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GlyCosmos6-UBERON

Id Subject Object Predicate Lexical cue uberon_id
T1 77-82 Body_part denotes layer http://purl.obolibrary.org/obo/UBERON_0000119|http://purl.obolibrary.org/obo/UBERON_0022303
T3 118-123 Body_part denotes layer http://purl.obolibrary.org/obo/UBERON_0000119|http://purl.obolibrary.org/obo/UBERON_0022303
T5 308-313 Body_part denotes plate http://purl.obolibrary.org/obo/UBERON_6004475
T6 536-542 Body_part denotes matrix http://purl.obolibrary.org/obo/UBERON_0027368
T7 639-645 Body_part denotes kidney http://purl.obolibrary.org/obo/UBERON_0002113
T8 763-772 Body_part denotes intestine http://purl.obolibrary.org/obo/UBERON_0000160
T9 965-970 Body_part denotes plate http://purl.obolibrary.org/obo/UBERON_6004475

mondo_disease

Id Subject Object Predicate Lexical cue mondo_id
PD-MONDO-B_T1 683-701 http://purl.obolibrary.org/obo/MONDO_0005105 denotes malignant melanoma
T1 683-701 Disease denotes malignant melanoma http://purl.obolibrary.org/obo/MONDO_0005105

GlyCosmos600-Glycan-Motif-Structure

Id Subject Object Predicate Lexical cue
T1 647-650 https://glytoucan.org/Structures/Glycans/G91237TK denotes GM3
T2 647-650 https://glytoucan.org/Structures/Glycans/G56516VH denotes GM3
T3 727-751 https://glytoucan.org/Structures/Glycans/G21856LC denotes gangliotetraosylceramide
T4 727-751 https://glytoucan.org/Structures/Glycans/G05357CB denotes gangliotetraosylceramide

GlyCosmos600-CLO

Id Subject Object Predicate Lexical cue
T1 757-762 http://purl.obolibrary.org/obo/CLO_0007836 denotes mouse
T2 1008-1020 http://purl.obolibrary.org/obo/CL_0000548 denotes animal cells

GlyCosmos6-Glycan-Motif-Image

Id Subject Object Predicate Lexical cue image
T1 647-650 Glycan_Motif denotes GM3 https://api.glycosmos.org/wurcs2image/0.10.0/png/binary/G91237TK|https://api.glycosmos.org/wurcs2image/0.10.0/png/binary/G56516VH
T3 727-751 Glycan_Motif denotes gangliotetraosylceramide https://api.glycosmos.org/wurcs2image/0.10.0/png/binary/G21856LC|https://api.glycosmos.org/wurcs2image/0.10.0/png/binary/G05357CB

sentences

Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-183 Sentence denotes The resolution into molecular species on desorption of glycolipids from thin-layer chromatograms, using combined thin-layer chromatography and fast-atom-bombardment mass spectrometry.
TextSentencer_T2 184-476 Sentence denotes Using a specially designed, motorised t.l.c.-f.a.b.-m.s. probe with continuous desorption and scanning over a moving t.l.c. plate, it was shown that glycolipids with identical carbohydrate sequences were well resolved into molecular species with differences in long-chain base and fatty acid.
TextSentencer_T3 477-543 Sentence denotes There was no serious diffusion of the glycolipids into the matrix.
TextSentencer_T4 544-773 Sentence denotes The technique is demonstrated for sulphatides (one and two sugar residues) isolated from human kidney, GM3 ganglioside isolated from human malignant melanoma, and chemically modified gangliotetraosylceramide from mouse intestine.
TextSentencer_T5 774-1021 Sentence denotes T.l.c.-f.a.b.m.s. is convenient for sequencing and composition analysis of receptor-active glycolipids, the biological activity of which can be monitored in parallel by overlay on the t.l.c. plate with proteins, viruses, bacteria, or animal cells.
T1 0-183 Sentence denotes The resolution into molecular species on desorption of glycolipids from thin-layer chromatograms, using combined thin-layer chromatography and fast-atom-bombardment mass spectrometry.
T2 184-476 Sentence denotes Using a specially designed, motorised t.l.c.-f.a.b.-m.s. probe with continuous desorption and scanning over a moving t.l.c. plate, it was shown that glycolipids with identical carbohydrate sequences were well resolved into molecular species with differences in long-chain base and fatty acid.
T3 477-543 Sentence denotes There was no serious diffusion of the glycolipids into the matrix.
T4 544-773 Sentence denotes The technique is demonstrated for sulphatides (one and two sugar residues) isolated from human kidney, GM3 ganglioside isolated from human malignant melanoma, and chemically modified gangliotetraosylceramide from mouse intestine.
T5 774-1021 Sentence denotes T.l.c.-f.a.b.m.s. is convenient for sequencing and composition analysis of receptor-active glycolipids, the biological activity of which can be monitored in parallel by overlay on the t.l.c. plate with proteins, viruses, bacteria, or animal cells.

