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PubMed:30831029 JSONTXT

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GlyCosmos600-CLO

Id Subject Object Predicate Lexical cue
T1 57-71 http://purl.obolibrary.org/obo/CL_0000746 denotes Cardiomyocytes
T2 490-504 http://purl.obolibrary.org/obo/CL_0000746 denotes cardiomyocytes
T3 583-589 http://purl.obolibrary.org/obo/CLO_0001689 denotes a HL-1
T4 590-595 http://purl.obolibrary.org/obo/CLO_0007836 denotes mouse
T5 596-609 http://purl.obolibrary.org/obo/CL_0000746 denotes cardiomyocyte
T6 610-614 http://purl.obolibrary.org/obo/GO_0005623 denotes cell
T7 941-951 http://purl.obolibrary.org/obo/GO_0030017 denotes sarcomeric

sentences

Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-72 Sentence denotes Proteomic Identification of Protein Glutathionylation in Cardiomyocytes.
TextSentencer_T2 73-237 Sentence denotes Reactive oxygen species (ROS) are important signaling molecules, but their overproduction is associated with many cardiovascular diseases, including cardiomyopathy.
TextSentencer_T3 238-391 Sentence denotes ROS induce various oxidative modifications, among which glutathionylation is one of the significant protein oxidations that occur under oxidative stress.
TextSentencer_T4 392-522 Sentence denotes Despite previous efforts, direct and site-specific identification of glutathionylated proteins in cardiomyocytes has been limited.
TextSentencer_T5 523-778 Sentence denotes In this report, we used a clickable glutathione approach in a HL-1 mouse cardiomyocyte cell line under exposure to hydrogen peroxide, finding 1763 glutathionylated peptides with specific Cys modification sites, which include many muscle-specific proteins.
TextSentencer_T6 779-1043 Sentence denotes Bioinformatic and cluster analyses found 125 glutathionylated proteins, whose mutations or dysfunctions are associated with cardiomyopathy, many of which include sarcomeric structural and contractile proteins, chaperone, and other signaling or regulatory proteins.
TextSentencer_T7 1044-1244 Sentence denotes We further provide functional implication of glutathionylation for several identified proteins, including CSRP3/MLP and complex I, II, and III, by analyzing glutathionylated sites in their structures.
TextSentencer_T8 1245-1444 Sentence denotes Our report establishes a chemoselective method for direct identification of glutathionylated proteins and provides potential target proteins whose glutathionylation may contribute to muscle diseases.
T1 0-72 Sentence denotes Proteomic Identification of Protein Glutathionylation in Cardiomyocytes.
T2 73-237 Sentence denotes Reactive oxygen species (ROS) are important signaling molecules, but their overproduction is associated with many cardiovascular diseases, including cardiomyopathy.
T3 238-391 Sentence denotes ROS induce various oxidative modifications, among which glutathionylation is one of the significant protein oxidations that occur under oxidative stress.
T4 392-522 Sentence denotes Despite previous efforts, direct and site-specific identification of glutathionylated proteins in cardiomyocytes has been limited.
T5 523-778 Sentence denotes In this report, we used a clickable glutathione approach in a HL-1 mouse cardiomyocyte cell line under exposure to hydrogen peroxide, finding 1763 glutathionylated peptides with specific Cys modification sites, which include many muscle-specific proteins.
T6 779-1043 Sentence denotes Bioinformatic and cluster analyses found 125 glutathionylated proteins, whose mutations or dysfunctions are associated with cardiomyopathy, many of which include sarcomeric structural and contractile proteins, chaperone, and other signaling or regulatory proteins.
T7 1044-1244 Sentence denotes We further provide functional implication of glutathionylation for several identified proteins, including CSRP3/MLP and complex I, II, and III, by analyzing glutathionylated sites in their structures.
T8 1245-1444 Sentence denotes Our report establishes a chemoselective method for direct identification of glutathionylated proteins and provides potential target proteins whose glutathionylation may contribute to muscle diseases.

Glycosmos6-MAT

Id Subject Object Predicate Lexical cue
T1 753-759 http://purl.obolibrary.org/obo/MAT_0000025 denotes muscle
T2 1428-1434 http://purl.obolibrary.org/obo/MAT_0000025 denotes muscle

GlyCosmos600-FMA

Id Subject Object Predicate Lexical cue fma_id
T1 28-35 Body_part denotes Protein http://purl.org/sig/ont/fma/fma67257
T2 57-71 Body_part denotes Cardiomyocytes http://purl.org/sig/ont/fma/fma14067
T3 338-345 Body_part denotes protein http://purl.org/sig/ont/fma/fma67257
T4 478-486 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T5 490-504 Body_part denotes cardiomyocytes http://purl.org/sig/ont/fma/fma14067
T6 596-609 Body_part denotes cardiomyocyte http://purl.org/sig/ont/fma/fma14067
T7 610-614 Body_part denotes cell http://purl.org/sig/ont/fma/fma68646
T8 753-759 Body_part denotes muscle http://purl.org/sig/ont/fma/fma32558
T9 769-777 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T10 841-849 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T11 941-951 Body_part denotes sarcomeric http://purl.org/sig/ont/fma/fma67895
T12 979-987 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T13 1034-1042 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T14 1130-1138 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T15 1338-1346 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T16 1377-1385 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T17 1428-1434 Body_part denotes muscle http://purl.org/sig/ont/fma/fma32558

