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sentences

Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-106 Sentence denotes Characterization of the fragments obtained by enzymic and alkaline degradation of rice-bran proteoglycans.
TextSentencer_T2 107-229 Sentence denotes Repeated digestion of the proteoglycan B from rice bran with Pronase and hemicellulase yielded two types of glycopeptides.
TextSentencer_T3 230-403 Sentence denotes The first group, obtained from the third enzymic digest, was a type of low molecular-weight glycopeptide and was fractionated into two subfractions by paper electrophoresis.
TextSentencer_T4 404-610 Sentence denotes The second group, obtained from the fourth enzymic digest, was a mixture of glycopeptides of relatively high molecular-weight and was fractionated into three subfractions by gel filtration on Sephadex G-75.
TextSentencer_T5 611-798 Sentence denotes Alkaline degradation of these glycopeptides or the intact proteoglycan A yielded a sugar-amino acid compound, whose structure was established as O-alpha-L-arabinofuranosyl-hydroxyproline.
TextSentencer_T6 799-954 Sentence denotes These results indicate that the carbohydrate-protein linkage of the rice-bran proteoglycan is an O-glycosyl linkage between L-arabinose and hydroxyproline.
T1 0-106 Sentence denotes Characterization of the fragments obtained by enzymic and alkaline degradation of rice-bran proteoglycans.
T2 107-229 Sentence denotes Repeated digestion of the proteoglycan B from rice bran with Pronase and hemicellulase yielded two types of glycopeptides.
T3 230-403 Sentence denotes The first group, obtained from the third enzymic digest, was a type of low molecular-weight glycopeptide and was fractionated into two subfractions by paper electrophoresis.
T4 404-610 Sentence denotes The second group, obtained from the fourth enzymic digest, was a mixture of glycopeptides of relatively high molecular-weight and was fractionated into three subfractions by gel filtration on Sephadex G-75.
T5 611-798 Sentence denotes Alkaline degradation of these glycopeptides or the intact proteoglycan A yielded a sugar-amino acid compound, whose structure was established as O-alpha-L-arabinofuranosyl-hydroxyproline.
T6 799-954 Sentence denotes These results indicate that the carbohydrate-protein linkage of the rice-bran proteoglycan is an O-glycosyl linkage between L-arabinose and hydroxyproline.

GlyCosmos600-FMA

Id Subject Object Predicate Lexical cue fma_id
T1 92-105 Body_part denotes proteoglycans http://purl.org/sig/ont/fma/fma63015
T2 133-145 Body_part denotes proteoglycan http://purl.org/sig/ont/fma/fma63015
T3 215-228 Body_part denotes glycopeptides http://purl.org/sig/ont/fma/fma82784
T4 322-334 Body_part denotes glycopeptide http://purl.org/sig/ont/fma/fma82784
T5 480-493 Body_part denotes glycopeptides http://purl.org/sig/ont/fma/fma82784
T6 641-654 Body_part denotes glycopeptides http://purl.org/sig/ont/fma/fma82784
T7 669-681 Body_part denotes proteoglycan http://purl.org/sig/ont/fma/fma63015
T8 694-699 Body_part denotes sugar http://purl.org/sig/ont/fma/fma82737
T9 700-710 Body_part denotes amino acid http://purl.org/sig/ont/fma/fma82739
T10 831-843 Body_part denotes carbohydrate http://purl.org/sig/ont/fma/fma82737
T11 844-851 Body_part denotes protein http://purl.org/sig/ont/fma/fma67257
T12 877-889 Body_part denotes proteoglycan http://purl.org/sig/ont/fma/fma63015

glycosmos-test-glycan-structure

Id Subject Object Predicate Lexical cue
PD-GlycanStructures-B_T1 925-934 http://rdf.glyconavi.org/CarTNa/CarTNa197/trivialname denotes arabinose

glycosmos-test-structure-v1

Id Subject Object Predicate Lexical cue
PD-GlycanStructures-B_T1 925-934 http://rdf.glyconavi.org/CarTNa/CarTNa197/trivialname denotes arabinose

