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PMC:3317373 / 1291-2851 JSONTXT

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2_test

Id Subject Object Predicate Lexical cue
22529521-10698075-67992081 491-492 10698075 denotes 1
22529521-16230799-67992082 597-598 16230799 denotes 2
22529521-15680377-67992082 597-598 15680377 denotes 2
22529521-18715849-67992082 597-598 18715849 denotes 2
22529521-19125683-67992083 956-957 19125683 denotes 5
22529521-20953205-67992084 1094-1095 20953205 denotes 6

pmc-enju-pas

Id Subject Object Predicate Lexical cue
T792 933-937 IN denotes than
T791 928-932 NN denotes mice
T790 919-927 NN denotes knockout
T789 914-918 NN denotes Nrf2
T788 911-913 IN denotes in
T787 904-910 NN denotes damage
T786 893-903 JJ denotes aggravated
T785 888-892 RB denotes more
T784 881-887 VB denotes induce
T783 875-880 MD denotes could
T782 871-874 NN denotes TBI
T781 866-870 IN denotes that
T780 859-865 VB denotes showed
T779 854-858 RB denotes also
T778 850-853 VB denotes was
T777 847-849 PRP denotes It
T776 844-845 -RRB- denotes )
T775 841-844 NN denotes TBI
T774 840-841 -LRB- denotes (
T773 833-839 NN denotes injury
T772 827-832 NN denotes brain
T771 817-826 JJ denotes traumatic
T770 811-816 IN denotes after
T769 805-810 NN denotes brain
T768 801-804 DT denotes the
T767 798-800 IN denotes in
T766 785-797 NN denotes inflammation
T765 781-784 DT denotes the
T764 771-780 VB denotes regulates
T763 766-770 NN denotes Nrf2
T762 761-765 IN denotes that
T761 748-760 VB denotes demonstrated
T760 743-747 VB denotes have
T759 735-742 NN denotes studies
T758 727-734 JJ denotes Several
T757 720-725 NN denotes genes
T756 708-719 JJ denotes antioxidant
T755 705-707 IN denotes of
T754 699-704 NN denotes kinds
T753 694-698 JJ denotes many
T752 684-693 VB denotes regulates
T751 679-683 WDT denotes that
T750 672-678 NN denotes factor
T749 658-671 NN denotes transcription
T748 656-657 DT denotes a
T747 653-655 VB denotes is
T746 651-652 -RRB- denotes )
T745 647-651 NN denotes Nrf2
T744 646-647 -LRB- denotes (
T743 638-645 NN denotes factor2
T742 628-637 JJ denotes 2-related
T741 618-627 JJ denotes erythroid
T740 611-617 NN denotes factor
T739 603-610 JJ denotes Nuclear
T738 600-601 -RRB- denotes ]
T737 597-600 CD denotes 2–4
T736 596-597 -LRB- denotes [
T735 589-595 NN denotes organs
T734 583-588 JJ denotes other
T733 580-582 IN denotes in
T732 575-579 RB denotes also
T731 571-574 CC denotes but
T730 565-570 NN denotes brain
T729 562-564 IN denotes in
T728 557-561 RB denotes only
T727 553-556 RB denotes not
T726 546-552 NN denotes damage
T725 536-545 JJ denotes secondary
T724 533-535 TO denotes to
T723 527-532 VB denotes leads
T722 514-526 NN denotes inflammation
T721 503-513 JJ denotes subsequent
T720 499-502 DT denotes the
T719 495-498 CC denotes And
T718 492-493 -RRB- denotes ]
T717 491-492 CD denotes 1
T716 490-491 -LRB- denotes [
T715 482-489 NN denotes factors
T714 470-481 JJ denotes chemotactic
T713 466-469 CC denotes and
T712 453-465 NN denotes interleukins
T711 450-452 IN denotes as
T710 445-449 JJ denotes such
T709 435-444 NN denotes mediators
T708 428-434 JJ denotes immune
T707 419-427 JJ denotes numerous
T706 416-418 IN denotes of
T705 408-415 NN denotes release
T704 404-407 DT denotes the
T703 401-403 IN denotes as
T702 396-400 RB denotes well
T701 393-395 RB denotes as
T700 391-392 -COMMA- denotes ,
T699 386-391 NN denotes cells
T698 370-385 JJ denotes immunocompetent
T697 361-369 JJ denotes resident
T696 358-360 IN denotes of
T695 347-357 NN denotes activation
T694 343-346 CC denotes and
T693 341-342 -COMMA- denotes ,
T692 336-341 NN denotes cells
T691 330-335 NN denotes blood
T690 319-329 JJ denotes peripheral
T689 316-318 IN denotes of
T688 303-315 NN denotes infiltration
T687 301-302 -COMMA- denotes ,
T686 296-301 NN denotes edema
T685 290-295 NN denotes brain
T684 288-289 -COMMA- denotes ,
T683 287-288 -RRB- denotes )
T682 284-287 NN denotes BBB
T681 283-284 -LRB- denotes (
T680 275-282 NN denotes barrier
T679 263-274 NN denotes blood-brain
T678 260-262 IN denotes of
T677 250-259 NN denotes breakdown
T676 240-249 VB denotes including
T675 238-239 -COMMA- denotes ,
T674 230-238 NN denotes response
T673 217-229 JJ denotes inflammatory
T672 211-216 JJ denotes acute
T671 208-210 DT denotes an
T670 205-207 IN denotes of
T669 194-204 NN denotes initiation
T668 190-193 DT denotes the
T667 181-189 VB denotes involves
T666 171-180 NN denotes mechanism
T665 164-170 NN denotes injury
T664 154-163 JJ denotes secondary
T663 150-153 DT denotes The
T662 138-148 NN denotes mechanisms
T661 136-137 -RRB- denotes )
T660 130-136 NN denotes injury
T659 122-129 VB denotes delayed
T658 119-121 CC denotes or
T657 109-118 JJ denotes secondary
T656 108-109 -LRB- denotes (
T655 99-107 JJ denotes indirect
T654 95-98 CC denotes and
T653 93-94 -RRB- denotes )
T652 87-93 NN denotes injury
T651 79-86 JJ denotes primary
T650 78-79 -LRB- denotes (
T649 71-77 JJ denotes direct
T648 68-70 IN denotes of
T647 61-67 NN denotes result
T646 59-60 DT denotes a
T645 56-58 VB denotes is
T644 49-55 NN denotes injury
T643 39-48 JJ denotes traumatic
T642 29-38 VB denotes following
T641 22-28 NN denotes damage
T640 16-21 NN denotes Brain
T897 1553-1559 NN denotes injury
T896 1545-1552 NN denotes scratch
T895 1539-1544 IN denotes after
T894 1534-1538 NN denotes mice
T893 1523-1533 JJ denotes transgenic
T892 1518-1522 IN denotes from
T891 1507-1517 NN denotes astrocytes
T890 1498-1506 VB denotes cultured
T889 1490-1497 JJ denotes primary
T888 1487-1489 IN denotes in
T887 1477-1486 NN denotes cytokines
T886 1461-1476 JJ denotes proinflammatory
T885 1458-1460 IN denotes of
T884 1447-1457 NN denotes expression
T883 1443-1446 DT denotes the
T882 1440-1442 IN denotes on
T881 1435-1439 NN denotes Nrf2
T880 1432-1434 IN denotes of