GlyCosmos6-Glycan-Motif-Structure

Id Subject Object Predicate Lexical cue
T1 647-650 https://glytoucan.org/Structures/Glycans/G56516VH denotes GM3
T2 647-650 https://glytoucan.org/Structures/Glycans/G91237TK denotes GM3
T3 727-751 https://glytoucan.org/Structures/Glycans/G05357CB denotes gangliotetraosylceramide
T4 727-751 https://glytoucan.org/Structures/Glycans/G21856LC denotes gangliotetraosylceramide

Glycosmos6-MAT

Id Subject Object Predicate Lexical cue
T1 639-645 http://purl.obolibrary.org/obo/MAT_0000119 denotes kidney
T2 763-772 http://purl.obolibrary.org/obo/MAT_0000043 denotes intestine

GlyCosmos6-CLO

Id Subject Object Predicate Lexical cue
T1 757-762 http://purl.obolibrary.org/obo/CLO_0007836 denotes mouse
T2 858-864 http://purl.obolibrary.org/obo/CLO_0001658 denotes active
T3 893-901 http://purl.obolibrary.org/obo/CLO_0001658 denotes activity
T4 1008-1020 http://purl.obolibrary.org/obo/CL_0000548 denotes animal cells
T5 1015-1020 http://purl.obolibrary.org/obo/GO_0005623 denotes cells

GlyCosmos600-GlycoGenes2

Id Subject Object Predicate Lexical cue
T1 647-650 https://acgg.asia/db/ggdb/info/gg052 denotes GM3

glycosmos-test-glycan-structure

Id Subject Object Predicate Lexical cue
PD-GlycanStructures-B_T1 647-650 http://rdf.glyconavi.org/CarTNa/CarTNa15/trivialname denotes GM3
PD-GlycanStructures-B_T2 647-650 http://rdf.glyconavi.org/CarTNa/CarTNa50/trivialname denotes GM3

glycosmos-test-structure-v1

Id Subject Object Predicate Lexical cue
PD-GlycanStructures-B_T1 647-650 http://rdf.glyconavi.org/CarTNa/CarTNa15/trivialname denotes GM3
PD-GlycanStructures-B_T2 647-650 http://rdf.glyconavi.org/CarTNa/CarTNa50/trivialname denotes GM3

GlyCosmos600-MAT

Id Subject Object Predicate Lexical cue
PD-MAT-B_T1 763-772 http://purl.obolibrary.org/obo/MAT_0000043 denotes intestine
PD-MAT-B_T2 639-645 http://purl.obolibrary.org/obo/MAT_0000119 denotes kidney

NCBITAXON

Id Subject Object Predicate Lexical cue db_id
T1 633-638 OrganismTaxon denotes human NCBItxid:9606
T2 677-682 OrganismTaxon denotes human NCBItxid:9606
T3 757-762 OrganismTaxon denotes mouse NCBItxid:10088|NCBItxid:10090
T5 986-993 OrganismTaxon denotes viruses NCBItxid:10239
T6 995-1003 OrganismTaxon denotes bacteria NCBItxid:2