pubmed-enju-pas

Id Subject Object Predicate Lexical cue
EnjuParser_T0 0-16 NN denotes Characterization
EnjuParser_T1 17-19 IN denotes of
EnjuParser_T2 20-23 DT denotes the
EnjuParser_T3 24-33 NNS denotes fragments
EnjuParser_T4 34-42 VBN denotes obtained
EnjuParser_T5 43-45 IN denotes by
EnjuParser_T6 46-53 JJ denotes enzymic
EnjuParser_T7 54-57 CC denotes and
EnjuParser_T8 58-66 NN denotes alkaline
EnjuParser_T9 67-78 NN denotes degradation
EnjuParser_T10 79-81 IN denotes of
EnjuParser_T11 82-91 JJ denotes rice-bran
EnjuParser_T12 92-105 NNS denotes proteoglycans
EnjuParser_T13 107-115 VBN denotes Repeated
EnjuParser_T14 116-125 NN denotes digestion
EnjuParser_T15 126-128 IN denotes of
EnjuParser_T16 129-132 DT denotes the
EnjuParser_T17 133-145 NN denotes proteoglycan
EnjuParser_T18 146-147 NN denotes B
EnjuParser_T19 148-152 IN denotes from
EnjuParser_T20 153-157 NN denotes rice
EnjuParser_T21 158-162 NN denotes bran
EnjuParser_T22 163-167 IN denotes with
EnjuParser_T23 168-175 NN denotes Pronase
EnjuParser_T24 176-179 CC denotes and
EnjuParser_T25 180-193 NN denotes hemicellulase
EnjuParser_T26 194-201 VBD denotes yielded
EnjuParser_T27 202-205 CD denotes two
EnjuParser_T28 206-211 NNS denotes types
EnjuParser_T29 212-214 IN denotes of
EnjuParser_T30 215-228 NNS denotes glycopeptides
EnjuParser_T31 230-233 DT denotes The
EnjuParser_T32 234-239 JJ denotes first
EnjuParser_T33 240-245 NN denotes group
EnjuParser_T34 245-246 -COMMA- denotes ,
EnjuParser_T35 247-255 VBN denotes obtained
EnjuParser_T36 256-260 IN denotes from
EnjuParser_T37 261-264 DT denotes the
EnjuParser_T38 265-270 JJ denotes third
EnjuParser_T39 271-278 JJ denotes enzymic
EnjuParser_T40 279-285 NN denotes digest
EnjuParser_T41 285-286 -COMMA- denotes ,
EnjuParser_T42 287-290 VBD denotes was
EnjuParser_T43 291-292 DT denotes a
EnjuParser_T44 293-297 NN denotes type
EnjuParser_T45 298-300 IN denotes of
EnjuParser_T46 301-304 JJ denotes low
EnjuParser_T47 305-321 JJ denotes molecular-weight
EnjuParser_T48 322-334 NN denotes glycopeptide
EnjuParser_T49 335-338 CC denotes and
EnjuParser_T50 339-342 VBD denotes was
EnjuParser_T51 343-355 VBN denotes fractionated
EnjuParser_T52 356-360 IN denotes into
EnjuParser_T53 361-364 CD denotes two
EnjuParser_T54 365-377 NNS denotes subfractions
EnjuParser_T55 378-380 IN denotes by
EnjuParser_T56 381-386 NN denotes paper
EnjuParser_T57 387-402 NN denotes electrophoresis
EnjuParser_T58 404-407 DT denotes The
EnjuParser_T59 408-414 JJ denotes second
EnjuParser_T60 415-420 NN denotes group
EnjuParser_T61 420-421 -COMMA- denotes ,
EnjuParser_T62 422-430 VBN denotes obtained
EnjuParser_T63 431-435 IN denotes from
EnjuParser_T64 436-439 DT denotes the
EnjuParser_T65 440-446 JJ denotes fourth
EnjuParser_T66 447-454 JJ denotes enzymic
EnjuParser_T67 455-461 NN denotes digest
EnjuParser_T68 461-462 -COMMA- denotes ,
EnjuParser_T69 463-466 VBD denotes was
EnjuParser_T70 467-468 DT denotes a
EnjuParser_T71 469-476 NN denotes mixture
EnjuParser_T72 477-479 IN denotes of
EnjuParser_T73 480-493 NNS denotes glycopeptides
EnjuParser_T74 494-496 IN denotes of
EnjuParser_T75 497-507 RB denotes relatively
EnjuParser_T76 508-512 JJ denotes high
EnjuParser_T77 513-529 NN denotes molecular-weight
EnjuParser_T78 530-533 CC denotes and
EnjuParser_T79 534-537 VBD denotes was
