotes steroidogenesis
T12244 123-124 , denotes ,
T12243 117-123 NN denotes ataxia
T12242 115-116 , denotes ,
T12241 108-115 NNS denotes defects
T12240 97-107 NN denotes metabolism
T12239 92-96 NN denotes bone
T12238 90-91 , denotes ,
T12237 81-90 NN denotes lethality
T12236 71-80 JJ denotes postnatal
T12235 61-70 VBG denotes including
T12234 59-60 , denotes ,
T12233 55-59 NNS denotes mice
T12232 46-54 NN denotes knockout
T12231 41-45 NNP denotes Wwox
T12230 38-40 IN denotes in
T12229 32-37 VBN denotes shown
T12228 27-31 VBN denotes been
T12227 22-26 VBP denotes have
T12226 10-21 NNS denotes alterations
T12225 0-9 JJ denotes Metabolic
R8379 T12225 T12226 amod Metabolic,alterations
R8381 T12226 T12229 nsubjpass alterations,shown
R8383 T12227 T12229 aux have,shown
R8384 T12228 T12229 auxpass been,shown
R8385 T12229 T12229 ROOT shown,shown
R8386 T12230 T12229 prep in,shown
R8387 T12231 T12233 compound Wwox,mice
R8389 T12232 T12233 compound knockout,mice
R8391 T12233 T12230 pobj mice,in
R8392 T12234 T12233 punct ",",mice
R8393 T12235 T12233 prep including,mice
R8395 T12236 T12237 amod postnatal,lethality
R8396 T12237 T12235 pobj lethality,including
R8397 T12238 T12237 punct ",",lethality
R8399 T12239 T12241 compound bone,defects
R8400 T12240 T12241 compound metabolism,defects
R8401 T12241 T12237 conj defects,lethality
R8403 T12242 T12241 punct ",",defects
R8404 T12243 T12241 conj ataxia,defects
R8405 T12244 T12243 punct ",",ataxia
R8407 T12245 T12243 conj steroidogenesis,ataxia
R8408 T12246 T12245 punct ",",steroidogenesis
R8409 T12247 T12245 cc and,steroidogenesis
R8411 T12248 T12245 conj generation,steroidogenesis
R8412 T12249 T12245 prep of,steroidogenesis
R8414 T12250 T12249 pobj osteosarcomas,of
R8415 T12251 T12250 punct (,osteosarcomas
R8416 T12252 T12253 compound Del,Mare
R8418 T12253 T12255 nmod Mare,al.
R8419 T12254 T12255 nmod et,al.
R8420 T12255 T12250 appos al.,osteosarcomas
R8422 T12256 T12255 punct ",",al.
R8423 T12257 T12255 npadvmod 2011,al.
R8424 T12258 T12250 punct ;,osteosarcomas
R8426 T12259 T12261 compound Salah,al.
R8427 T12260 T12261 nmod et,al.
R8428 T12261 T12250 conj al.,osteosarcomas
R8430 T12262 T12261 punct ",",al.
R8431 T12263 T12261 npadvmod 2012,al.
R8433 T12264 T12245 punct ),steroidogenesis
R8434 T12265 T12229 punct .,shown
R8435 T12266 T12273 prep In,shown
R8436 T12267 T12269 det a,model
R8437 T12268 T12269 compound Drosophila,model
R8438 T12269 T12266 pobj model,In
R8439 T12270 T12273 punct ",",shown
R8441 T12271 T12273 nsubjpass Wwox,shown
R8442 T12272 T12273 auxpass is,shown
R8443 T12273 T12273 ROOT shown,shown
R8446 T12274 T12275 aux to,participate
R8447 T12275 T12273 xcomp participate,shown
R8449 T12276 T12275 prep in,participate
R8450 T12277 T12276 pobj pathways,in
R8453 T12278 T12277 acl involving,pathways
R8455 T12279 T12280 amod aerobic,metabolism
R8456 T12280 T12278 dobj metabolism,involving