T879 1422-1431 NN denotes influence
T878 1418-1421 DT denotes the
T877 1409-1417 VB denotes analysed
T876 1406-1408 PRP denotes we
T875 1401-1405 RB denotes here
T874 1399-1400 -COMMA- denotes ,
T873 1390-1399 RB denotes Therefore
T872 1385-1388 NN denotes TBI
T871 1379-1384 IN denotes after
T870 1368-1378 NN denotes astrocytes
T869 1365-1367 IN denotes in
T868 1352-1364 NN denotes inflammation
T867 1348-1351 CC denotes and
T866 1343-1347 NN denotes Nrf2
T865 1335-1342 IN denotes between
T864 1322-1334 NN denotes relationship
T863 1318-1321 DT denotes the
T862 1312-1317 IN denotes about
T861 1306-1311 VB denotes known
T860 1303-1305 VB denotes is
T859 1296-1302 JJ denotes Little
T858 1290-1294 FW denotes vivo
T857 1287-1289 FW denotes in
T856 1277-1286 VB denotes performed
T855 1273-1276 VB denotes are
T854 1265-1272 NN denotes studies
T853 1250-1264 JJ denotes aforementioned
T852 1246-1249 DT denotes the
T851 1242-1245 PDT denotes all
T850 1240-1241 -COMMA- denotes ,
T849 1236-1240 NN denotes fact
T848 1233-1235 IN denotes In
T847 1224-1231 NN denotes disease
T846 1221-1223 CC denotes or
T845 1214-1220 NN denotes injury
T844 1211-1213 TO denotes to
T843 1200-1210 VB denotes responding
T842 1196-1199 CC denotes and
T841 1185-1195 NN denotes physiology
T840 1179-1184 NN denotes brain
T839 1172-1178 JJ denotes normal
T838 1160-1171 VB denotes maintaining
T837 1157-1159 IN denotes in
T836 1152-1156 NN denotes role
T835 1143-1151 JJ denotes critical
T834 1141-1142 DT denotes a
T833 1136-1140 VB denotes play
T832 1125-1135 NN denotes astrocytes
T831 1120-1124 IN denotes that
T830 1109-1119 VB denotes documented
T829 1104-1108 RB denotes well
T828 1101-1103 VB denotes is
T827 1098-1100 PRP denotes It
T826 1095-1096 -RRB- denotes ]
T825 1094-1095 CD denotes 6
T824 1093-1094 -LRB- denotes [
T823 1091-1092 -RRB- denotes )
T822 1088-1091 NN denotes SFN
T821 1087-1088 -LRB- denotes (
T820 1074-1086 NN denotes sulforaphane
T819 1071-1073 IN denotes as
T818 1066-1070 JJ denotes such
T817 1064-1065 -COMMA- denotes ,
T816 1056-1064 NN denotes inducers
T815 1052-1055 PRP-DOLLAR- denotes its
T814 1049-1051 IN denotes by
T813 1044-1048 NN denotes Nrf2
T812 1041-1043 IN denotes of
T811 1035-1040 NN denotes level
T810 1031-1034 DT denotes the
T809 1021-1030 VB denotes elevating
T808 1013-1020 IN denotes through
T807 1002-1012 VB denotes extenuated
T806 999-1001 VB denotes be
T805 995-998 MD denotes can
T804 982-994 NN denotes inflammation
T803 977-981 JJ denotes such
T802 975-976 -COMMA- denotes ,
T801 967-975 NN denotes contrary
T800 963-966 DT denotes the
T799 960-962 IN denotes On
T798 957-958 -RRB- denotes ]
T797 956-957 CD denotes 5
T796 955-956 -LRB- denotes [
T795 950-954 NN denotes mice
T794 941-949 JJ denotes wildtype
T793 938-940 IN denotes in
R451 T641 T640 arg1Of damage,Brain
R452 T641 T642 arg1Of damage,following
R453 T641 T645 arg1Of damage,is
R454 T644 T642 arg2Of injury,following
R455 T644 T643 arg1Of injury,traumatic
R456 T647 T645 arg2Of result,is
R457 T647 T646 arg1Of result,a
R458 T647 T648 arg1Of result,of
R459 T649 T650 arg1Of direct,(
R460 T649 T654 arg1Of direct,and
R461 T652 T650 arg2Of injury,(
R462 T652 T651 arg1Of injury,primary
R463 T653 T650 arg3Of ),(
R464 T655 T654 arg2Of indirect,and
R465 T655 T656 arg1Of indirect,(
R466 T660 T656 arg2Of injury,(
R467 T660 T657 arg1Of injury,secondary
R468 T660 T658 arg1Of injury,or
R469 T660 T659 arg2Of injury,delayed
R470 T661 T656 arg3Of ),(
R471 T662 T648 arg2Of mechanisms,of
R472 T662 T649 arg1Of mechanisms,direct
R473 T662 T655 arg1Of mechanisms,indirect
R474 T666 T663 arg1Of mechanism,The
R475 T666 T664 arg1Of mechanism,secondary
R476 T666 T665 arg1Of mechanism,injury
R477 T666 T667 arg1Of mechanism,involves
R478 T669 T667 arg2Of initiation,involves
R479 T669 T668 arg1Of initiation,the
R480 T669 T670 arg1Of initiation,of
R481 T669 T675 arg1Of initiation,","
R482 T669 T676 arg1Of initiation,including
R483 T674 T670 arg2Of response,of
R484 T674 T671 arg1Of response,an
R485 T674 T672 arg1Of response,acute
R486 T674 T673 arg1Of response,inflammatory
R487 T677 T676 arg2Of breakdown,including
R488 T677 T678 arg1Of breakdown,of
R489 T680 T679 arg1Of barrier,blood-brain
R490 T680 T681 arg1Of barrier,(
R491 T680 T684 arg1Of barrier,","
R492 T682 T681 arg2Of BBB,(
R493 T683 T681 arg3Of ),(
R494 T684 T687 arg1Of ",",","
R495 T686 T684 arg2Of edema,","
R496 T686 T685 arg1Of edema,brain
R497 T687 T694 arg1Of ",",and
R498 T688 T687 arg2Of infiltration,","
R499 T688 T689 arg1Of infiltration,of
R500 T692 T689 arg2Of cells,of
R501 T692 T690 arg1Of cells,peripheral
R502 T692 T691 arg1Of cells,blood
R503 T694 T693 arg1Of and,","
R504 T694 T703 arg1Of and,as
R505 T695 T694 arg2Of activation,and
R506 T695 T696 arg1Of activation,of
R507 T699 T696 arg2Of cells,of
R508 T699 T697 arg1Of cells,resident
R509 T699 T698 arg1Of cells,immunocompetent
R510 T703 T678 arg2Of as,of
R511 T703 T700 arg1Of as,","
R512 T703 T701 arg1Of as,as
R513 T703 T702 arg1Of as,well
R514 T705 T703 arg2Of release,as
R515 T705 T704 arg1Of release,the
R516 T705 T706 arg1Of release,of
R517 T709 T706 arg2Of mediators,of
R518 T709 T707 arg1Of mediators,numerous
R519 T709 T708 arg1Of mediators,immune
R520 T709 T711 arg1Of mediators,as
R521 T711 T710 arg1Of as,such
R522 T712 T713 arg1Of interleukins,and
R523 T713 T711 arg2Of and,as
R524 T715 T713 arg2Of factors,and
R525 T715 T714 arg1Of factors,chemotactic
R526 T715 T716 arg1Of factors,[
R527 T717 T716 arg2Of 1,[
R528 T718 T716 arg3Of ],[
R529 T722 T720 arg1Of inflammation,the
R530 T722 T721 arg1Of inflammation,subsequent
R531 T722 T723 arg1Of inflammation,leads
R532 T723 T719 arg1Of leads,And
R533 T723 T724 arg1Of leads,to
R534 T723 T729 arg1Of leads,in
R535 T723 T733 arg1Of leads,in
R536 T726 T724 arg2Of damage,to
R537 T726 T725 arg1Of damage,secondary
R538 T728 T727 arg1Of only,not