pubmed-enju-pas

Id Subject Object Predicate Lexical cue
EnjuParser_T0 0-3 DT denotes The
EnjuParser_T1 4-14 NN denotes resolution
EnjuParser_T2 15-19 IN denotes into
EnjuParser_T3 20-29 JJ denotes molecular
EnjuParser_T4 30-37 NNS denotes species
EnjuParser_T5 38-40 IN denotes on
EnjuParser_T6 41-51 NN denotes desorption
EnjuParser_T7 52-54 IN denotes of
EnjuParser_T8 55-66 NNS denotes glycolipids
EnjuParser_T9 67-71 IN denotes from
EnjuParser_T10 72-82 JJ denotes thin-layer
EnjuParser_T11 83-96 NNS denotes chromatograms
EnjuParser_T12 96-97 -COMMA- denotes ,
EnjuParser_T13 98-103 VBG denotes using
EnjuParser_T14 104-112 VBN denotes combined
EnjuParser_T15 113-123 JJ denotes thin-layer
EnjuParser_T16 124-138 NN denotes chromatography
EnjuParser_T17 139-142 CC denotes and
EnjuParser_T18 143-164 NN denotes fast-atom-bombardment
EnjuParser_T19 165-169 NN denotes mass
EnjuParser_T20 170-182 NN denotes spectrometry
EnjuParser_T21 184-189 VBG denotes Using
EnjuParser_T22 190-191 DT denotes a
EnjuParser_T23 192-201 RB denotes specially
EnjuParser_T24 202-210 VBN denotes designed
EnjuParser_T25 210-211 -COMMA- denotes ,
EnjuParser_T26 212-221 VBN denotes motorised
EnjuParser_T27 222-240 JJ denotes t.l.c.-f.a.b.-m.s.
EnjuParser_T28 241-246 NN denotes probe
EnjuParser_T29 247-251 IN denotes with
EnjuParser_T30 252-262 JJ denotes continuous
EnjuParser_T31 263-273 NN denotes desorption
EnjuParser_T32 274-277 CC denotes and
EnjuParser_T33 278-286 NN denotes scanning
EnjuParser_T34 287-291 IN denotes over
EnjuParser_T35 292-293 DT denotes a
EnjuParser_T36 294-300 VBG denotes moving
EnjuParser_T37 301-307 NN denotes t.l.c.
EnjuParser_T38 308-313 NN denotes plate
EnjuParser_T39 313-314 -COMMA- denotes ,
EnjuParser_T40 315-317 PRP denotes it
EnjuParser_T41 318-321 VBD denotes was
EnjuParser_T42 322-327 VBN denotes shown
EnjuParser_T43 328-332 IN denotes that
EnjuParser_T44 333-344 NNS denotes glycolipids
EnjuParser_T45 345-349 IN denotes with
EnjuParser_T46 350-359 JJ denotes identical
EnjuParser_T47 360-372 NN denotes carbohydrate
EnjuParser_T48 373-382 NNS denotes sequences
EnjuParser_T49 383-387 VBD denotes were
EnjuParser_T50 388-392 RB denotes well
EnjuParser_T51 393-401 VBN denotes resolved
EnjuParser_T52 402-406 IN denotes into
EnjuParser_T53 407-416 JJ denotes molecular
EnjuParser_T54 417-424 NNS denotes species
EnjuParser_T55 425-429 IN denotes with
EnjuParser_T56 430-441 NNS denotes differences
EnjuParser_T57 442-444 IN denotes in
EnjuParser_T58 445-455 JJ denotes long-chain
EnjuParser_T59 456-460 NN denotes base
EnjuParser_T60 461-464 CC denotes and
EnjuParser_T61 465-470 JJ denotes fatty
EnjuParser_T62 471-475 NN denotes acid
EnjuParser_T63 477-482 EX denotes There
EnjuParser_T64 483-486 VBD denotes was
EnjuParser_T65 487-489 DT denotes no
EnjuParser_T66 490-497 JJ denotes serious
EnjuParser_T67 498-507 NN denotes diffusion