GlyCosmos600-MAT

Id Subject Object Predicate Lexical cue
PD-MAT-B_T1 753-759 http://purl.obolibrary.org/obo/MAT_0000025 denotes muscle
PD-MAT-B_T2 1428-1434 http://purl.obolibrary.org/obo/MAT_0000025 denotes muscle

GlyCosmos600-GlycoProteins

Id Subject Object Predicate Lexical cue
PD-GlycoProteins-B_T1 585-587 http://purl.uniprot.org/uniprot/P35914 denotes HL
PD-GlycoProteins-B_T2 585-587 http://purl.uniprot.org/uniprot/O81027 denotes HL

pubmed-enju-pas

Id Subject Object Predicate Lexical cue
EnjuParser_T0 0-9 JJ denotes Proteomic
EnjuParser_T1 10-24 NN denotes Identification
EnjuParser_T2 25-27 IN denotes of
EnjuParser_T3 28-35 NN denotes Protein
EnjuParser_T4 36-53 NN denotes Glutathionylation
EnjuParser_T5 54-56 IN denotes in
EnjuParser_T6 57-71 NNS denotes Cardiomyocytes
EnjuParser_T7 73-81 JJ denotes Reactive
EnjuParser_T8 82-88 NN denotes oxygen
EnjuParser_T9 89-96 NNS denotes species
EnjuParser_T10 97-98 -LRB- denotes (
EnjuParser_T11 98-101 NN denotes ROS
EnjuParser_T12 101-102 -RRB- denotes )
EnjuParser_T13 103-106 VBP denotes are
EnjuParser_T14 107-116 JJ denotes important
EnjuParser_T15 117-126 VBG denotes signaling
EnjuParser_T16 127-136 NNS denotes molecules
EnjuParser_T17 136-137 -COMMA- denotes ,
EnjuParser_T18 138-141 CC denotes but
EnjuParser_T19 142-147 PRP-DOLLAR- denotes their
EnjuParser_T20 148-162 NN denotes overproduction
EnjuParser_T21 163-165 VBZ denotes is
EnjuParser_T22 166-176 VBN denotes associated
EnjuParser_T23 177-181 IN denotes with
EnjuParser_T24 182-186 JJ denotes many
EnjuParser_T25 187-201 JJ denotes cardiovascular
EnjuParser_T26 202-210 NNS denotes diseases
EnjuParser_T27 210-211 -COMMA- denotes ,
EnjuParser_T28 212-221 VBG denotes including
EnjuParser_T29 222-236 NN denotes cardiomyopathy
EnjuParser_T30 238-241 NNS denotes ROS
EnjuParser_T31 242-248 VBP denotes induce
EnjuParser_T32 249-256 JJ denotes various
EnjuParser_T33 257-266 JJ denotes oxidative
EnjuParser_T34 267-280 NNS denotes modifications
EnjuParser_T35 280-281 -COMMA- denotes ,
EnjuParser_T36 282-287 IN denotes among
EnjuParser_T37 288-293 WDT denotes which
EnjuParser_T38 294-311 NN denotes glutathionylation
EnjuParser_T39 312-314 VBZ denotes is
EnjuParser_T40 315-318 CD denotes one
EnjuParser_T41 319-321 IN denotes of
EnjuParser_T42 322-325 DT denotes the
EnjuParser_T43 326-337 JJ denotes significant
EnjuParser_T44 338-345 NN denotes protein
EnjuParser_T45 346-356 NNS denotes oxidations
EnjuParser_T46 357-361 WDT denotes that
EnjuParser_T47 362-367 VBP denotes occur
EnjuParser_T48 368-373 IN denotes under
EnjuParser_T49 374-383 JJ denotes oxidative
EnjuParser_T50 384-390 NN denotes stress
EnjuParser_T51 392-399 IN denotes Despite
EnjuParser_T52 400-408 JJ denotes previous
EnjuParser_T53 409-416 NNS denotes efforts
EnjuParser_T54 416-417 -COMMA- denotes ,
EnjuParser_T55 418-424 JJ denotes direct
EnjuParser_T56 425-428 CC denotes and
EnjuParser_T57 429-442 JJ denotes site-specific
EnjuParser_T58 443-457 NN denotes identification
EnjuParser_T59 458-460 IN denotes of
EnjuParser_T60 461-477 VBN denotes glutathionylated
EnjuParser_T61 478-486 NNS denotes proteins
EnjuParser_T62 487-489 IN denotes in
EnjuParser_T63 490-504 NNS denotes cardiomyocytes
EnjuParser_T64 505-508 VBZ denotes has
EnjuParser_T65 509-513 VBN denotes been
EnjuParser_T66 514-521 VBN denotes limited
EnjuParser_T67 523-525 IN denotes In
EnjuParser_T68 526-530 DT denotes this
EnjuParser_T69 531-537 NN denotes report
EnjuParser_T70 537-538 -COMMA- denotes ,
EnjuParser_T71 539-541 PRP denotes we
EnjuParser_T72 542-546 VBD denotes used
EnjuParser_T73 547-548 DT denotes a
EnjuParser_T74 549-558 JJ denotes clickable
EnjuParser_T75 559-570 NN denotes glutathione
EnjuParser_T76 571-579 NN denotes approach
EnjuParser_T77 580-582 IN denotes in