R539 T729 T731 arg1Of in,but
R540 T730 T729 arg2Of brain,in
R541 T731 T728 arg1Of but,only
R542 T731 T732 arg1Of but,also
R543 T733 T731 arg2Of in,but
R544 T735 T729 arg3Of organs,in
R545 T735 T733 arg2Of organs,in
R546 T735 T734 arg1Of organs,other
R547 T735 T736 arg1Of organs,[
R548 T737 T736 arg2Of 2–4,[
R549 T738 T736 arg3Of ],[
R550 T741 T739 arg1Of erythroid,Nuclear
R551 T741 T740 arg1Of erythroid,factor
R552 T743 T741 arg1Of factor2,erythroid
R553 T743 T742 arg1Of factor2,2-related
R554 T743 T744 arg1Of factor2,(
R555 T743 T747 arg1Of factor2,is
R556 T745 T744 arg2Of Nrf2,(
R557 T746 T744 arg3Of ),(
R558 T750 T747 arg2Of factor,is
R559 T750 T748 arg1Of factor,a
R560 T750 T749 arg1Of factor,transcription
R561 T750 T751 arg1Of factor,that
R562 T750 T752 arg1Of factor,regulates
R563 T754 T752 arg2Of kinds,regulates
R564 T754 T753 arg1Of kinds,many
R565 T754 T755 arg1Of kinds,of
R566 T757 T755 arg2Of genes,of
R567 T757 T756 arg1Of genes,antioxidant
R568 T759 T758 arg1Of studies,Several
R569 T759 T760 arg1Of studies,have
R570 T759 T761 arg1Of studies,demonstrated
R571 T761 T760 arg2Of demonstrated,have
R572 T763 T764 arg1Of Nrf2,regulates
R573 T764 T761 arg2Of regulates,demonstrated
R574 T764 T762 arg1Of regulates,that
R575 T764 T767 arg1Of regulates,in
R576 T764 T770 arg1Of regulates,after
R577 T766 T764 arg2Of inflammation,regulates
R578 T766 T765 arg1Of inflammation,the
R579 T769 T767 arg2Of brain,in
R580 T769 T768 arg1Of brain,the
R581 T773 T770 arg2Of injury,after
R582 T773 T771 arg1Of injury,traumatic
R583 T773 T772 arg1Of injury,brain
R584 T773 T774 arg1Of injury,(
R585 T775 T774 arg2Of TBI,(
R586 T776 T774 arg3Of ),(
R587 T780 T779 arg1Of showed,also
R588 T782 T783 arg1Of TBI,could
R589 T782 T784 arg1Of TBI,induce
R590 T784 T780 arg2Of induce,showed
R591 T784 T781 arg1Of induce,that
R592 T784 T783 arg2Of induce,could
R593 T784 T792 arg1Of induce,than
R594 T784 T796 arg1Of induce,[
R595 T786 T785 arg1Of aggravated,more
R596 T787 T784 arg2Of damage,induce
R597 T787 T786 arg1Of damage,aggravated
R598 T787 T788 arg1Of damage,in
R599 T791 T788 arg2Of mice,in
R600 T791 T789 arg1Of mice,Nrf2
R601 T791 T790 arg1Of mice,knockout
R602 T793 T792 arg2Of in,than
R603 T795 T793 arg2Of mice,in
R604 T795 T794 arg1Of mice,wildtype
R605 T797 T796 arg2Of 5,[
R606 T798 T796 arg3Of ],[
R607 T801 T799 arg2Of contrary,On
R608 T801 T800 arg1Of contrary,the
R609 T804 T803 arg1Of inflammation,such
R610 T804 T805 arg1Of inflammation,can
R611 T804 T806 arg1Of inflammation,be
R612 T804 T807 arg2Of inflammation,extenuated
R613 T807 T799 arg1Of extenuated,On
R614 T807 T802 arg1Of extenuated,","
R615 T807 T805 arg2Of extenuated,can
R616 T807 T806 arg2Of extenuated,be
R617 T807 T808 arg1Of extenuated,through
R618 T809 T808 arg2Of elevating,through
R619 T811 T809 arg2Of level,elevating
R620 T811 T810 arg1Of level,the
R621 T811 T812 arg1Of level,of
R622 T811 T814 arg1Of level,by
R623 T811 T817 arg1Of level,","
R624 T811 T819 arg1Of level,as
R625 T813 T812 arg2Of Nrf2,of
R626 T816 T814 arg2Of inducers,by
R627 T816 T815 arg1Of inducers,its
R628 T819 T818 arg1Of as,such
R629 T820 T819 arg2Of sulforaphane,as
R630 T820 T821 arg1Of sulforaphane,(
R631 T820 T824 arg1Of sulforaphane,[
R632 T822 T821 arg2Of SFN,(
R633 T823 T821 arg3Of ),(
R634 T825 T824 arg2Of 6,[
R635 T826 T824 arg3Of ],[
R636 T827 T828 arg1Of It,is
R637 T827 T830 arg2Of It,documented
R638 T830 T828 arg2Of documented,is
R639 T830 T829 arg1Of documented,well
R640 T832 T833 arg1Of astrocytes,play
R641 T833 T830 arg3Of play,documented
R642 T833 T831 arg1Of play,that
R643 T833 T837 arg1Of play,in
R644 T836 T833 arg2Of role,play
R645 T836 T834 arg1Of role,a
R646 T836 T835 arg1Of role,critical
R647 T838 T842 arg1Of maintaining,and
R648 T841 T838 arg2Of physiology,maintaining
R649 T841 T839 arg1Of physiology,normal
R650 T841 T840 arg1Of physiology,brain
R651 T842 T837 arg2Of and,in
R652 T843 T842 arg2Of responding,and
R653 T843 T844 arg1Of responding,to
R654 T845 T846 arg1Of injury,or
R655 T846 T844 arg2Of or,to
R656 T847 T846 arg2Of disease,or
R657 T849 T848 arg2Of fact,In
R658 T854 T851 arg1Of studies,all
R659 T854 T852 arg1Of studies,the
R660 T854 T853 arg1Of studies,aforementioned
R661 T854 T855 arg1Of studies,are
R662 T854 T856 arg2Of studies,performed
R663 T856 T848 arg1Of performed,In
R664 T856 T850 arg1Of performed,","
R665 T856 T855 arg2Of performed,are
R666 T856 T858 arg1Of performed,vivo
R667 T858 T857 arg1Of vivo,in
R668 T859 T860 arg1Of Little,is
R669 T859 T861 arg2Of Little,known
R670 T861 T860 arg2Of known,is
R671 T861 T862 arg1Of known,about
R672 T864 T862 arg2Of relationship,about
R673 T864 T863 arg1Of relationship,the
R674 T864 T865 arg1Of relationship,between
R675 T866 T867 arg1Of Nrf2,and
R676 T867 T865 arg2Of and,between
R677 T867 T869 arg1Of and,in
R678 T867 T871 arg1Of and,after
R679 T868 T867 arg2Of inflammation,and
R680 T870 T869 arg2Of astrocytes,in
R681 T872 T871 arg2Of TBI,after
R682 T876 T877 arg1Of we,analysed
R683 T877 T873 arg1Of analysed,Therefore
R684 T877 T874 arg1Of analysed,","
R685 T877 T875 arg1Of analysed,here
R686 T879 T877 arg2Of influence,analysed
R687 T879 T878 arg1Of influence,the
R688 T879 T880 arg1Of influence,of
R689 T879 T882 arg1Of influence,on
R690 T881 T880 arg2Of Nrf2,of
R691 T884 T882 arg2Of expression,on
R692 T884 T883 arg1Of expression,the
R693 T884 T885 arg1Of expression,of
R694 T884 T888 arg1Of expression,in
R695 T887 T885 arg2Of cytokines,of
R696 T887 T886 arg1Of cytokines,proinflammatory
R697 T891 T888 arg2Of astrocytes,in
R698 T891 T889 arg1Of astrocytes,primary
R699 T891 T890 arg2Of astrocytes,cultured
R700 T891 T892 arg1Of astrocytes,from
R701 T894 T892 arg2Of mice,from
R702 T894 T893 arg1Of mice,transgenic
R703 T894 T895 arg1Of mice,after
R704 T897 T895 arg2Of injury,after
R705 T897 T896 arg1Of injury,scratch