EnjuParser_T68 508-510 IN denotes of
EnjuParser_T69 511-514 DT denotes the
EnjuParser_T70 515-526 NNS denotes glycolipids
EnjuParser_T71 527-531 IN denotes into
EnjuParser_T72 532-535 DT denotes the
EnjuParser_T73 536-542 NN denotes matrix
EnjuParser_T74 544-547 DT denotes The
EnjuParser_T75 548-557 NN denotes technique
EnjuParser_T76 558-560 VBZ denotes is
EnjuParser_T77 561-573 VBN denotes demonstrated
EnjuParser_T78 574-577 IN denotes for
EnjuParser_T79 578-589 NNS denotes sulphatides
EnjuParser_T80 590-591 -LRB- denotes (
EnjuParser_T81 591-594 CD denotes one
EnjuParser_T82 595-598 CC denotes and
EnjuParser_T83 599-602 CD denotes two
EnjuParser_T84 603-608 NN denotes sugar
EnjuParser_T85 609-617 NNS denotes residues
EnjuParser_T86 617-618 -RRB- denotes )
EnjuParser_T87 619-627 VBN denotes isolated
EnjuParser_T88 628-632 IN denotes from
EnjuParser_T89 633-638 JJ denotes human
EnjuParser_T90 639-645 NN denotes kidney
EnjuParser_T91 645-646 -COMMA- denotes ,
EnjuParser_T92 647-650 NN denotes GM3
EnjuParser_T93 651-662 NN denotes ganglioside
EnjuParser_T94 663-671 VBN denotes isolated
EnjuParser_T95 672-676 IN denotes from
EnjuParser_T96 677-682 JJ denotes human
EnjuParser_T97 683-692 JJ denotes malignant
EnjuParser_T98 693-701 NN denotes melanoma
EnjuParser_T99 701-702 -COMMA- denotes ,
EnjuParser_T100 703-706 CC denotes and
EnjuParser_T101 707-717 RB denotes chemically
EnjuParser_T102 718-726 VBN denotes modified
EnjuParser_T103 727-751 NN denotes gangliotetraosylceramide
EnjuParser_T104 752-756 IN denotes from
EnjuParser_T105 757-762 NN denotes mouse
EnjuParser_T106 763-772 NN denotes intestine
EnjuParser_T107 774-791 NN denotes T.l.c.-f.a.b.m.s.
EnjuParser_T108 792-794 VBZ denotes is
EnjuParser_T109 795-805 JJ denotes convenient
EnjuParser_T110 806-809 IN denotes for
EnjuParser_T111 810-820 NN denotes sequencing
EnjuParser_T112 821-824 CC denotes and
EnjuParser_T113 825-836 NN denotes composition
EnjuParser_T114 837-845 NN denotes analysis
EnjuParser_T115 846-848 IN denotes of
EnjuParser_T116 849-864 JJ denotes receptor-active
EnjuParser_T117 865-876 NNS denotes glycolipids
EnjuParser_T118 876-877 -COMMA- denotes ,
EnjuParser_T119 878-881 DT denotes the
EnjuParser_T120 882-892 JJ denotes biological
EnjuParser_T121 893-901 NN denotes activity
EnjuParser_T122 902-904 IN denotes of
EnjuParser_T123 905-910 WDT denotes which
EnjuParser_T124 911-914 MD denotes can
EnjuParser_T125 915-917 VB denotes be
EnjuParser_T126 918-927 VBN denotes monitored
EnjuParser_T127 928-930 IN denotes in
EnjuParser_T128 931-939 NN denotes parallel
EnjuParser_T129 940-942 IN denotes by
EnjuParser_T130 943-950 NN denotes overlay
EnjuParser_T131 951-953 IN denotes on
EnjuParser_T132 954-957 DT denotes the
EnjuParser_T133 958-964 NN denotes t.l.c.
EnjuParser_T134 965-970 NN denotes plate
EnjuParser_T135 971-975 IN denotes with