R8457 T12281 T12280 cc and,metabolism
R8459 T12282 T12283 amod oxidative,stress
R8460 T12283 T12280 conj stress,metabolism
R8462 T12284 T12283 prep for,stress
R8463 T12285 T12284 pobj generation,for
R8464 T12286 T12285 prep of,generation
R8466 T12287 T12286 pobj ROS,of
R8467 T12288 T12287 punct (,ROS
R8468 T12289 T12290 compound et,al.
R8470 T12290 T12287 appos al.,ROS
R8471 T12291 T12290 punct ",",al.
R8473 T12292 T12290 npadvmod 2011,al.
R8474 T12293 T12287 punct ),ROS
R8475 T12294 T12273 punct .,shown
R8477 T12295 T12303 prep Under,induces
R8478 T12296 T12297 compound UV,stress
R8479 T12297 T12295 pobj stress,Under
R8481 T12298 T12303 punct ",",induces
R8482 T12299 T12302 amod functional,expression
R8484 T12300 T12302 compound Wwox,expression
R8485 T12301 T12302 compound gene,expression
R8486 T12302 T12303 nsubj expression,induces
R8487 T12303 T12303 ROOT induces,induces
R8488 T12304 T12305 compound ROS,production
R8489 T12305 T12303 dobj production,induces
R8491 T12306 T12305 prep in,production
R8492 T12307 T12306 pobj Drosophila,in
R8493 T12308 T12303 punct .,induces
R8494 T12309 T12310 compound Cancer,cells
R8497 T12310 T12312 nsubjpass cells,known
R8499 T12311 T12312 auxpass are,known
R8500 T12312 T12312 ROOT known,known
R8501 T12313 T12315 aux to,utilize
R8503 T12314 T12315 advmod overly,utilize
R8504 T12315 T12312 xcomp utilize,known
R8505 T12316 T12315 dobj glycolysis,utilize
R8507 T12317 T12315 prep for,utilize
R8508 T12318 T12319 compound growth,advantage
R8512 T12319 T12317 pobj advantage,for
R8514 T12320 T12322 det the,Warburg
R8515 T12321 T12322 amod so-called,Warburg
R8516 T12322 T12315 dobj Warburg,utilize
R8518 T12323 T12326 punct (,al.
R8520 T12324 T12326 nmod Moncada,al.
R8521 T12325 T12326 nmod et,al.
R8522 T12326 T12322 nummod al.,Warburg
R8524 T12327 T12326 punct ",",al.
R8525 T12328 T12326 npadvmod 2012,al.
R8526 T12329 T12326 punct ),al.
R8528 T12330 T12312 punct .,known
R8529 T12331 T12334 advmod Conceivably,is
R8530 T12332 T12334 punct ",",is
R8531 T12333 T12334 nsubj WWOX,is
R8533 T12334 T12334 ROOT is,is
R8534 T12335 T12334 acomp likely,is
R8535 T12336 T12337 aux to,override
R8536 T12337 T12335 xcomp override,likely
R8537 T12338 T12339 compound glucose,consumption
R8539 T12339 T12337 dobj consumption,override
R8540 T12340 T12337 prep in,override
R8541 T12341 T12342 compound cancer,cells
R8542 T12342 T12340 pobj cells,in
R8544 T12343 T12334 cc and,is
R8545 T12344 T12345 compound exerts,generation
R8546 T12345 T12349 nsubj generation,curb
R8548 T12346 T12345 prep of,generation
R8549 T12347 T12346 pobj ROS,of
R8550 T12348 T12349 aux to,curb
R8552 T12349 T12334 conj curb,is
R8553 T12350 T12353 det the,growth
R8554 T12351 T12352 compound cancer,cell
R8557 T12352 T12353 compound cell,growth
R8559 T12353 T12349 dobj growth,curb
R8560 T12354 T12353 cc and,growth
R8562 T12355 T12353 conj invasion,growth
R8563 T12356 T12334 punct .,is