UBERON-AE

Id Subject Object Predicate Lexical cue
T619 589-595 http://purl.obolibrary.org/obo/UBERON_0000062 denotes organs
T618 263-282 http://purl.obolibrary.org/obo/UBERON_0000120 denotes blood-brain barrier
T617 330-335 http://purl.obolibrary.org/obo/UBERON_0000178 denotes blood
T616 263-268 http://purl.obolibrary.org/obo/UBERON_0000178 denotes blood
T615 1179-1184 http://purl.obolibrary.org/obo/UBERON_0000955 denotes brain
T614 827-832 http://purl.obolibrary.org/obo/UBERON_0000955 denotes brain
T613 805-810 http://purl.obolibrary.org/obo/UBERON_0000955 denotes brain
T612 565-570 http://purl.obolibrary.org/obo/UBERON_0000955 denotes brain
T611 290-295 http://purl.obolibrary.org/obo/UBERON_0000955 denotes brain
T610 269-274 http://purl.obolibrary.org/obo/UBERON_0000955 denotes brain
T609 16-21 http://purl.obolibrary.org/obo/UBERON_0000955 denotes Brain

GO-BP

Id Subject Object Predicate Lexical cue
T639 658-671 http://purl.obolibrary.org/obo/GO_0006351 denotes transcription
T638 336-357 http://purl.obolibrary.org/obo/GO_0001775 denotes cells, and activation
T637 330-357 http://purl.obolibrary.org/obo/GO_1903708 denotes blood cells, and activation
T636 250-259 http://purl.obolibrary.org/obo/GO_0009056 denotes breakdown
T635 1352-1364 http://purl.obolibrary.org/obo/GO_0006954 denotes inflammation
T634 982-994 http://purl.obolibrary.org/obo/GO_0006954 denotes inflammation
T633 785-797 http://purl.obolibrary.org/obo/GO_0006954 denotes inflammation
T632 514-526 http://purl.obolibrary.org/obo/GO_0006954 denotes inflammation
T631 217-238 http://purl.obolibrary.org/obo/GO_0006954 denotes inflammatory response

GO-CC

Id Subject Object Predicate Lexical cue
T906 386-391 http://purl.obolibrary.org/obo/GO_0005623 denotes cells
T905 336-341 http://purl.obolibrary.org/obo/GO_0005623 denotes cells

sentences

Id Subject Object Predicate Lexical cue
T630 1390-1560 Sentence denotes Therefore, here we analysed the influence of Nrf2 on the expression of proinflammatory cytokines in primary cultured astrocytes from transgenic mice after scratch injury.
T629 1296-1389 Sentence denotes Little is known about the relationship between Nrf2 and inflammation in astrocytes after TBI.
T628 1233-1295 Sentence denotes In fact, all the aforementioned studies are performed in vivo.
T627 1098-1232 Sentence denotes It is well documented that astrocytes play a critical role in maintaining normal brain physiology and responding to injury or disease.
T626 960-1097 Sentence denotes On the contrary, such inflammation can be extenuated through elevating the level of Nrf2 by its inducers, such as sulforaphane (SFN) [6].
T625 847-959 Sentence denotes It was also showed that TBI could induce more aggravated damage in Nrf2 knockout mice than in wildtype mice [5].
T624 727-846 Sentence denotes Several studies have demonstrated that Nrf2 regulates the inflammation in the brain after traumatic brain injury (TBI).
T623 603-726 Sentence denotes Nuclear factor erythroid 2-related factor2 (Nrf2) is a transcription factor that regulates many kinds of antioxidant genes.
T622 495-602 Sentence denotes And the subsequent inflammation leads to secondary damage not only in brain but also in other organs [2–4].
T621 150-494 Sentence denotes The secondary injury mechanism involves the initiation of an acute inflammatory response, including breakdown of blood-brain barrier (BBB), brain edema, infiltration of peripheral blood cells, and activation of resident immunocompetent cells, as well as the release of numerous immune mediators such as interleukins and chemotactic factors [1].
T620 16-149 Sentence denotes Brain damage following traumatic injury is a result of direct (primary injury) and indirect (secondary or delayed injury) mechanisms.
T13 0-2 Sentence denotes 1.
T14 3-15 Sentence denotes Introduction
T15 16-149 Sentence denotes Brain damage following traumatic injury is a result of direct (primary injury) and indirect (secondary or delayed injury) mechanisms.
T16 150-494 Sentence denotes The secondary injury mechanism involves the initiation of an acute inflammatory response, including breakdown of blood-brain barrier (BBB), brain edema, infiltration of peripheral blood cells, and activation of resident immunocompetent cells, as well as the release of numerous immune mediators such as interleukins and chemotactic factors [1].
T17 495-602 Sentence denotes And the subsequent inflammation leads to secondary damage not only in brain but also in other organs [2–4].
T18 603-726 Sentence denotes Nuclear factor erythroid 2-related factor2 (Nrf2) is a transcription factor that regulates many kinds of antioxidant genes.
T19 727-846 Sentence denotes Several studies have demonstrated that Nrf2 regulates the inflammation in the brain after traumatic brain injury (TBI).
T20 847-959 Sentence denotes It was also showed that TBI could induce more aggravated damage in Nrf2 knockout mice than in wildtype mice [5].
T21 960-1097 Sentence denotes On the contrary, such inflammation can be extenuated through elevating the level of Nrf2 by its inducers, such as sulforaphane (SFN) [6].
T22 1098-1232 Sentence denotes It is well documented that astrocytes play a critical role in maintaining normal brain physiology and responding to injury or disease.
T23 1233-1295 Sentence denotes In fact, all the aforementioned studies are performed in vivo.
T24 1296-1389 Sentence denotes Little is known about the relationship between Nrf2 and inflammation in astrocytes after TBI.
T25 1390-1560 Sentence denotes Therefore, here we analysed the influence of Nrf2 on the expression of proinflammatory cytokines in primary cultured astrocytes from transgenic mice after scratch injury.