EnjuParser_T136 976-984 NNS denotes proteins
EnjuParser_T137 984-985 -COMMA- denotes ,
EnjuParser_T138 986-993 NNS denotes viruses
EnjuParser_T139 993-994 -COMMA- denotes ,
EnjuParser_T140 995-1003 NNS denotes bacteria
EnjuParser_T141 1003-1004 -COMMA- denotes ,
EnjuParser_T142 1005-1007 CC denotes or
EnjuParser_T143 1008-1014 NN denotes animal
EnjuParser_T144 1015-1020 NNS denotes cells
EnjuParser_R0 EnjuParser_T1 EnjuParser_T0 arg1Of resolution,The
EnjuParser_R1 EnjuParser_T1 EnjuParser_T2 arg1Of resolution,into
EnjuParser_R2 EnjuParser_T4 EnjuParser_T2 arg2Of species,into
EnjuParser_R3 EnjuParser_T4 EnjuParser_T3 arg1Of species,molecular
EnjuParser_R4 EnjuParser_T1 EnjuParser_T5 arg1Of resolution,on
EnjuParser_R5 EnjuParser_T6 EnjuParser_T5 arg2Of desorption,on
EnjuParser_R6 EnjuParser_T6 EnjuParser_T7 arg1Of desorption,of
EnjuParser_R7 EnjuParser_T8 EnjuParser_T7 arg2Of glycolipids,of
EnjuParser_R8 EnjuParser_T8 EnjuParser_T9 arg1Of glycolipids,from
EnjuParser_R9 EnjuParser_T11 EnjuParser_T9 arg2Of chromatograms,from
EnjuParser_R10 EnjuParser_T11 EnjuParser_T10 arg1Of chromatograms,thin-layer
EnjuParser_R11 EnjuParser_T11 EnjuParser_T12 arg1Of chromatograms,","
EnjuParser_R12 EnjuParser_T11 EnjuParser_T13 arg1Of chromatograms,using
EnjuParser_R13 EnjuParser_T17 EnjuParser_T13 arg2Of and,using
EnjuParser_R14 EnjuParser_T16 EnjuParser_T14 arg2Of chromatography,combined
EnjuParser_R15 EnjuParser_T16 EnjuParser_T15 arg1Of chromatography,thin-layer
EnjuParser_R16 EnjuParser_T16 EnjuParser_T17 arg1Of chromatography,and
EnjuParser_R17 EnjuParser_T20 EnjuParser_T17 arg2Of spectrometry,and
EnjuParser_R18 EnjuParser_T20 EnjuParser_T18 arg1Of spectrometry,fast-atom-bombardment
EnjuParser_R19 EnjuParser_T20 EnjuParser_T19 arg1Of spectrometry,mass
EnjuParser_R20 EnjuParser_T40 EnjuParser_T21 arg1Of it,Using
EnjuParser_R21 EnjuParser_T28 EnjuParser_T21 arg2Of probe,Using
EnjuParser_R22 EnjuParser_T42 EnjuParser_T21 modOf shown,Using
EnjuParser_R23 EnjuParser_T28 EnjuParser_T22 arg1Of probe,a
EnjuParser_R24 EnjuParser_T24 EnjuParser_T23 arg1Of designed,specially
EnjuParser_R25 EnjuParser_T28 EnjuParser_T24 arg1Of probe,designed
EnjuParser_R26 EnjuParser_T28 EnjuParser_T25 arg1Of probe,","
EnjuParser_R27 EnjuParser_T28 EnjuParser_T26 arg2Of probe,motorised
EnjuParser_R28 EnjuParser_T28 EnjuParser_T27 arg1Of probe,t.l.c.-f.a.b.-m.s.
EnjuParser_R29 EnjuParser_T28 EnjuParser_T29 arg1Of probe,with
EnjuParser_R30 EnjuParser_T32 EnjuParser_T29 arg2Of and,with
EnjuParser_R31 EnjuParser_T32 EnjuParser_T30 arg1Of and,continuous
EnjuParser_R32 EnjuParser_T31 EnjuParser_T32 arg1Of desorption,and
EnjuParser_R33 EnjuParser_T33 EnjuParser_T32 arg2Of scanning,and
EnjuParser_R34 EnjuParser_T32 EnjuParser_T34 arg1Of and,over
EnjuParser_R35 EnjuParser_T38 EnjuParser_T34 arg2Of plate,over