EnjuParser_T78 583-584 DT denotes a
EnjuParser_T79 585-589 NN denotes HL-1
EnjuParser_T80 590-595 NN denotes mouse
EnjuParser_T81 596-609 NN denotes cardiomyocyte
EnjuParser_T82 610-614 NN denotes cell
EnjuParser_T83 615-619 NN denotes line
EnjuParser_T84 620-625 IN denotes under
EnjuParser_T85 626-634 NN denotes exposure
EnjuParser_T86 635-637 TO denotes to
EnjuParser_T87 638-646 NN denotes hydrogen
EnjuParser_T88 647-655 NN denotes peroxide
EnjuParser_T89 655-656 -COMMA- denotes ,
EnjuParser_T90 657-664 VBG denotes finding
EnjuParser_T91 665-669 CD denotes 1763
EnjuParser_T92 670-686 VBN denotes glutathionylated
EnjuParser_T93 687-695 NNS denotes peptides
EnjuParser_T94 696-700 IN denotes with
EnjuParser_T95 701-709 JJ denotes specific
EnjuParser_T96 710-713 NN denotes Cys
EnjuParser_T97 714-726 NN denotes modification
EnjuParser_T98 727-732 NNS denotes sites
EnjuParser_T99 732-733 -COMMA- denotes ,
EnjuParser_T100 734-739 WDT denotes which
EnjuParser_T101 740-747 VBP denotes include
EnjuParser_T102 748-752 JJ denotes many
EnjuParser_T103 753-768 JJ denotes muscle-specific
EnjuParser_T104 769-777 NNS denotes proteins
EnjuParser_T105 779-792 JJ denotes Bioinformatic
EnjuParser_T106 793-796 CC denotes and
EnjuParser_T107 797-804 NN denotes cluster
EnjuParser_T108 805-813 NNS denotes analyses
EnjuParser_T109 814-819 VBD denotes found
EnjuParser_T110 820-823 CD denotes 125
EnjuParser_T111 824-840 VBN denotes glutathionylated
EnjuParser_T112 841-849 NNS denotes proteins
EnjuParser_T113 849-850 -COMMA- denotes ,
EnjuParser_T114 851-856 WP-DOLLAR- denotes whose
EnjuParser_T115 857-866 NNS denotes mutations
EnjuParser_T116 867-869 CC denotes or
EnjuParser_T117 870-882 NNS denotes dysfunctions
EnjuParser_T118 883-886 VBP denotes are
EnjuParser_T119 887-897 VBN denotes associated
EnjuParser_T120 898-902 IN denotes with
EnjuParser_T121 903-917 NN denotes cardiomyopathy
EnjuParser_T122 917-918 -COMMA- denotes ,
EnjuParser_T123 919-923 JJ denotes many
EnjuParser_T124 924-926 IN denotes of
EnjuParser_T125 927-932 WDT denotes which
EnjuParser_T126 933-940 VBP denotes include
EnjuParser_T127 941-951 JJ denotes sarcomeric
EnjuParser_T128 952-962 JJ denotes structural
EnjuParser_T129 963-966 CC denotes and
EnjuParser_T130 967-978 JJ denotes contractile
EnjuParser_T131 979-987 NNS denotes proteins
EnjuParser_T132 987-988 -COMMA- denotes ,
EnjuParser_T133 989-998 NN denotes chaperone
EnjuParser_T134 998-999 -COMMA- denotes ,
EnjuParser_T135 1000-1003 CC denotes and
EnjuParser_T136 1004-1009 JJ denotes other
EnjuParser_T137 1010-1019 NN denotes signaling
EnjuParser_T138 1020-1022 CC denotes or
EnjuParser_T139 1023-1033 JJ denotes regulatory
EnjuParser_T140 1034-1042 NNS denotes proteins
EnjuParser_T141 1044-1046 PRP denotes We
EnjuParser_T142 1047-1054 RB denotes further
EnjuParser_T143 1055-1062 VBP denotes provide
EnjuParser_T144 1063-1073 JJ denotes functional
EnjuParser_T145 1074-1085 NN denotes implication
EnjuParser_T146 1086-1088 IN denotes of
EnjuParser_T147 1089-1106 NN denotes glutathionylation
EnjuParser_T148 1107-1110 IN denotes for
EnjuParser_T149 1111-1118 JJ denotes several
EnjuParser_T150 1119-1129 VBN denotes identified
EnjuParser_T151 1130-1138 NNS denotes proteins
EnjuParser_T152 1138-1139 -COMMA- denotes ,
EnjuParser_T153 1140-1149 VBG denotes including
EnjuParser_T154 1150-1159 NN denotes CSRP3/MLP
EnjuParser_T155 1160-1163 CC denotes and
EnjuParser_T156 1164-1171 NN denotes complex
EnjuParser_T157 1172-1173 CD denotes I
EnjuParser_T158 1173-1174 -COMMA- denotes ,
EnjuParser_T159 1175-1177 CD denotes II
EnjuParser_T160 1177-1178 -COMMA- denotes ,
EnjuParser_T161 1179-1182 CC denotes and
EnjuParser_T162 1183-1186 CD denotes III
EnjuParser_T163 1186-1187 -COMMA- denotes ,
EnjuParser_T164 1188-1190 IN denotes by