bionlp-st-ge-2016-test-ihmc

Id Subject Object Predicate Lexical cue
T11597 337-354 Gene_expression denotes generation of ROS
T11594 674-735 Gene_expression denotes generation of ROS to curb the cancer cell growth and invasion
T11582 407-411 Protein denotes Wwox
T11579 175-186 Protein denotes Del Mare et
T11562 436-464 Protein denotes ROS production in Drosophila
T11561 41-60 Protein denotes Wwox knockout mice,
T11554 650-662 Entity denotes cancer cells
T11545 627-646 Entity denotes glucose consumption
T11536 348-354 Protein denotes of ROS
T11516 242-246 Protein denotes Wwox
T11503 466-478 Entity denotes Cancer cells
T11494 600-604 Protein denotes WWOX
T11487 685-691 Protein denotes of ROS
T11485 41-45 Protein denotes Wwox
R7783 T11487 T11594 themeOf of ROS,generation of ROS to curb the cancer cell growth and invasion
R7786 T11536 T11597 themeOf of ROS,generation of ROS

DLUT931

Id Subject Object Predicate Lexical cue
T11155 428-435 Positive_regulation denotes induces
T11154 417-427 Gene_expression denotes expression
T11153 46-54 Negative_regulation denotes knockout
T11127 600-604 Protein denotes WWOX
T11126 407-411 Protein denotes Wwox
T11125 242-246 Protein denotes Wwox
T11124 41-45 Protein denotes Wwox
R7609 T11124 T11153 themeOf Wwox,knockout
R7610 T11126 T11154 themeOf Wwox,expression
R7614 T11154 T11155 themeOf expression,induces

BioNLP16_Messiy

Id Subject Object Predicate Lexical cue
T11327 417-427 Gene_expression denotes expression
T11326 428-435 Positive_regulation denotes induces
T11325 46-54 Negative_regulation denotes knockout
T11299 600-604 Protein denotes WWOX
T11298 407-411 Protein denotes Wwox
T11297 242-246 Protein denotes Wwox
T11296 41-45 Protein denotes Wwox
R7707 T11296 T11325 themeOf Wwox,knockout
R7708 T11298 T11327 themeOf Wwox,expression
R7712 T11327 T11326 themeOf expression,induces

BioNLP16_DUT

Id Subject Object Predicate Lexical cue
T11045 428-435 Positive_regulation denotes induces
T11044 417-427 Gene_expression denotes expression
T11043 46-54 Negative_regulation denotes knockout
T11019 600-604 Protein denotes WWOX
T11018 407-411 Protein denotes Wwox
T11017 242-246 Protein denotes Wwox
T11016 41-45 Protein denotes Wwox
R7576 T11016 T11043 themeOf Wwox,knockout
R7577 T11018 T11044 themeOf Wwox,expression
R7580 T11044 T11045 themeOf expression,induces

bionlp-st-ge-2016-uniprot

Id Subject Object Predicate Lexical cue
T11069 600-604 http://www.uniprot.org/uniprot/Q9NZC7 denotes WWOX

bionlp-st-ge-2016-test-proteins

Id Subject Object Predicate Lexical cue
T9895 407-411 Protein denotes Wwox
T9894 242-246 Protein denotes Wwox
T9893 41-45 Protein denotes Wwox
T9896 600-604 Protein denotes WWOX