EnjuParser_T80 538-550 VBN denotes fractionated
EnjuParser_T81 551-555 IN denotes into
EnjuParser_T82 556-561 CD denotes three
EnjuParser_T83 562-574 NNS denotes subfractions
EnjuParser_T84 575-577 IN denotes by
EnjuParser_T85 578-581 NN denotes gel
EnjuParser_T86 582-592 NN denotes filtration
EnjuParser_T87 593-595 IN denotes on
EnjuParser_T88 596-604 NN denotes Sephadex
EnjuParser_T89 605-609 NN denotes G-75
EnjuParser_T90 611-619 NN denotes Alkaline
EnjuParser_T91 620-631 NN denotes degradation
EnjuParser_T92 632-634 IN denotes of
EnjuParser_T93 635-640 DT denotes these
EnjuParser_T94 641-654 NNS denotes glycopeptides
EnjuParser_T95 655-657 CC denotes or
EnjuParser_T96 658-661 DT denotes the
EnjuParser_T97 662-668 JJ denotes intact
EnjuParser_T98 669-681 NN denotes proteoglycan
EnjuParser_T99 682-683 NN denotes A
EnjuParser_T100 684-691 VBD denotes yielded
EnjuParser_T101 692-693 DT denotes a
EnjuParser_T102 694-705 JJ denotes sugar-amino
EnjuParser_T103 706-710 NN denotes acid
EnjuParser_T104 711-719 NN denotes compound
EnjuParser_T105 719-720 -COMMA- denotes ,
EnjuParser_T106 721-726 WP-DOLLAR- denotes whose
EnjuParser_T107 727-736 NN denotes structure
EnjuParser_T108 737-740 VBD denotes was
EnjuParser_T109 741-752 VBN denotes established
EnjuParser_T110 753-755 IN denotes as
EnjuParser_T111 756-797 NN denotes O-alpha-L-arabinofuranosyl-hydroxyproline
EnjuParser_T112 799-804 DT denotes These
EnjuParser_T113 805-812 NNS denotes results
EnjuParser_T114 813-821 VBP denotes indicate
EnjuParser_T115 822-826 IN denotes that
EnjuParser_T116 827-830 DT denotes the
EnjuParser_T117 831-851 NN denotes carbohydrate-protein
EnjuParser_T118 852-859 NN denotes linkage
EnjuParser_T119 860-862 IN denotes of
EnjuParser_T120 863-866 DT denotes the
EnjuParser_T121 867-876 JJ denotes rice-bran
EnjuParser_T122 877-889 NN denotes proteoglycan
EnjuParser_T123 890-892 VBZ denotes is
EnjuParser_T124 893-895 DT denotes an
EnjuParser_T125 896-906 NN denotes O-glycosyl
EnjuParser_T126 907-914 NN denotes linkage
EnjuParser_T127 915-922 IN denotes between
EnjuParser_T128 923-934 NN denotes L-arabinose
EnjuParser_T129 935-938 CC denotes and
EnjuParser_T130 939-953 NN denotes hydroxyproline
EnjuParser_R0 EnjuParser_T0 EnjuParser_T1 arg1Of Characterization,of
EnjuParser_R1 EnjuParser_T3 EnjuParser_T1 arg2Of fragments,of
EnjuParser_R2 EnjuParser_T3 EnjuParser_T2 arg1Of fragments,the
EnjuParser_R3 EnjuParser_T3 EnjuParser_T4 arg2Of fragments,obtained
EnjuParser_R4 EnjuParser_T4 EnjuParser_T5 arg1Of obtained,by
EnjuParser_R5 EnjuParser_T9 EnjuParser_T5 arg2Of degradation,by
EnjuParser_R6 EnjuParser_T9 EnjuParser_T6 arg1Of degradation,enzymic
EnjuParser_R7 EnjuParser_T9 EnjuParser_T7 arg1Of degradation,and
EnjuParser_R8 EnjuParser_T9 EnjuParser_T8 arg1Of degradation,alkaline
EnjuParser_R9 EnjuParser_T9 EnjuParser_T10 arg1Of degradation,of
EnjuParser_R10 EnjuParser_T12 EnjuParser_T10 arg2Of proteoglycans,of
EnjuParser_R11 EnjuParser_T12 EnjuParser_T11 arg1Of proteoglycans,rice-bran
EnjuParser_R12 EnjuParser_T14 EnjuParser_T13 arg2Of digestion,Repeated
EnjuParser_R13 EnjuParser_T14 EnjuParser_T15 arg1Of digestion,of
EnjuParser_R14 EnjuParser_T18 EnjuParser_T15 arg2Of B,of
EnjuParser_R15 EnjuParser_T18 EnjuParser_T16 arg1Of B,the
EnjuParser_R16 EnjuParser_T18 EnjuParser_T17 arg1Of B,proteoglycan