EnjuParser_T165 1191-1200 VBG denotes analyzing
EnjuParser_T166 1201-1217 VBN denotes glutathionylated
EnjuParser_T167 1218-1223 NNS denotes sites
EnjuParser_T168 1224-1226 IN denotes in
EnjuParser_T169 1227-1232 PRP-DOLLAR- denotes their
EnjuParser_T170 1233-1243 NNS denotes structures
EnjuParser_T171 1245-1248 PRP-DOLLAR- denotes Our
EnjuParser_T172 1249-1255 NN denotes report
EnjuParser_T173 1256-1267 VBZ denotes establishes
EnjuParser_T174 1268-1269 DT denotes a
EnjuParser_T175 1270-1284 JJ denotes chemoselective
EnjuParser_T176 1285-1291 NN denotes method
EnjuParser_T177 1292-1295 IN denotes for
EnjuParser_T178 1296-1302 JJ denotes direct
EnjuParser_T179 1303-1317 NN denotes identification
EnjuParser_T180 1318-1320 IN denotes of
EnjuParser_T181 1321-1337 VBN denotes glutathionylated
EnjuParser_T182 1338-1346 NNS denotes proteins
EnjuParser_T183 1347-1350 CC denotes and
EnjuParser_T184 1351-1359 VBZ denotes provides
EnjuParser_T185 1360-1369 JJ denotes potential
EnjuParser_T186 1370-1376 NN denotes target
EnjuParser_T187 1377-1385 NNS denotes proteins
EnjuParser_T188 1386-1391 WP-DOLLAR- denotes whose
EnjuParser_T189 1392-1409 NN denotes glutathionylation
EnjuParser_T190 1410-1413 MD denotes may
EnjuParser_T191 1414-1424 VB denotes contribute
EnjuParser_T192 1425-1427 TO denotes to
EnjuParser_T193 1428-1434 NN denotes muscle
EnjuParser_T194 1435-1443 NNS denotes diseases
EnjuParser_R0 EnjuParser_T1 EnjuParser_T0 arg1Of Identification,Proteomic
EnjuParser_R1 EnjuParser_T1 EnjuParser_T2 arg1Of Identification,of
EnjuParser_R2 EnjuParser_T4 EnjuParser_T2 arg2Of Glutathionylation,of
EnjuParser_R3 EnjuParser_T4 EnjuParser_T3 arg1Of Glutathionylation,Protein
EnjuParser_R4 EnjuParser_T4 EnjuParser_T5 arg1Of Glutathionylation,in
EnjuParser_R5 EnjuParser_T6 EnjuParser_T5 arg2Of Cardiomyocytes,in
EnjuParser_R6 EnjuParser_T9 EnjuParser_T7 arg1Of species,Reactive
EnjuParser_R7 EnjuParser_T9 EnjuParser_T8 arg1Of species,oxygen
EnjuParser_R8 EnjuParser_T9 EnjuParser_T10 arg1Of species,(
EnjuParser_R9 EnjuParser_T11 EnjuParser_T10 arg2Of ROS,(
EnjuParser_R10 EnjuParser_T12 EnjuParser_T10 arg3Of ),(
EnjuParser_R11 EnjuParser_T9 EnjuParser_T13 arg1Of species,are
EnjuParser_R12 EnjuParser_T16 EnjuParser_T13 arg2Of molecules,are
EnjuParser_R13 EnjuParser_T16 EnjuParser_T14 arg1Of molecules,important
EnjuParser_R14 EnjuParser_T16 EnjuParser_T15 arg1Of molecules,signaling
EnjuParser_R15 EnjuParser_T18 EnjuParser_T17 arg1Of but,","
EnjuParser_R16 EnjuParser_T13 EnjuParser_T18 arg1Of are,but
EnjuParser_R17 EnjuParser_T22 EnjuParser_T18 arg2Of associated,but
EnjuParser_R18 EnjuParser_T20 EnjuParser_T19 arg1Of overproduction,their
EnjuParser_R19 EnjuParser_T20 EnjuParser_T21 arg1Of overproduction,is
EnjuParser_R20 EnjuParser_T22 EnjuParser_T21 arg2Of associated,is
EnjuParser_R21 EnjuParser_T20 EnjuParser_T22 arg2Of overproduction,associated
EnjuParser_R22 EnjuParser_T22 EnjuParser_T23 arg1Of associated,with
EnjuParser_R23 EnjuParser_T26 EnjuParser_T23 arg2Of diseases,with
EnjuParser_R24 EnjuParser_T26 EnjuParser_T24 arg1Of diseases,many
EnjuParser_R25 EnjuParser_T26 EnjuParser_T25 arg1Of diseases,cardiovascular
EnjuParser_R26 EnjuParser_T26 EnjuParser_T27 arg1Of diseases,","
EnjuParser_R27 EnjuParser_T26 EnjuParser_T28 arg1Of diseases,including
EnjuParser_R28 EnjuParser_T29 EnjuParser_T28 arg2Of cardiomyopathy,including
EnjuParser_R29 EnjuParser_T30 EnjuParser_T31 arg1Of ROS,induce
EnjuParser_R30 EnjuParser_T34 EnjuParser_T31 arg2Of modifications,induce
EnjuParser_R31 EnjuParser_T34 EnjuParser_T32 arg1Of modifications,various
EnjuParser_R32 EnjuParser_T34 EnjuParser_T33 arg1Of modifications,oxidative
EnjuParser_R33 EnjuParser_T34 EnjuParser_T35 arg1Of modifications,","
EnjuParser_R34 EnjuParser_T39 EnjuParser_T36 arg1Of is,among