EnjuParser_R36 EnjuParser_T38 EnjuParser_T35 arg1Of plate,a
EnjuParser_R37 EnjuParser_T38 EnjuParser_T36 arg1Of plate,moving
EnjuParser_R38 EnjuParser_T38 EnjuParser_T37 arg1Of plate,t.l.c.
EnjuParser_R39 EnjuParser_T42 EnjuParser_T39 arg1Of shown,","
EnjuParser_R40 EnjuParser_T40 EnjuParser_T41 arg1Of it,was
EnjuParser_R41 EnjuParser_T42 EnjuParser_T41 arg2Of shown,was
EnjuParser_R42 EnjuParser_T40 EnjuParser_T42 arg2Of it,shown
EnjuParser_R43 EnjuParser_T51 EnjuParser_T42 arg3Of resolved,shown
EnjuParser_R44 EnjuParser_T51 EnjuParser_T43 arg1Of resolved,that
EnjuParser_R45 EnjuParser_T44 EnjuParser_T45 arg1Of glycolipids,with
EnjuParser_R46 EnjuParser_T48 EnjuParser_T45 arg2Of sequences,with
EnjuParser_R47 EnjuParser_T48 EnjuParser_T46 arg1Of sequences,identical
EnjuParser_R48 EnjuParser_T48 EnjuParser_T47 arg1Of sequences,carbohydrate
EnjuParser_R49 EnjuParser_T44 EnjuParser_T49 arg1Of glycolipids,were
EnjuParser_R50 EnjuParser_T51 EnjuParser_T49 arg2Of resolved,were
EnjuParser_R51 EnjuParser_T51 EnjuParser_T50 arg1Of resolved,well
EnjuParser_R52 EnjuParser_T44 EnjuParser_T51 arg2Of glycolipids,resolved
EnjuParser_R53 EnjuParser_T51 EnjuParser_T52 arg1Of resolved,into
EnjuParser_R54 EnjuParser_T54 EnjuParser_T52 arg2Of species,into
EnjuParser_R55 EnjuParser_T54 EnjuParser_T53 arg1Of species,molecular
EnjuParser_R56 EnjuParser_T54 EnjuParser_T55 arg1Of species,with
EnjuParser_R57 EnjuParser_T56 EnjuParser_T55 arg2Of differences,with
EnjuParser_R58 EnjuParser_T56 EnjuParser_T57 arg1Of differences,in
EnjuParser_R59 EnjuParser_T60 EnjuParser_T57 arg2Of and,in
EnjuParser_R60 EnjuParser_T59 EnjuParser_T58 arg1Of base,long-chain
EnjuParser_R61 EnjuParser_T59 EnjuParser_T60 arg1Of base,and
EnjuParser_R62 EnjuParser_T62 EnjuParser_T60 arg2Of acid,and
EnjuParser_R63 EnjuParser_T62 EnjuParser_T61 arg1Of acid,fatty
EnjuParser_R64 EnjuParser_T63 EnjuParser_T64 arg1Of There,was
EnjuParser_R65 EnjuParser_T67 EnjuParser_T64 arg2Of diffusion,was
EnjuParser_R66 EnjuParser_T67 EnjuParser_T65 arg1Of diffusion,no
EnjuParser_R67 EnjuParser_T67 EnjuParser_T66 arg1Of diffusion,serious
EnjuParser_R68 EnjuParser_T67 EnjuParser_T68 arg1Of diffusion,of
EnjuParser_R69 EnjuParser_T70 EnjuParser_T68 arg2Of glycolipids,of
EnjuParser_R70 EnjuParser_T70 EnjuParser_T69 arg1Of glycolipids,the
EnjuParser_R71 EnjuParser_T64 EnjuParser_T71 arg1Of was,into
EnjuParser_R72 EnjuParser_T73 EnjuParser_T71 arg2Of matrix,into
EnjuParser_R73 EnjuParser_T73 EnjuParser_T72 arg1Of matrix,the
EnjuParser_R74 EnjuParser_T75 EnjuParser_T74 arg1Of technique,The
EnjuParser_R75 EnjuParser_T75 EnjuParser_T76 arg1Of technique,is
EnjuParser_R76 EnjuParser_T77 EnjuParser_T76 arg2Of demonstrated,is
EnjuParser_R77 EnjuParser_T75 EnjuParser_T77 arg2Of technique,demonstrated
EnjuParser_R78 EnjuParser_T77 EnjuParser_T78 arg1Of demonstrated,for
EnjuParser_R79 EnjuParser_T79 EnjuParser_T78 arg2Of sulphatides,for