pmc-enju-pas

Id Subject Object Predicate Lexical cue
T10881 727-735 NN denotes invasion
T10880 723-726 CC denotes and
T10879 716-722 NN denotes growth
T10878 711-715 NN denotes cell
T10877 704-710 NN denotes cancer
T10876 700-703 DT denotes the
T10875 695-699 VB denotes curb
T10874 692-694 TO denotes to
T10873 688-691 NN denotes ROS
T10872 685-687 IN denotes of
T10871 674-684 NN denotes generation
T10870 667-673 VB denotes exerts
T10869 663-666 CC denotes and
T10868 657-662 NN denotes cells
T10867 650-656 NN denotes cancer
T10866 647-649 IN denotes in
T10865 635-646 NN denotes consumption
T10864 627-634 NN denotes glucose
T10863 618-626 VB denotes override
T10862 615-617 TO denotes to
T10861 608-614 JJ denotes likely
T10860 605-607 VB denotes is
T10859 600-604 NN denotes WWOX
T10858 598-599 -COMMA- denotes ,
T10857 587-598 RB denotes Conceivably
T10856 584-585 -RRB- denotes )
T10855 580-584 CD denotes 2012
T10854 578-579 -COMMA- denotes ,
T10853 575-578 FW denotes al.
T10852 572-574 FW denotes et
T10851 564-571 NNP denotes Moncada
T10850 563-564 -LRB- denotes (
T10849 555-562 NNP denotes Warburg
T10848 545-554 JJ denotes so-called
T10847 541-544 DT denotes the
T10846 539-540 VB denotes –
T10845 529-538 NN denotes advantage
T10844 522-528 NN denotes growth
T10843 518-521 IN denotes for
T10842 507-517 NN denotes glycolysis
T10841 499-506 VB denotes utilize
T10840 492-498 RB denotes overly
T10839 489-491 TO denotes to
T10838 483-488 VB denotes known
T10837 479-482 VB denotes are
T10836 473-478 NN denotes cells
T10835 466-472 NN denotes Cancer
T10834 454-465 FW denotes Drosophila.
T10833 451-453 IN denotes in
T10832 440-450 NN denotes production
T10831 436-439 NN denotes ROS
T10830 428-435 VB denotes induces
T10829 417-427 NN denotes expression
T10828 412-416 NN denotes gene
T10827 407-411 NN denotes Wwox
T10826 396-406 JJ denotes functional
T10825 394-395 -COMMA- denotes ,
T10824 388-394 NN denotes stress
T10823 385-387 NN denotes UV
T10822 379-384 IN denotes Under
T10821 376-377 -RRB- denotes )
T10820 372-376 CD denotes 2011
T10819 370-371 -COMMA- denotes ,
T10818 367-370 FW denotes al.
T10817 364-366 FW denotes et
T10816 356-363 NNP denotes O’Keefe
T10815 355-356 -LRB- denotes (
T10814 351-354 NN denotes ROS
T10813 348-350 IN denotes of
T10812 337-347 NN denotes generation
T10811 333-336 IN denotes for
T10810 326-332 NN denotes stress
T10809 316-325 JJ denotes oxidative
T10808 312-315 CC denotes and
T10807 301-311 NN denotes metabolism
T10806 293-300 JJ denotes aerobic
T10805 283-292 VB denotes involving
T10804 274-282 NN denotes pathways
T10803 271-273 IN denotes in
T10802 259-270 VB denotes participate
T10801 256-258 TO denotes to
T10800 250-255 VB denotes shown
T10799 247-249 VB denotes is
T10798 242-246 NNP denotes Wwox
T10797 240-241 -COMMA- denotes ,
T10796 235-240 NN denotes model
T10795 224-234 FW denotes Drosophila
T10794 222-223 DT denotes a
T10793 219-221 IN denotes In
T10792 216-217 -RRB- denotes )
T10791 212-216 CD denotes 2012
T10790 210-211 -COMMA- denotes ,
T10789 207-210 FW denotes al.
T10788 204-206 FW denotes et
T10787 198-203 NNP denotes Salah
T10786 196-197 -COLON- denotes ;