EnjuParser_R35 EnjuParser_T34 EnjuParser_T36 arg2Of modifications,among
EnjuParser_R36 EnjuParser_T34 EnjuParser_T37 arg1Of modifications,which
EnjuParser_R37 EnjuParser_T38 EnjuParser_T39 arg1Of glutathionylation,is
EnjuParser_R38 EnjuParser_T40 EnjuParser_T39 arg2Of one,is
EnjuParser_R39 EnjuParser_T40 EnjuParser_T41 arg1Of one,of
EnjuParser_R40 EnjuParser_T45 EnjuParser_T41 arg2Of oxidations,of
EnjuParser_R41 EnjuParser_T45 EnjuParser_T42 arg1Of oxidations,the
EnjuParser_R42 EnjuParser_T45 EnjuParser_T43 arg1Of oxidations,significant
EnjuParser_R43 EnjuParser_T45 EnjuParser_T44 arg1Of oxidations,protein
EnjuParser_R44 EnjuParser_T45 EnjuParser_T46 arg1Of oxidations,that
EnjuParser_R45 EnjuParser_T45 EnjuParser_T47 arg1Of oxidations,occur
EnjuParser_R46 EnjuParser_T47 EnjuParser_T48 arg1Of occur,under
EnjuParser_R47 EnjuParser_T50 EnjuParser_T48 arg2Of stress,under
EnjuParser_R48 EnjuParser_T50 EnjuParser_T49 arg1Of stress,oxidative
EnjuParser_R49 EnjuParser_T66 EnjuParser_T51 arg1Of limited,Despite
EnjuParser_R50 EnjuParser_T53 EnjuParser_T51 arg2Of efforts,Despite
EnjuParser_R51 EnjuParser_T53 EnjuParser_T52 arg1Of efforts,previous
EnjuParser_R52 EnjuParser_T66 EnjuParser_T54 arg1Of limited,","
EnjuParser_R53 EnjuParser_T58 EnjuParser_T55 arg1Of identification,direct
EnjuParser_R54 EnjuParser_T55 EnjuParser_T56 arg1Of direct,and
EnjuParser_R55 EnjuParser_T57 EnjuParser_T56 arg2Of site-specific,and
EnjuParser_R56 EnjuParser_T58 EnjuParser_T57 arg1Of identification,site-specific
EnjuParser_R57 EnjuParser_T58 EnjuParser_T59 arg1Of identification,of
EnjuParser_R58 EnjuParser_T61 EnjuParser_T59 arg2Of proteins,of
EnjuParser_R59 EnjuParser_T61 EnjuParser_T60 arg2Of proteins,glutathionylated
EnjuParser_R60 EnjuParser_T61 EnjuParser_T62 arg1Of proteins,in
EnjuParser_R61 EnjuParser_T63 EnjuParser_T62 arg2Of cardiomyocytes,in
EnjuParser_R62 EnjuParser_T58 EnjuParser_T64 arg1Of identification,has
EnjuParser_R63 EnjuParser_T66 EnjuParser_T64 arg2Of limited,has
EnjuParser_R64 EnjuParser_T58 EnjuParser_T65 arg1Of identification,been
EnjuParser_R65 EnjuParser_T66 EnjuParser_T65 arg2Of limited,been
EnjuParser_R66 EnjuParser_T58 EnjuParser_T66 arg2Of identification,limited
EnjuParser_R67 EnjuParser_T72 EnjuParser_T67 arg1Of used,In
EnjuParser_R68 EnjuParser_T69 EnjuParser_T67 arg2Of report,In
EnjuParser_R69 EnjuParser_T69 EnjuParser_T68 arg1Of report,this
EnjuParser_R70 EnjuParser_T72 EnjuParser_T70 arg1Of used,","
EnjuParser_R71 EnjuParser_T71 EnjuParser_T72 arg1Of we,used
EnjuParser_R72 EnjuParser_T76 EnjuParser_T72 arg2Of approach,used
EnjuParser_R73 EnjuParser_T76 EnjuParser_T73 arg1Of approach,a
EnjuParser_R74 EnjuParser_T76 EnjuParser_T74 arg1Of approach,clickable
EnjuParser_R75 EnjuParser_T76 EnjuParser_T75 arg1Of approach,glutathione
EnjuParser_R76 EnjuParser_T76 EnjuParser_T77 arg1Of approach,in
EnjuParser_R77 EnjuParser_T83 EnjuParser_T77 arg2Of line,in
EnjuParser_R78 EnjuParser_T83 EnjuParser_T78 arg1Of line,a
EnjuParser_R79 EnjuParser_T83 EnjuParser_T79 arg1Of line,HL-1
EnjuParser_R80 EnjuParser_T83 EnjuParser_T80 arg1Of line,mouse
EnjuParser_R81 EnjuParser_T83 EnjuParser_T81 arg1Of line,cardiomyocyte
EnjuParser_R82 EnjuParser_T83 EnjuParser_T82 arg1Of line,cell
EnjuParser_R83 EnjuParser_T72 EnjuParser_T84 arg1Of used,under
EnjuParser_R84 EnjuParser_T85 EnjuParser_T84 arg2Of exposure,under
EnjuParser_R85 EnjuParser_T85 EnjuParser_T86 arg1Of exposure,to
EnjuParser_R86 EnjuParser_T88 EnjuParser_T86 arg2Of peroxide,to
EnjuParser_R87 EnjuParser_T88 EnjuParser_T87 arg1Of peroxide,hydrogen
EnjuParser_R88 EnjuParser_T72 EnjuParser_T89 arg1Of used,","
EnjuParser_R89 EnjuParser_T71 EnjuParser_T90 arg1Of we,finding
EnjuParser_R90 EnjuParser_T93 EnjuParser_T90 arg2Of peptides,finding