ICD10

Id Subject Object Predicate Lexical cue
T904 1553-1559 http://purl.bioontology.org/ontology/ICD10/T14.9 denotes injury
T903 1214-1220 http://purl.bioontology.org/ontology/ICD10/T14.9 denotes injury
T902 833-839 http://purl.bioontology.org/ontology/ICD10/T14.9 denotes injury
T901 164-170 http://purl.bioontology.org/ontology/ICD10/T14.9 denotes injury
T900 130-136 http://purl.bioontology.org/ontology/ICD10/T14.9 denotes injury
T899 87-93 http://purl.bioontology.org/ontology/ICD10/T14.9 denotes injury
T898 49-55 http://purl.bioontology.org/ontology/ICD10/T14.9 denotes injury

bionlp-st-ge-2016-test-ihmc

Id Subject Object Predicate Lexical cue
T1218 1406-1559 Regulation denotes we analysed the influence of Nrf2 on the expression of proinflammatory cytokines in primary cultured astrocytes from transgenic mice after scratch injury
T1217 1440-1559 Gene_expression denotes on the expression of proinflammatory cytokines in primary cultured astrocytes from transgenic mice after scratch injury
T1216 941-958 Protein denotes wildtype mice [5]
T1215 705-725 Protein denotes of antioxidant genes
T1214 1368-1378 Entity denotes astrocytes
T1213 914-918 Protein denotes Nrf2
T1212 1458-1486 Protein denotes of proinflammatory cytokines
T1211 1044-1048 Protein denotes Nrf2
T1210 647-651 Protein denotes Nrf2
T1209 1052-1092 Entity denotes its inducers, such as sulforaphane (SFN)
T1208 766-770 Protein denotes Nrf2
T1207 316-341 Entity denotes of peripheral blood cells
T1206 708-719 Entity denotes antioxidant
T1205 914-932 Protein denotes Nrf2 knockout mice
T1204 1088-1091 Protein denotes SFN
T1203 1523-1559 Protein denotes transgenic mice after scratch injury
T1202 1343-1347 Protein denotes Nrf2
T1201 1490-1559 Entity denotes primary cultured astrocytes from transgenic mice after scratch injury
T1200 1125-1135 Entity denotes astrocytes
T1199 453-465 Protein denotes interleukins
T1198 1432-1439 Protein denotes of Nrf2
T1197 370-391 Entity denotes immunocompetent cells
R982 T1198 T1218 causeOf of Nrf2,we analysed the influence of Nrf2 on the expression of proinflammatory cytokines in primary cultured astrocytes from transgenic mice after scratch injury
R983 T1212 T1217 themeOf of proinflammatory cytokines,on the expression of proinflammatory cytokines in primary cultured astrocytes from transgenic mice after scratch injury
R984 T1217 T1218 themeOf on the expression of proinflammatory cytokines in primary cultured astrocytes from transgenic mice after scratch injury,we analysed the influence of Nrf2 on the expression of proinflammatory cytokines in primary cultured astrocytes from transgenic mice after scratch injury