EnjuParser_R80 EnjuParser_T79 EnjuParser_T80 arg1Of sulphatides,(
EnjuParser_R81 EnjuParser_T85 EnjuParser_T80 arg2Of residues,(
EnjuParser_R82 EnjuParser_T86 EnjuParser_T80 arg3Of ),(
EnjuParser_R83 EnjuParser_T85 EnjuParser_T81 arg1Of residues,one
EnjuParser_R84 EnjuParser_T81 EnjuParser_T82 arg1Of one,and
EnjuParser_R85 EnjuParser_T83 EnjuParser_T82 arg2Of two,and
EnjuParser_R86 EnjuParser_T85 EnjuParser_T83 arg1Of residues,two
EnjuParser_R87 EnjuParser_T85 EnjuParser_T84 arg1Of residues,sugar
EnjuParser_R88 EnjuParser_T79 EnjuParser_T87 arg2Of sulphatides,isolated
EnjuParser_R89 EnjuParser_T87 EnjuParser_T88 arg1Of isolated,from
EnjuParser_R90 EnjuParser_T100 EnjuParser_T88 arg2Of and,from
EnjuParser_R91 EnjuParser_T90 EnjuParser_T89 arg1Of kidney,human
EnjuParser_R92 EnjuParser_T90 EnjuParser_T91 arg1Of kidney,","
EnjuParser_R93 EnjuParser_T93 EnjuParser_T91 arg2Of ganglioside,","
EnjuParser_R94 EnjuParser_T93 EnjuParser_T92 arg1Of ganglioside,GM3
EnjuParser_R95 EnjuParser_T93 EnjuParser_T94 arg2Of ganglioside,isolated
EnjuParser_R96 EnjuParser_T94 EnjuParser_T95 arg1Of isolated,from
EnjuParser_R97 EnjuParser_T98 EnjuParser_T95 arg2Of melanoma,from
EnjuParser_R98 EnjuParser_T98 EnjuParser_T96 arg1Of melanoma,human
EnjuParser_R99 EnjuParser_T98 EnjuParser_T97 arg1Of melanoma,malignant
EnjuParser_R100 EnjuParser_T100 EnjuParser_T99 arg1Of and,","
EnjuParser_R101 EnjuParser_T91 EnjuParser_T100 arg1Of ",",and
EnjuParser_R102 EnjuParser_T103 EnjuParser_T100 arg2Of gangliotetraosylceramide,and
EnjuParser_R103 EnjuParser_T102 EnjuParser_T101 arg1Of modified,chemically
EnjuParser_R104 EnjuParser_T103 EnjuParser_T102 arg1Of gangliotetraosylceramide,modified
EnjuParser_R105 EnjuParser_T79 EnjuParser_T104 arg1Of sulphatides,from
EnjuParser_R106 EnjuParser_T106 EnjuParser_T104 arg2Of intestine,from
EnjuParser_R107 EnjuParser_T106 EnjuParser_T105 arg1Of intestine,mouse
EnjuParser_R108 EnjuParser_T107 EnjuParser_T108 arg1Of T.l.c.-f.a.b.m.s.,is
EnjuParser_R109 EnjuParser_T109 EnjuParser_T108 arg2Of convenient,is
EnjuParser_R110 EnjuParser_T107 EnjuParser_T109 arg1Of T.l.c.-f.a.b.m.s.,convenient
EnjuParser_R111 EnjuParser_T109 EnjuParser_T110 arg1Of convenient,for
EnjuParser_R112 EnjuParser_T114 EnjuParser_T110 arg2Of analysis,for
EnjuParser_R113 EnjuParser_T114 EnjuParser_T111 arg1Of analysis,sequencing
EnjuParser_R114 EnjuParser_T111 EnjuParser_T112 arg1Of sequencing,and
EnjuParser_R115 EnjuParser_T113 EnjuParser_T112 arg2Of composition,and
EnjuParser_R116 EnjuParser_T114 EnjuParser_T113 arg1Of analysis,composition
EnjuParser_R117 EnjuParser_T114 EnjuParser_T115 arg1Of analysis,of
EnjuParser_R118 EnjuParser_T117 EnjuParser_T115 arg2Of glycolipids,of
EnjuParser_R119 EnjuParser_T117 EnjuParser_T116 arg1Of glycolipids,receptor-active
EnjuParser_R120 EnjuParser_T126 EnjuParser_T118 arg1Of monitored,","