EnjuParser_R91 EnjuParser_T72 EnjuParser_T90 modOf used,finding
EnjuParser_R92 EnjuParser_T93 EnjuParser_T91 arg1Of peptides,1763
EnjuParser_R93 EnjuParser_T93 EnjuParser_T92 arg2Of peptides,glutathionylated
EnjuParser_R94 EnjuParser_T93 EnjuParser_T94 arg1Of peptides,with
EnjuParser_R95 EnjuParser_T98 EnjuParser_T94 arg2Of sites,with
EnjuParser_R96 EnjuParser_T98 EnjuParser_T95 arg1Of sites,specific
EnjuParser_R97 EnjuParser_T98 EnjuParser_T96 arg1Of sites,Cys
EnjuParser_R98 EnjuParser_T98 EnjuParser_T97 arg1Of sites,modification
EnjuParser_R99 EnjuParser_T98 EnjuParser_T99 arg1Of sites,","
EnjuParser_R100 EnjuParser_T98 EnjuParser_T100 arg1Of sites,which
EnjuParser_R101 EnjuParser_T98 EnjuParser_T101 arg1Of sites,include
EnjuParser_R102 EnjuParser_T104 EnjuParser_T101 arg2Of proteins,include
EnjuParser_R103 EnjuParser_T104 EnjuParser_T102 arg1Of proteins,many
EnjuParser_R104 EnjuParser_T104 EnjuParser_T103 arg1Of proteins,muscle-specific
EnjuParser_R105 EnjuParser_T108 EnjuParser_T105 arg1Of analyses,Bioinformatic
EnjuParser_R106 EnjuParser_T105 EnjuParser_T106 arg1Of Bioinformatic,and
EnjuParser_R107 EnjuParser_T107 EnjuParser_T106 arg2Of cluster,and
EnjuParser_R108 EnjuParser_T108 EnjuParser_T107 arg1Of analyses,cluster
EnjuParser_R109 EnjuParser_T108 EnjuParser_T109 arg1Of analyses,found
EnjuParser_R110 EnjuParser_T112 EnjuParser_T109 arg2Of proteins,found
EnjuParser_R111 EnjuParser_T112 EnjuParser_T110 arg1Of proteins,125
EnjuParser_R112 EnjuParser_T112 EnjuParser_T111 arg2Of proteins,glutathionylated
EnjuParser_R113 EnjuParser_T112 EnjuParser_T113 arg1Of proteins,","
EnjuParser_R114 EnjuParser_T116 EnjuParser_T114 arg1Of or,whose
EnjuParser_R115 EnjuParser_T112 EnjuParser_T114 arg2Of proteins,whose
EnjuParser_R116 EnjuParser_T115 EnjuParser_T116 arg1Of mutations,or
EnjuParser_R117 EnjuParser_T117 EnjuParser_T116 arg2Of dysfunctions,or
EnjuParser_R118 EnjuParser_T116 EnjuParser_T118 arg1Of or,are
EnjuParser_R119 EnjuParser_T119 EnjuParser_T118 arg2Of associated,are
EnjuParser_R120 EnjuParser_T116 EnjuParser_T119 arg2Of or,associated
EnjuParser_R121 EnjuParser_T119 EnjuParser_T120 arg1Of associated,with
EnjuParser_R122 EnjuParser_T121 EnjuParser_T120 arg2Of cardiomyopathy,with
EnjuParser_R123 EnjuParser_T112 EnjuParser_T122 arg1Of proteins,","
EnjuParser_R124 EnjuParser_T123 EnjuParser_T124 arg1Of many,of
EnjuParser_R125 EnjuParser_T112 EnjuParser_T124 arg2Of proteins,of
EnjuParser_R126 EnjuParser_T112 EnjuParser_T125 arg1Of proteins,which
EnjuParser_R127 EnjuParser_T123 EnjuParser_T126 arg1Of many,include
EnjuParser_R128 EnjuParser_T135 EnjuParser_T126 arg2Of and,include
EnjuParser_R129 EnjuParser_T131 EnjuParser_T127 arg1Of proteins,sarcomeric
EnjuParser_R130 EnjuParser_T131 EnjuParser_T128 arg1Of proteins,structural
EnjuParser_R131 EnjuParser_T128 EnjuParser_T129 arg1Of structural,and
EnjuParser_R132 EnjuParser_T130 EnjuParser_T129 arg2Of contractile,and
EnjuParser_R133 EnjuParser_T131 EnjuParser_T130 arg1Of proteins,contractile
EnjuParser_R134 EnjuParser_T131 EnjuParser_T132 arg1Of proteins,","
EnjuParser_R135 EnjuParser_T133 EnjuParser_T132 arg2Of chaperone,","
EnjuParser_R136 EnjuParser_T135 EnjuParser_T134 arg1Of and,","
EnjuParser_R137 EnjuParser_T132 EnjuParser_T135 arg1Of ",",and
EnjuParser_R138 EnjuParser_T140 EnjuParser_T135 arg2Of proteins,and
EnjuParser_R139 EnjuParser_T140 EnjuParser_T136 arg1Of proteins,other
EnjuParser_R140 EnjuParser_T140 EnjuParser_T137 arg1Of proteins,signaling
EnjuParser_R141 EnjuParser_T137 EnjuParser_T138 arg1Of signaling,or
EnjuParser_R142 EnjuParser_T139 EnjuParser_T138 arg2Of regulatory,or
EnjuParser_R143 EnjuParser_T140 EnjuParser_T139 arg1Of proteins,regulatory
EnjuParser_R144 EnjuParser_T143 EnjuParser_T142 arg1Of provide,further
EnjuParser_R145 EnjuParser_T141 EnjuParser_T143 arg1Of We,provide