bionlp-st-ge-2016-spacy-parsed

Id Subject Object Predicate Lexical cue
T1186 1559-1560 . denotes .
T1185 1553-1559 NN denotes injury
T1184 1545-1552 NN denotes scratch
T1183 1539-1544 IN denotes after
T1182 1534-1538 NNS denotes mice
T1181 1523-1533 JJ denotes transgenic
T1180 1518-1522 IN denotes from
T1179 1507-1517 NNS denotes astrocytes
T1178 1498-1506 JJ denotes cultured
T1177 1490-1497 JJ denotes primary
T1176 1487-1489 IN denotes in
T1175 1477-1486 NNS denotes cytokines
T1174 1461-1476 JJ denotes proinflammatory
T1173 1458-1460 IN denotes of
T1172 1447-1457 NN denotes expression
T1171 1443-1446 DT denotes the
T1170 1440-1442 IN denotes on
T1169 1435-1439 NNP denotes Nrf2
T1168 1432-1434 IN denotes of
T1167 1422-1431 NN denotes influence
T1166 1418-1421 DT denotes the
T1165 1409-1417 VBD denotes analysed
T1164 1406-1408 PRP denotes we
T1163 1401-1405 RB denotes here
T1162 1399-1400 , denotes ,
T1161 1390-1399 RB denotes Therefore
T1160 1388-1389 . denotes .
T1159 1385-1388 NNP denotes TBI
T1158 1379-1384 IN denotes after
T1157 1368-1378 NNS denotes astrocytes
T1156 1365-1367 IN denotes in
T1155 1352-1364 NN denotes inflammation
T1154 1348-1351 CC denotes and
T1153 1343-1347 NNP denotes Nrf2
T1152 1335-1342 IN denotes between
T1151 1322-1334 NN denotes relationship
T1150 1318-1321 DT denotes the
T1149 1312-1317 IN denotes about
T1148 1306-1311 VBN denotes known
T1147 1303-1305 VBZ denotes is
T1146 1296-1302 NNP denotes Little
T1145 1294-1295 . denotes .
T1144 1290-1294 NN denotes vivo
T1143 1287-1289 IN denotes in
T1142 1277-1286 VBN denotes performed
T1141 1273-1276 VBP denotes are
T1140 1265-1272 NNS denotes studies
T1139 1250-1264 JJ denotes aforementioned
T1138 1246-1249 DT denotes the
T1137 1242-1245 PDT denotes all
T1136 1240-1241 , denotes ,
T1135 1236-1240 NN denotes fact
T1134 1233-1235 IN denotes In
T1133 1231-1232 . denotes .
T1132 1224-1231 NN denotes disease
T1131 1221-1223 CC denotes or
T1130 1214-1220 NN denotes injury
T1129 1211-1213 TO denotes to
T1128 1200-1210 VBG denotes responding
T1127 1196-1199 CC denotes and
T1126 1185-1195 NN denotes physiology
T1125 1179-1184 NN denotes brain
T1124 1172-1178 JJ denotes normal
T1123 1160-1171 VBG denotes maintaining
T1122 1157-1159 IN denotes in
T1121 1152-1156 NN denotes role
T1120 1143-1151 JJ denotes critical
T1119 1141-1142 DT denotes a
T1118 1136-1140 VBP denotes play
T1117 1125-1135 NNS denotes astrocytes
T1116 1120-1124 IN denotes that
T1115 1109-1119 VBN denotes documented
T1114 1104-1108 RB denotes well
T1113 1101-1103 VBZ denotes is
T1112 1098-1100 PRP denotes It
T1111 1096-1097 . denotes .
T1110 1095-1096 NNP denotes ]
T1109 1094-1095 CD denotes 6
T1108 1093-1094 NNP denotes [
T1107 1091-1092 -RRB- denotes )
T1106 1088-1091 NNP denotes SFN
T1105 1087-1088 -LRB- denotes (
T1104 1074-1086 NN denotes sulforaphane
T1103 1071-1073 IN denotes as
T1102 1066-1070 JJ denotes such
T1101 1064-1065 , denotes ,
T1100 1056-1064 NNS denotes inducers
T1099 1052-1055 PRP$ denotes its
T1098 1049-1051 IN denotes by
T1097 1044-1048 JJ denotes Nrf2
T1096 1041-1043 IN denotes of
T1095 1035-1040 NN denotes level
T1094 1031-1034 DT denotes the
T1093 1021-1030 VBG denotes elevating
T1092 1013-1020 IN denotes through
T1091 1002-1012 VBN denotes extenuated
T1090 999-1001 VB denotes be
T1089 995-998 MD denotes can
T1088 982-994 NN denotes inflammation
T1087 977-981 JJ denotes such
T1086 975-976 , denotes ,
T1085 967-975 NN denotes contrary
T1084 963-966 DT denotes the
T1083 960-962 IN denotes On
T1082 958-959 . denotes .
T1081 957-958 NNP denotes ]
T1080 956-957 CD denotes 5
T1079 955-956 VBP denotes [
T1078 950-954 NNS denotes mice
T1077 941-949 NN denotes wildtype
T1076 938-940 IN denotes in
T1075 933-937 IN denotes than
T1074 928-932 NNS denotes mice
T1073 919-927 NN denotes knockout
T1072 914-918 JJ denotes Nrf2
T1071 911-913 IN denotes in
T1070 904-910 NN denotes damage
T1069 893-903 VBN denotes aggravated
T1068 888-892 RBR denotes more
T1067 881-887 VB denotes induce
T1066 875-880 MD denotes could
T1065 871-874 NNP denotes TBI
T1064 866-870 IN denotes that
T1063 859-865 VBN denotes showed
T1062 854-858 RB denotes also
T1061 850-853 VBD denotes was
T1060 847-849 PRP denotes It
T1059 845-846 . denotes .
T1058 844-845 -RRB- denotes )
T1057 841-844 NNP denotes TBI
T1056 840-841 -LRB- denotes (
T1055 833-839 NN denotes injury
T1054 827-832 NN denotes brain
T1053 817-826 JJ denotes traumatic
T1052 811-816 IN denotes after
T1051 805-810 NN denotes brain
T1050 801-804 DT denotes the
T1049 798-800 IN denotes in
T1048 785-797 NN denotes inflammation
T1047 781-784 DT denotes the
T1046 771-780 VBZ denotes regulates
T1045 766-770 JJ denotes Nrf2
T1044 761-765 IN denotes that
T1043 748-760 VBN denotes demonstrated
T1042 743-747 VBP denotes have
T1041 735-742 NNS denotes studies
T1040 727-734 JJ denotes Several
T1039 725-726 . denotes .
T1038 720-725 NNS denotes genes
T1037 708-719 JJ denotes antioxidant
T1036 705-707 IN denotes of
T1035 699-704 NNS denotes kinds
T1034 694-698 JJ denotes many
T1033 684-693 VBZ denotes regulates
T1032 679-683 WDT denotes that
T1031 672-678 NN denotes factor
T1030 658-671 NN denotes transcription
T1029 656-657 DT denotes a
T1028 653-655 VBZ denotes is
T1027 651-652 -RRB- denotes )
T1026 647-651 NN denotes Nrf2
T1025 646-647 -LRB- denotes (
T1024 638-645 CD denotes factor2
T1023 628-637 JJ denotes 2-related
T1022 618-627 VBD denotes erythroid
T1021 611-617 NN denotes factor
T1020 603-610 NNP denotes Nuclear
T1019 601-602 . denotes .
T1018 600-601 NNP denotes ]
T1017 599-600 CD denotes 4
T1016 597-598 CD denotes 2
T1015 596-597 VBP denotes [
T1014 589-595 NNS denotes organs
T1013 583-588 JJ denotes other
T1012 580-582 IN denotes in
T982 404-407 DT denotes the
T981 401-403 IN denotes as
T980 396-400 RB denotes well
T979 393-395 RB denotes as
T978 391-392 , denotes ,
T977 386-391 NNS denotes cells
T976 370-385 JJ denotes immunocompetent
T975 361-369 NN denotes resident
T974 358-360 IN denotes of
T973 347-357 NN denotes activation
T972 343-346 CC denotes and
T971 341-342 , denotes ,
T970 336-341 NNS denotes cells
T969 330-335 NN denotes blood
T968 319-329 JJ denotes peripheral
T967 316-318 IN denotes of
T966 303-315 NN denotes infiltration
T965 301-302 , denotes ,
T964 296-301 NN denotes edema
T963 290-295 NN denotes brain
T962 288-289 , denotes ,