T10785 192-196 CD denotes 2011
T10784 190-191 -COMMA- denotes ,
T10783 187-190 FW denotes al.
T10782 184-186 FW denotes et
T10781 179-183 NNP denotes Mare
T10780 175-178 NNP denotes Del
T10779 174-175 -LRB- denotes (
T10778 160-173 NN denotes osteosarcomas
T10777 157-159 IN denotes of
T10776 146-156 NN denotes generation
T10775 142-145 CC denotes and
T10774 140-141 -COMMA- denotes ,
T10773 125-140 NN denotes steroidogenesis
T10772 123-124 -COMMA- denotes ,
T10771 117-123 NN denotes ataxia
T10770 115-116 -COMMA- denotes ,
T10769 108-115 NN denotes defects
T10768 97-107 NN denotes metabolism
T10767 92-96 NN denotes bone
T10766 90-91 -COMMA- denotes ,
T10765 81-90 NN denotes lethality
T10764 71-80 JJ denotes postnatal
T10763 61-70 VB denotes including
T10762 59-60 -COMMA- denotes ,
T10761 55-59 NN denotes mice
T10760 46-54 NN denotes knockout
T10759 41-45 NNP denotes Wwox
T10758 38-40 IN denotes in
T10757 32-37 VB denotes shown
T10756 27-31 VB denotes been
T10755 22-26 VB denotes have
T10754 10-21 NN denotes alterations
T10753 0-9 JJ denotes Metabolic
R7358 T10754 T10753 arg1Of alterations,Metabolic
R7359 T10754 T10755 arg1Of alterations,have
R7360 T10754 T10756 arg1Of alterations,been
R7361 T10754 T10757 arg2Of alterations,shown
R7362 T10757 T10755 arg2Of shown,have
R7363 T10757 T10756 arg2Of shown,been
R7364 T10757 T10758 arg1Of shown,in
R7365 T10761 T10758 arg2Of mice,in
R7366 T10761 T10759 arg1Of mice,Wwox
R7367 T10761 T10760 arg1Of mice,knockout
R7368 T10761 T10762 arg1Of mice,","
R7369 T10761 T10763 arg1Of mice,including
R7370 T10765 T10764 arg1Of lethality,postnatal
R7371 T10765 T10766 arg1Of lethality,","
R7372 T10766 T10770 arg1Of ",",","
R7373 T10769 T10766 arg2Of defects,","
R7374 T10769 T10767 arg1Of defects,bone
R7375 T10769 T10768 arg1Of defects,metabolism
R7376 T10770 T10772 arg1Of ",",","
R7377 T10771 T10770 arg2Of ataxia,","
R7378 T10772 T10775 arg1Of ",",and
R7379 T10773 T10772 arg2Of steroidogenesis,","
R7380 T10775 T10763 arg2Of and,including
R7381 T10775 T10774 arg1Of and,","
R7382 T10775 T10779 arg1Of and,(
R7383 T10776 T10775 arg2Of generation,and
R7384 T10776 T10777 arg1Of generation,of
R7385 T10778 T10777 arg2Of osteosarcomas,of
R7386 T10781 T10779 arg2Of Mare,(
R7387 T10781 T10780 arg1Of Mare,Del
R7388 T10781 T10782 arg1Of Mare,et
R7389 T10781 T10783 arg1Of Mare,al.
R7390 T10781 T10784 arg1Of Mare,","
R7391 T10781 T10786 arg1Of Mare,;
R7392 T10785 T10784 arg2Of 2011,","
R7393 T10787 T10786 arg2Of Salah,;
R7394 T10787 T10788 arg1Of Salah,et
R7395 T10787 T10789 arg1Of Salah,al.
R7396 T10787 T10790 arg1Of Salah,","
R7397 T10791 T10790 arg2Of 2012,","
R7398 T10792 T10779 arg3Of ),(
R7399 T10796 T10793 arg2Of model,In
R7400 T10796 T10794 arg1Of model,a
R7401 T10796 T10795 arg1Of model,Drosophila
R7402 T10798 T10799 arg1Of Wwox,is
R7403 T10798 T10800 arg2Of Wwox,shown
R7404 T10798 T10802 arg1Of Wwox,participate
R7405 T10800 T10793 arg1Of shown,In
R7406 T10800 T10797 arg1Of shown,","
R7407 T10800 T10799 arg2Of shown,is
R7408 T10802 T10800 arg3Of participate,shown
R7409 T10802 T10801 arg1Of participate,to
R7410 T10802 T10803 arg1Of participate,in
R7411 T10804 T10803 arg2Of pathways,in