EnjuParser_R146 EnjuParser_T145 EnjuParser_T143 arg2Of implication,provide
EnjuParser_R147 EnjuParser_T145 EnjuParser_T144 arg1Of implication,functional
EnjuParser_R148 EnjuParser_T145 EnjuParser_T146 arg1Of implication,of
EnjuParser_R149 EnjuParser_T147 EnjuParser_T146 arg2Of glutathionylation,of
EnjuParser_R150 EnjuParser_T143 EnjuParser_T148 arg1Of provide,for
EnjuParser_R151 EnjuParser_T151 EnjuParser_T148 arg2Of proteins,for
EnjuParser_R152 EnjuParser_T151 EnjuParser_T149 arg1Of proteins,several
EnjuParser_R153 EnjuParser_T151 EnjuParser_T150 arg2Of proteins,identified
EnjuParser_R154 EnjuParser_T151 EnjuParser_T152 arg1Of proteins,","
EnjuParser_R155 EnjuParser_T151 EnjuParser_T153 arg1Of proteins,including
EnjuParser_R156 EnjuParser_T161 EnjuParser_T153 arg2Of and,including
EnjuParser_R157 EnjuParser_T154 EnjuParser_T155 arg1Of CSRP3/MLP,and
EnjuParser_R158 EnjuParser_T156 EnjuParser_T155 arg2Of complex,and
EnjuParser_R159 EnjuParser_T156 EnjuParser_T157 arg1Of complex,I
EnjuParser_R160 EnjuParser_T155 EnjuParser_T158 arg1Of and,","
EnjuParser_R161 EnjuParser_T159 EnjuParser_T158 arg2Of II,","
EnjuParser_R162 EnjuParser_T161 EnjuParser_T160 arg1Of and,","
EnjuParser_R163 EnjuParser_T158 EnjuParser_T161 arg1Of ",",and
EnjuParser_R164 EnjuParser_T162 EnjuParser_T161 arg2Of III,and
EnjuParser_R165 EnjuParser_T143 EnjuParser_T163 arg1Of provide,","
EnjuParser_R166 EnjuParser_T143 EnjuParser_T164 arg1Of provide,by
EnjuParser_R167 EnjuParser_T165 EnjuParser_T164 arg2Of analyzing,by
EnjuParser_R168 EnjuParser_T141 EnjuParser_T165 arg1Of We,analyzing
EnjuParser_R169 EnjuParser_T167 EnjuParser_T165 arg2Of sites,analyzing
EnjuParser_R170 EnjuParser_T167 EnjuParser_T166 arg2Of sites,glutathionylated
EnjuParser_R171 EnjuParser_T165 EnjuParser_T168 arg1Of analyzing,in
EnjuParser_R172 EnjuParser_T170 EnjuParser_T168 arg2Of structures,in
EnjuParser_R173 EnjuParser_T170 EnjuParser_T169 arg1Of structures,their
EnjuParser_R174 EnjuParser_T172 EnjuParser_T171 arg1Of report,Our
EnjuParser_R175 EnjuParser_T172 EnjuParser_T173 arg1Of report,establishes
EnjuParser_R176 EnjuParser_T176 EnjuParser_T173 arg2Of method,establishes
EnjuParser_R177 EnjuParser_T176 EnjuParser_T174 arg1Of method,a
EnjuParser_R178 EnjuParser_T176 EnjuParser_T175 arg1Of method,chemoselective
EnjuParser_R179 EnjuParser_T176 EnjuParser_T177 arg1Of method,for
EnjuParser_R180 EnjuParser_T179 EnjuParser_T177 arg2Of identification,for
EnjuParser_R181 EnjuParser_T179 EnjuParser_T178 arg1Of identification,direct
EnjuParser_R182 EnjuParser_T179 EnjuParser_T180 arg1Of identification,of
EnjuParser_R183 EnjuParser_T182 EnjuParser_T180 arg2Of proteins,of
EnjuParser_R184 EnjuParser_T182 EnjuParser_T181 arg2Of proteins,glutathionylated
EnjuParser_R185 EnjuParser_T173 EnjuParser_T183 arg1Of establishes,and
EnjuParser_R186 EnjuParser_T184 EnjuParser_T183 arg2Of provides,and
EnjuParser_R187 EnjuParser_T172 EnjuParser_T184 arg1Of report,provides
EnjuParser_R188 EnjuParser_T187 EnjuParser_T184 arg2Of proteins,provides
EnjuParser_R189 EnjuParser_T187 EnjuParser_T185 arg1Of proteins,potential
EnjuParser_R190 EnjuParser_T187 EnjuParser_T186 arg1Of proteins,target
EnjuParser_R191 EnjuParser_T189 EnjuParser_T188 arg1Of glutathionylation,whose
EnjuParser_R192 EnjuParser_T187 EnjuParser_T188 arg2Of proteins,whose
EnjuParser_R193 EnjuParser_T189 EnjuParser_T190 arg1Of glutathionylation,may
EnjuParser_R194 EnjuParser_T191 EnjuParser_T190 arg2Of contribute,may
EnjuParser_R195 EnjuParser_T189 EnjuParser_T191 arg1Of glutathionylation,contribute
EnjuParser_R196 EnjuParser_T191 EnjuParser_T192 arg1Of contribute,to
EnjuParser_R197 EnjuParser_T194 EnjuParser_T192 arg2Of diseases,to
EnjuParser_R198 EnjuParser_T194 EnjuParser_T193 arg1Of diseases,muscle