T961 287-288 -RRB- denotes )
T960 284-287 NNP denotes BBB
T959 283-284 -LRB- denotes (
T958 275-282 NN denotes barrier
T957 263-274 JJ denotes blood-brain
T956 260-262 IN denotes of
T955 250-259 NN denotes breakdown
T954 240-249 VBG denotes including
T953 238-239 , denotes ,
T952 230-238 NN denotes response
T951 217-229 JJ denotes inflammatory
T950 211-216 JJ denotes acute
T949 208-210 DT denotes an
T948 205-207 IN denotes of
T947 194-204 NN denotes initiation
T946 190-193 DT denotes the
T945 181-189 VBZ denotes involves
T944 171-180 NN denotes mechanism
T943 164-170 NN denotes injury
T942 154-163 JJ denotes secondary
T941 150-153 DT denotes The
T940 148-149 . denotes .
T939 138-148 NNS denotes mechanisms
T938 136-137 -RRB- denotes )
T937 130-136 NN denotes injury
T936 122-129 JJ denotes delayed
T935 119-121 CC denotes or
T934 109-118 JJ denotes secondary
T933 108-109 -LRB- denotes (
T932 99-107 JJ denotes indirect
T931 95-98 CC denotes and
T1011 575-579 RB denotes also
T1010 571-574 CC denotes but
T1009 565-570 NN denotes brain
T1008 562-564 IN denotes in
T1007 557-561 RB denotes only
T1006 553-556 RB denotes not
T1005 546-552 NN denotes damage
T1004 536-545 JJ denotes secondary
T1003 533-535 TO denotes to
T1002 527-532 VBZ denotes leads
T1001 514-526 NN denotes inflammation
T1000 503-513 JJ denotes subsequent
T999 499-502 DT denotes the
T998 495-498 CC denotes And
T997 493-494 . denotes .
T996 492-493 NNP denotes ]
T995 491-492 CD denotes 1
T994 490-491 VBP denotes [
T993 482-489 NNS denotes factors
T992 470-481 JJ denotes chemotactic
T991 466-469 CC denotes and
T990 453-465 NNS denotes interleukins
T989 450-452 IN denotes as
T988 445-449 JJ denotes such
T987 435-444 NNS denotes mediators
T986 428-434 JJ denotes immune
T985 419-427 JJ denotes numerous
T984 416-418 IN denotes of
T983 408-415 NN denotes release
T930 93-94 -RRB- denotes )
T929 87-93 NN denotes injury
T928 79-86 JJ denotes primary
T927 78-79 -LRB- denotes (
T926 71-77 JJ denotes direct
T925 68-70 IN denotes of
T924 61-67 NN denotes result
T923 59-60 DT denotes a
T922 56-58 VBZ denotes is
T921 49-55 NN denotes injury
T920 39-48 JJ denotes traumatic
T919 29-38 VBG denotes following
T918 22-28 NN denotes damage
T917 16-21 NN denotes Brain
R714 T922 T922 ROOT is,is
R715 T923 T924 det a,result
R716 T924 T922 attr result,is
R717 T925 T924 prep of,result
R718 T926 T929 amod direct,injury
R719 T927 T929 punct (,injury
R720 T928 T929 amod primary,injury
R721 T929 T939 nmod injury,mechanisms
R722 T930 T929 punct ),injury
R723 T931 T929 cc and,injury
R724 T932 T937 amod indirect,injury
R725 T933 T937 punct (,injury
R726 T934 T937 amod secondary,injury
R727 T935 T934 cc or,secondary
R728 T936 T934 conj delayed,secondary
R729 T937 T929 conj injury,injury
R730 T938 T937 punct ),injury
R731 T939 T925 pobj mechanisms,of
R732 T940 T922 punct .,is
R733 T941 T944 det The,mechanism
R734 T942 T944 amod secondary,mechanism
R735 T943 T944 compound injury,mechanism
R736 T944 T945 nsubj mechanism,involves
R737 T945 T945 ROOT involves,involves
R738 T946 T947 det the,initiation
R739 T947 T945 dobj initiation,involves
R740 T948 T947 prep of,initiation
R741 T949 T952 det an,response
R742 T950 T952 amod acute,response
R743 T951 T952 amod inflammatory,response
R744 T952 T948 pobj response,of
R745 T953 T947 punct ",",initiation
R746 T954 T947 prep including,initiation
R747 T955 T954 pobj breakdown,including
R748 T956 T955 prep of,breakdown
R749 T957 T958 amod blood-brain,barrier
R750 T958 T956 pobj barrier,of
R751 T959 T960 punct (,BBB
R752 T960 T955 parataxis BBB,breakdown
R753 T961 T960 punct ),BBB
R754 T962 T955 punct ",",breakdown
R755 T963 T964 compound brain,edema
R756 T964 T955 conj edema,breakdown
R757 T965 T964 punct ",",edema
R758 T966 T964 conj infiltration,edema
R759 T967 T966 prep of,infiltration
R760 T968 T970 amod peripheral,cells
R761 T969 T970 compound blood,cells
R762 T970 T967 pobj cells,of
R763 T971 T966 punct ",",infiltration
R764 T972 T966 cc and,infiltration
R765 T973 T966 conj activation,infiltration
R766 T974 T973 prep of,activation
R767 T975 T977 amod resident,cells
R768 T976 T977 amod immunocompetent,cells
R769 T977 T974 pobj cells,of
R770 T978 T966 punct ",",infiltration
R771 T979 T981 advmod as,as
R772 T980 T981 advmod well,as
R773 T981 T955 cc as,breakdown
R774 T982 T983 det the,release
R775 T983 T947 conj release,initiation
R776 T984 T983 prep of,release
R777 T985 T987 amod numerous,mediators
R778 T986 T987 amod immune,mediators
R779 T987 T984 pobj mediators,of
R780 T988 T989 amod such,as
R781 T989 T987 prep as,mediators
R782 T990 T989 pobj interleukins,as
R783 T991 T990 cc and,interleukins
R784 T992 T993 amod chemotactic,factors
R785 T993 T990 conj factors,interleukins
R786 T994 T945 conj [,involves
R787 T995 T996 nummod 1,]
R788 T996 T994 dobj ],[
R789 T997 T945 punct .,involves
R790 T998 T1002 cc And,leads
R791 T999 T1001 det the,inflammation
R792 T1000 T1001 amod subsequent,inflammation
R793 T1001 T1002 nsubj inflammation,leads
R794 T1002 T1002 ROOT leads,leads
R795 T1003 T1002 prep to,leads
R796 T1004 T1005 amod secondary,damage
R797 T1005 T1003 pobj damage,to
R798 T1006 T1008 preconj not,in
R799 T1007 T1006 advmod only,not
R800 T1008 T1005 prep in,damage
R801 T1009 T1008 pobj brain,in
R802 T1010 T1008 cc but,in
R803 T1011 T1010 advmod also,but
R804 T1012 T1008 conj in,in
R805 T1013 T1014 amod other,organs
R806 T1014 T1012 pobj organs,in
R807 T1015 T1008 pobj [,in
R808 T1016 T1015 nummod 2,[
R809 T1017 T1018 nummod 4,]
R810 T1018 T1015 appos ],[
R811 T1019 T1002 punct .,leads
R812 T1020 T1021 compound Nuclear,factor
R813 T1021 T1022 nsubj factor,erythroid
R814 T1022 T1028 nsubj erythroid,is
R815 T1023 T1022 advmod 2-related,erythroid
R816 T1024 T1023 nummod factor2,2-related
R817 T1025 T1026 punct (,Nrf2
R818 T1026 T1023 appos Nrf2,2-related
R819 T1027 T1022 punct ),erythroid
R820 T1028 T1028 ROOT is,is
R821 T1029 T1031 det a,factor
R822 T1030 T1031 compound transcription,factor
R823 T1031 T1028 attr factor,is
R824 T1032 T1033 nsubj that,regulates
R825 T1033 T1031 relcl regulates,factor
R826 T1034 T1035 amod many,kinds
R827 T1035 T1033 dobj kinds,regulates
R828 T1036 T1035 prep of,kinds
R829 T1037 T1038 amod antioxidant,genes
R830 T1038 T1036 pobj genes,of
R831 T1039 T1028 punct .,is
R832 T1040 T1041 amod Several,studies