R7412 T10804 T10805 arg1Of pathways,involving
R7413 T10807 T10806 arg1Of metabolism,aerobic
R7414 T10807 T10808 arg1Of metabolism,and
R7415 T10808 T10805 arg2Of and,involving
R7416 T10808 T10811 arg1Of and,for
R7417 T10810 T10808 arg2Of stress,and
R7418 T10810 T10809 arg1Of stress,oxidative
R7419 T10812 T10811 arg2Of generation,for
R7420 T10812 T10813 arg1Of generation,of
R7421 T10814 T10813 arg2Of ROS,of
R7422 T10814 T10815 arg1Of ROS,(
R7423 T10816 T10815 arg2Of O’Keefe,(
R7424 T10816 T10817 arg1Of O’Keefe,et
R7425 T10816 T10818 arg1Of O’Keefe,al.
R7426 T10816 T10819 arg1Of O’Keefe,","
R7427 T10820 T10819 arg2Of 2011,","
R7428 T10821 T10815 arg3Of ),(
R7429 T10824 T10822 arg2Of stress,Under
R7430 T10824 T10823 arg1Of stress,UV
R7431 T10827 T10830 modOf Wwox,induces
R7432 T10827 T10833 arg1Of Wwox,in
R7433 T10829 T10828 arg1Of expression,gene
R7434 T10829 T10830 arg1Of expression,induces
R7435 T10832 T10830 arg2Of production,induces
R7436 T10832 T10831 arg1Of production,ROS
R7437 T10834 T10826 arg1Of Drosophila.,functional
R7438 T10834 T10827 arg1Of Drosophila.,Wwox
R7439 T10834 T10837 modOf Drosophila.,are
R7440 T10836 T10835 arg1Of cells,Cancer
R7441 T10836 T10837 arg1Of cells,are
R7442 T10836 T10838 arg2Of cells,known
R7443 T10836 T10841 arg1Of cells,utilize
R7444 T10838 T10837 arg2Of known,are
R7445 T10841 T10838 arg3Of utilize,known
R7446 T10841 T10839 arg1Of utilize,to
R7447 T10841 T10840 arg1Of utilize,overly
R7448 T10842 T10841 arg2Of glycolysis,utilize
R7449 T10845 T10834 arg1Of advantage,Drosophila.
R7450 T10845 T10843 arg1Of advantage,for
R7451 T10845 T10844 arg1Of advantage,growth
R7452 T10845 T10846 arg1Of advantage,–
R7453 T10846 T10822 arg1Of –,Under
R7454 T10846 T10825 arg1Of –,","
R7455 T10849 T10846 arg2Of Warburg,–
R7456 T10849 T10847 arg1Of Warburg,the
R7457 T10849 T10848 arg1Of Warburg,so-called
R7458 T10849 T10850 arg1Of Warburg,(
R7459 T10851 T10850 arg2Of Moncada,(
R7460 T10851 T10852 arg1Of Moncada,et
R7461 T10851 T10853 arg1Of Moncada,al.
R7462 T10851 T10854 arg1Of Moncada,","
R7463 T10855 T10854 arg2Of 2012,","
R7464 T10856 T10850 arg3Of ),(
R7465 T10859 T10860 arg1Of WWOX,is
R7466 T10859 T10861 arg1Of WWOX,likely
R7467 T10859 T10863 arg1Of WWOX,override
R7468 T10859 T10870 arg1Of WWOX,exerts
R7469 T10860 T10869 arg1Of is,and
R7470 T10861 T10860 arg2Of likely,is
R7471 T10863 T10861 arg2Of override,likely
R7472 T10863 T10862 arg1Of override,to
R7473 T10865 T10863 arg2Of consumption,override
R7474 T10865 T10864 arg1Of consumption,glucose
R7475 T10865 T10866 arg1Of consumption,in
R7476 T10868 T10866 arg2Of cells,in
R7477 T10868 T10867 arg1Of cells,cancer
R7478 T10869 T10857 arg1Of and,Conceivably
R7479 T10869 T10858 arg1Of and,","
R7480 T10870 T10869 arg2Of exerts,and
R7481 T10871 T10870 arg2Of generation,exerts
R7482 T10871 T10872 arg1Of generation,of
R7483 T10871 T10874 modOf generation,to
R7484 T10873 T10872 arg2Of ROS,of
R7485 T10875 T10874 arg1Of curb,to
R7486 T10879 T10880 arg1Of growth,and
R7487 T10880 T10875 arg2Of and,curb
R7488 T10880 T10876 arg1Of and,the
R7489 T10880 T10877 arg1Of and,cancer
R7490 T10880 T10878 arg1Of and,cell
R7491 T10881 T10880 arg2Of invasion,and