Anatomy-MAT

Id Subject Object Predicate Lexical cue mat_id
T1 753-759 Body_part denotes muscle http://purl.obolibrary.org/obo/MAT_0000025
T2 1428-1434 Body_part denotes muscle http://purl.obolibrary.org/obo/MAT_0000025

GlyCosmos15-HP

Id Subject Object Predicate Lexical cue hp_id
T1 187-210 Phenotype denotes cardiovascular diseases HP:0001626
T2 222-236 Phenotype denotes cardiomyopathy HP:0001638
T3 374-390 Phenotype denotes oxidative stress HP:0025464
T4 903-917 Phenotype denotes cardiomyopathy HP:0001638

mondo_disease

Id Subject Object Predicate Lexical cue mondo_id
T1 187-210 Disease denotes cardiovascular diseases http://purl.obolibrary.org/obo/MONDO_0004995
T2 222-236 Disease denotes cardiomyopathy http://purl.obolibrary.org/obo/MONDO_0004994
T3 903-917 Disease denotes cardiomyopathy http://purl.obolibrary.org/obo/MONDO_0004994

NCBITAXON

Id Subject Object Predicate Lexical cue db_id
T1 590-595 OrganismTaxon denotes mouse 10088|10090

Anatomy-UBERON

Id Subject Object Predicate Lexical cue uberon_id
T1 57-71 Body_part denotes Cardiomyocytes http://purl.obolibrary.org/obo/CL_0000746
T2 490-504 Body_part denotes cardiomyocytes http://purl.obolibrary.org/obo/CL_0000746
T3 596-609 Body_part denotes cardiomyocyte http://purl.obolibrary.org/obo/CL_0000746
T4 753-759 Body_part denotes muscle http://purl.obolibrary.org/obo/UBERON_0001630|http://purl.obolibrary.org/obo/UBERON_0005090
T6 1428-1434 Body_part denotes muscle http://purl.obolibrary.org/obo/UBERON_0001630|http://purl.obolibrary.org/obo/UBERON_0005090

Glycosmos15-CL

Id Subject Object Predicate Lexical cue cl_id
T1 57-71 Cell denotes Cardiomyocytes http://purl.obolibrary.org/obo/CL:0000746
T2 490-504 Cell denotes cardiomyocytes http://purl.obolibrary.org/obo/CL:0000746
T3 596-609 Cell denotes cardiomyocyte http://purl.obolibrary.org/obo/CL:0000746