EnjuParser_R121 EnjuParser_T121 EnjuParser_T119 arg1Of activity,the
EnjuParser_R122 EnjuParser_T121 EnjuParser_T120 arg1Of activity,biological
EnjuParser_R123 EnjuParser_T121 EnjuParser_T122 arg1Of activity,of
EnjuParser_R124 EnjuParser_T114 EnjuParser_T122 arg2Of analysis,of
EnjuParser_R125 EnjuParser_T114 EnjuParser_T123 arg1Of analysis,which
EnjuParser_R126 EnjuParser_T121 EnjuParser_T124 arg1Of activity,can
EnjuParser_R127 EnjuParser_T126 EnjuParser_T124 arg2Of monitored,can
EnjuParser_R128 EnjuParser_T121 EnjuParser_T125 arg1Of activity,be
EnjuParser_R129 EnjuParser_T126 EnjuParser_T125 arg2Of monitored,be
EnjuParser_R130 EnjuParser_T130 EnjuParser_T126 arg1Of overlay,monitored
EnjuParser_R131 EnjuParser_T121 EnjuParser_T126 arg2Of activity,monitored
EnjuParser_R132 EnjuParser_T126 EnjuParser_T127 arg1Of monitored,in
EnjuParser_R133 EnjuParser_T128 EnjuParser_T127 arg2Of parallel,in
EnjuParser_R134 EnjuParser_T130 EnjuParser_T129 arg2Of overlay,by
EnjuParser_R135 EnjuParser_T130 EnjuParser_T131 arg1Of overlay,on
EnjuParser_R136 EnjuParser_T134 EnjuParser_T131 arg2Of plate,on
EnjuParser_R137 EnjuParser_T134 EnjuParser_T132 arg1Of plate,the
EnjuParser_R138 EnjuParser_T134 EnjuParser_T133 arg1Of plate,t.l.c.
EnjuParser_R139 EnjuParser_T134 EnjuParser_T135 arg1Of plate,with
EnjuParser_R140 EnjuParser_T142 EnjuParser_T135 arg2Of or,with
EnjuParser_R141 EnjuParser_T136 EnjuParser_T137 arg1Of proteins,","
EnjuParser_R142 EnjuParser_T138 EnjuParser_T137 arg2Of viruses,","
EnjuParser_R143 EnjuParser_T137 EnjuParser_T139 arg1Of ",",","
EnjuParser_R144 EnjuParser_T140 EnjuParser_T139 arg2Of bacteria,","
EnjuParser_R145 EnjuParser_T142 EnjuParser_T141 arg1Of or,","
EnjuParser_R146 EnjuParser_T139 EnjuParser_T142 arg1Of ",",or
EnjuParser_R147 EnjuParser_T144 EnjuParser_T142 arg2Of cells,or
EnjuParser_R148 EnjuParser_T144 EnjuParser_T143 arg1Of cells,animal

GlyCosmos600-FMA

Id Subject Object Predicate Lexical cue fma_id
T1 55-66 Body_part denotes glycolipids http://purl.org/sig/ont/fma/fma82780
T2 333-344 Body_part denotes glycolipids http://purl.org/sig/ont/fma/fma82780
T3 360-372 Body_part denotes carbohydrate http://purl.org/sig/ont/fma/fma82737
T4 465-475 Body_part denotes fatty acid http://purl.org/sig/ont/fma/fma82738
T5 515-526 Body_part denotes glycolipids http://purl.org/sig/ont/fma/fma82780
T6 603-608 Body_part denotes sugar http://purl.org/sig/ont/fma/fma82737
T7 639-645 Body_part denotes kidney http://purl.org/sig/ont/fma/fma7203
T8 651-662 Body_part denotes ganglioside http://purl.org/sig/ont/fma/fma82816
T9 763-772 Body_part denotes intestine http://purl.org/sig/ont/fma/fma7199
T10 865-876 Body_part denotes glycolipids http://purl.org/sig/ont/fma/fma82780
T11 976-984 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T12 1015-1020 Body_part denotes cells http://purl.org/sig/ont/fma/fma68646