R833 T1041 T1043 nsubj studies,demonstrated
R834 T1042 T1043 aux have,demonstrated
R835 T1043 T1043 ROOT demonstrated,demonstrated
R836 T1044 T1046 mark that,regulates
R837 T1045 T1046 nsubj Nrf2,regulates
R838 T1046 T1043 ccomp regulates,demonstrated
R839 T1047 T1048 det the,inflammation
R840 T1048 T1046 dobj inflammation,regulates
R841 T1049 T1048 prep in,inflammation
R842 T1050 T1051 det the,brain
R843 T1051 T1049 pobj brain,in
R844 T1052 T1046 prep after,regulates
R845 T1053 T1055 amod traumatic,injury
R846 T1054 T1055 compound brain,injury
R847 T1055 T1052 pobj injury,after
R848 T1056 T1055 punct (,injury
R849 T1057 T1055 appos TBI,injury
R850 T1058 T1055 punct ),injury
R851 T1059 T1043 punct .,demonstrated
R852 T1060 T1063 nsubjpass It,showed
R853 T1061 T1063 auxpass was,showed
R854 T1062 T1063 advmod also,showed
R855 T1063 T1063 ROOT showed,showed
R856 T1064 T1067 mark that,induce
R857 T1065 T1067 nsubj TBI,induce
R858 T1066 T1067 aux could,induce
R859 T1067 T1063 ccomp induce,showed
R860 T1068 T1069 advmod more,aggravated
R861 T1069 T1070 amod aggravated,damage
R862 T1070 T1067 dobj damage,induce
R863 T1071 T1070 prep in,damage
R864 T1072 T1074 amod Nrf2,mice
R865 T1073 T1074 compound knockout,mice
R866 T1074 T1071 pobj mice,in
R867 T1075 T1070 prep than,damage
R868 T1076 T1075 prep in,than
R869 T1077 T1078 compound wildtype,mice
R870 T1078 T1076 pobj mice,in
R871 T1079 T1075 pobj [,than
R872 T1080 T1081 nummod 5,]
R873 T1081 T1079 nsubj ],[
R874 T1082 T1063 punct .,showed
R875 T1083 T1091 prep On,extenuated
R876 T1084 T1085 det the,contrary
R877 T1085 T1083 pobj contrary,On
R878 T1086 T1091 punct ",",extenuated
R879 T1087 T1088 amod such,inflammation
R880 T1088 T1091 nsubjpass inflammation,extenuated
R881 T1089 T1091 aux can,extenuated
R882 T1090 T1091 auxpass be,extenuated
R883 T1091 T1091 ROOT extenuated,extenuated
R884 T1092 T1091 prep through,extenuated
R885 T1093 T1092 pcomp elevating,through
R886 T1094 T1095 det the,level
R887 T1095 T1093 dobj level,elevating
R888 T1096 T1095 prep of,level
R889 T1097 T1096 pobj Nrf2,of
R890 T1098 T1093 prep by,elevating
R891 T1099 T1100 poss its,inducers
R892 T1100 T1098 pobj inducers,by
R893 T1101 T1100 punct ",",inducers
R894 T1102 T1103 amod such,as
R895 T1103 T1100 prep as,inducers
R896 T1104 T1103 pobj sulforaphane,as
R897 T1105 T1106 punct (,SFN
R898 T1106 T1108 nmod SFN,[
R899 T1107 T1106 punct ),SFN
R900 T1108 T1110 nmod [,]
R901 T1109 T1110 nummod 6,]
R902 T1110 T1100 appos ],inducers
R903 T1111 T1091 punct .,extenuated
R904 T1112 T1113 nsubj It,is
R905 T1113 T1113 ROOT is,is
R906 T1114 T1115 advmod well,documented
R907 T1115 T1113 acomp documented,is
R908 T1116 T1118 mark that,play
R909 T1117 T1118 nsubj astrocytes,play
R910 T1118 T1115 ccomp play,documented
R911 T1119 T1121 det a,role
R912 T1120 T1121 amod critical,role
R913 T1121 T1118 dobj role,play
R914 T1122 T1121 prep in,role
R915 T1123 T1122 pcomp maintaining,in
R916 T1124 T1126 amod normal,physiology
R917 T1125 T1126 compound brain,physiology
R918 T1126 T1123 dobj physiology,maintaining
R919 T1127 T1123 cc and,maintaining
R920 T1128 T1123 conj responding,maintaining
R921 T1129 T1128 prep to,responding
R922 T1130 T1129 pobj injury,to
R923 T1131 T1130 cc or,injury
R924 T1132 T1130 conj disease,injury
R925 T1133 T1113 punct .,is
R926 T1134 T1142 prep In,performed
R927 T1135 T1134 pobj fact,In
R928 T1136 T1142 punct ",",performed
R929 T1137 T1140 det all,studies
R930 T1138 T1140 det the,studies
R931 T1139 T1140 amod aforementioned,studies
R932 T1140 T1142 nsubjpass studies,performed
R933 T1141 T1142 auxpass are,performed
R934 T1142 T1142 ROOT performed,performed
R935 T1143 T1142 prep in,performed
R936 T1144 T1143 pobj vivo,in
R937 T1145 T1142 punct .,performed
R938 T1146 T1148 nsubjpass Little,known
R939 T1147 T1148 auxpass is,known
R940 T1148 T1148 ROOT known,known
R941 T1149 T1148 prep about,known
R942 T1150 T1151 det the,relationship
R943 T1151 T1149 pobj relationship,about
R944 T1152 T1151 prep between,relationship
R945 T1153 T1152 pobj Nrf2,between
R946 T1154 T1153 cc and,Nrf2
R947 T1155 T1153 conj inflammation,Nrf2
R948 T1156 T1155 prep in,inflammation
R949 T1157 T1156 pobj astrocytes,in
R950 T1158 T1151 prep after,relationship
R951 T1159 T1158 pobj TBI,after
R952 T1160 T1148 punct .,known
R953 T1161 T1165 advmod Therefore,analysed
R954 T1162 T1165 punct ",",analysed
R955 T1163 T1165 advmod here,analysed
R956 T1164 T1165 nsubj we,analysed
R957 T1165 T1165 ROOT analysed,analysed
R958 T1166 T1167 det the,influence
R959 T1167 T1165 dobj influence,analysed
R960 T1168 T1167 prep of,influence
R961 T1169 T1168 pobj Nrf2,of
R962 T1170 T1167 prep on,influence
R963 T1171 T1172 det the,expression
R964 T1172 T1170 pobj expression,on
R965 T1173 T1172 prep of,expression
R966 T1174 T1175 amod proinflammatory,cytokines
R967 T1175 T1173 pobj cytokines,of
R968 T1176 T1175 prep in,cytokines
R969 T1177 T1179 amod primary,astrocytes
R970 T1178 T1179 amod cultured,astrocytes
R971 T1179 T1176 pobj astrocytes,in
R972 T1180 T1179 prep from,astrocytes
R973 T1181 T1182 amod transgenic,mice
R974 T1182 T1180 pobj mice,from
R975 T1183 T1165 prep after,analysed
R976 T1184 T1185 compound scratch,injury
R977 T1185 T1183 pobj injury,after
R978 T1186 T1165 punct .,analysed
R709 T917 T918 compound Brain,damage
R710 T918 T922 nsubj damage,is
R711 T919 T918 acl following,damage
R712 T920 T921 amod traumatic,injury
R713 T921 T919 dobj injury,following

bionlp-st-ge-2016-test-tees

Id Subject Object Predicate Lexical cue
T916 1435-1439 Protein denotes Nrf2
T915 1343-1347 Protein denotes Nrf2
T914 1021-1030 Positive_regulation denotes elevating
T913 1044-1048 Protein denotes Nrf2
T912 914-918 Protein denotes Nrf2
T911 766-770 Protein denotes Nrf2
T910 684-693 Regulation denotes regulates
T909 684-693 Regulation denotes regulates
T908 603-645 Protein denotes Nuclear factor erythroid 2-related factor2
T907 647-651 Protein denotes Nrf2
R706 T907 T909 themeOf Nrf2,regulates
R707 T908 T910 themeOf Nuclear factor erythroid 2-related factor2,regulates
R708 T913 T914 themeOf Nrf2,elevating

testone

Id Subject Object Predicate Lexical cue
T606 919-927 Negative_regulation denotes knockout

test3

Id Subject Object Predicate Lexical cue
T608 1021-1030 Positive_regulation denotes elevating
T607 919-927 Negative_regulation denotes knockout