2_test

Id Subject Object Predicate Lexical cue
23459853-21731849-38778613 192-196 21731849 denotes 2011
23459853-22201747-38778614 212-216 22201747 denotes 2012
23459853-21075834-38778615 372-376 21075834 denotes 2011
23459853-22835215-38778616 580-584 22835215 denotes 2012

UBERON-AE

Id Subject Object Predicate Lexical cue
T9742 175-178 http://purl.obolibrary.org/obo/UBERON_2000711 denotes Del

GO-BP

Id Subject Object Predicate Lexical cue
T9949 716-735 http://purl.obolibrary.org/obo/GO_0051828 denotes growth and invasion
T9948 716-735 http://purl.obolibrary.org/obo/GO_0044409 denotes growth and invasion
T9947 716-735 http://purl.obolibrary.org/obo/GO_0036267 denotes growth and invasion
T9946 507-517 http://purl.obolibrary.org/obo/GO_0006096 denotes glycolysis
T9945 412-427 http://purl.obolibrary.org/obo/GO_0010467 denotes gene expression
T9944 674-691 http://purl.obolibrary.org/obo/GO_1903409 denotes generation of ROS
T9943 337-354 http://purl.obolibrary.org/obo/GO_1903409 denotes generation of ROS
T9942 301-325 http://purl.obolibrary.org/obo/GO_0045333 denotes metabolism and oxidative
T9941 125-140 http://purl.obolibrary.org/obo/GO_0006694 denotes steroidogenesis
T9940 301-311 http://purl.obolibrary.org/obo/GO_0008152 denotes metabolism
T9939 97-107 http://purl.obolibrary.org/obo/GO_0008152 denotes metabolism
T9937 711-722 http://purl.obolibrary.org/obo/GO_0016049 denotes cell growth
T9926 716-722 http://purl.obolibrary.org/obo/GO_0040007 denotes growth
T9925 522-528 http://purl.obolibrary.org/obo/GO_0040007 denotes growth

GO-CC

Id Subject Object Predicate Lexical cue
T9978 657-662 http://purl.obolibrary.org/obo/GO_0005623 denotes cells
T9977 473-478 http://purl.obolibrary.org/obo/GO_0005623 denotes cells

sentences

Id Subject Object Predicate Lexical cue
T9775 587-736 Sentence denotes Conceivably, WWOX is likely to override glucose consumption in cancer cells and exerts generation of ROS to curb the cancer cell growth and invasion.
T9774 379-586 Sentence denotes Under UV stress, functional Wwox gene expression induces ROS production in Drosophila. Cancer cells are known to overly utilize glycolysis for growth advantage – the so-called Warburg (Moncada et al., 2012).
T9773 219-378 Sentence denotes In a Drosophila model, Wwox is shown to participate in pathways involving aerobic metabolism and oxidative stress for generation of ROS (O’Keefe et al., 2011).
T9772 0-218 Sentence denotes Metabolic alterations have been shown in Wwox knockout mice, including postnatal lethality, bone metabolism defects, ataxia, steroidogenesis, and generation of osteosarcomas (Del Mare et al., 2011; Salah et al., 2012).
T153 0-218 Sentence denotes Metabolic alterations have been shown in Wwox knockout mice, including postnatal lethality, bone metabolism defects, ataxia, steroidogenesis, and generation of osteosarcomas (Del Mare et al., 2011; Salah et al., 2012).
T154 219-378 Sentence denotes In a Drosophila model, Wwox is shown to participate in pathways involving aerobic metabolism and oxidative stress for generation of ROS (O’Keefe et al., 2011).
T155 379-465 Sentence denotes Under UV stress, functional Wwox gene expression induces ROS production in Drosophila.
T156 466-586 Sentence denotes Cancer cells are known to overly utilize glycolysis for growth advantage – the so-called Warburg (Moncada et al., 2012).
T157 587-736 Sentence denotes Conceivably, WWOX is likely to override glucose consumption in cancer cells and exerts generation of ROS to curb the cancer cell growth and invasion.

ICD10

Id Subject Object Predicate Lexical cue
T9950 117-123 http://purl.bioontology.org/ontology/ICD10/R27.0 denotes ataxia

simple1

Id Subject Object Predicate Lexical cue
T10064 600-604 Protein denotes WWOX
T10063 407-411 Protein denotes Wwox
T10062 242-246 Protein denotes Wwox
T10061 41-45 Protein denotes Wwox