EnjuParser_R17 EnjuParser_T18 EnjuParser_T19 arg1Of B,from
EnjuParser_R18 EnjuParser_T21 EnjuParser_T19 arg2Of bran,from
EnjuParser_R19 EnjuParser_T21 EnjuParser_T20 arg1Of bran,rice
EnjuParser_R20 EnjuParser_T14 EnjuParser_T22 arg1Of digestion,with
EnjuParser_R21 EnjuParser_T24 EnjuParser_T22 arg2Of and,with
EnjuParser_R22 EnjuParser_T23 EnjuParser_T24 arg1Of Pronase,and
EnjuParser_R23 EnjuParser_T25 EnjuParser_T24 arg2Of hemicellulase,and
EnjuParser_R24 EnjuParser_T14 EnjuParser_T26 arg1Of digestion,yielded
EnjuParser_R25 EnjuParser_T28 EnjuParser_T26 arg2Of types,yielded
EnjuParser_R26 EnjuParser_T28 EnjuParser_T27 arg1Of types,two
EnjuParser_R27 EnjuParser_T28 EnjuParser_T29 arg1Of types,of
EnjuParser_R28 EnjuParser_T30 EnjuParser_T29 arg2Of glycopeptides,of
EnjuParser_R29 EnjuParser_T33 EnjuParser_T31 arg1Of group,The
EnjuParser_R30 EnjuParser_T33 EnjuParser_T32 arg1Of group,first
EnjuParser_R31 EnjuParser_T33 EnjuParser_T34 arg1Of group,","
EnjuParser_R32 EnjuParser_T33 EnjuParser_T35 arg2Of group,obtained
EnjuParser_R33 EnjuParser_T35 EnjuParser_T36 arg1Of obtained,from
EnjuParser_R34 EnjuParser_T40 EnjuParser_T36 arg2Of digest,from
EnjuParser_R35 EnjuParser_T40 EnjuParser_T37 arg1Of digest,the
EnjuParser_R36 EnjuParser_T40 EnjuParser_T38 arg1Of digest,third
EnjuParser_R37 EnjuParser_T40 EnjuParser_T39 arg1Of digest,enzymic
EnjuParser_R38 EnjuParser_T49 EnjuParser_T41 arg1Of and,","
EnjuParser_R39 EnjuParser_T33 EnjuParser_T42 arg1Of group,was
EnjuParser_R40 EnjuParser_T44 EnjuParser_T42 arg2Of type,was
EnjuParser_R41 EnjuParser_T44 EnjuParser_T43 arg1Of type,a
EnjuParser_R42 EnjuParser_T44 EnjuParser_T45 arg1Of type,of
EnjuParser_R43 EnjuParser_T48 EnjuParser_T45 arg2Of glycopeptide,of
EnjuParser_R44 EnjuParser_T48 EnjuParser_T46 arg1Of glycopeptide,low
EnjuParser_R45 EnjuParser_T48 EnjuParser_T47 arg1Of glycopeptide,molecular-weight
EnjuParser_R46 EnjuParser_T42 EnjuParser_T49 arg1Of was,and
EnjuParser_R47 EnjuParser_T51 EnjuParser_T49 arg2Of fractionated,and
EnjuParser_R48 EnjuParser_T33 EnjuParser_T50 arg1Of group,was
EnjuParser_R49 EnjuParser_T51 EnjuParser_T50 arg2Of fractionated,was
EnjuParser_R50 EnjuParser_T57 EnjuParser_T51 arg1Of electrophoresis,fractionated
EnjuParser_R51 EnjuParser_T33 EnjuParser_T51 arg2Of group,fractionated
EnjuParser_R52 EnjuParser_T51 EnjuParser_T52 arg1Of fractionated,into
EnjuParser_R53 EnjuParser_T54 EnjuParser_T52 arg2Of subfractions,into
EnjuParser_R54 EnjuParser_T54 EnjuParser_T53 arg1Of subfractions,two
EnjuParser_R55 EnjuParser_T57 EnjuParser_T55 arg2Of electrophoresis,by
EnjuParser_R56 EnjuParser_T57 EnjuParser_T56 arg1Of electrophoresis,paper
EnjuParser_R57 EnjuParser_T60 EnjuParser_T58 arg1Of group,The
EnjuParser_R58 EnjuParser_T60 EnjuParser_T59 arg1Of group,second
EnjuParser_R59 EnjuParser_T60 EnjuParser_T61 arg1Of group,","
EnjuParser_R60 EnjuParser_T60 EnjuParser_T62 arg2Of group,obtained
EnjuParser_R61 EnjuParser_T62 EnjuParser_T63 arg1Of obtained,from
EnjuParser_R62 EnjuParser_T67 EnjuParser_T63 arg2Of digest,from
EnjuParser_R63 EnjuParser_T67 EnjuParser_T64 arg1Of digest,the
EnjuParser_R64 EnjuParser_T67 EnjuParser_T65 arg1Of digest,fourth
EnjuParser_R65 EnjuParser_T67 EnjuParser_T66 arg1Of digest,enzymic
EnjuParser_R66 EnjuParser_T78 EnjuParser_T68 arg1Of and,","
EnjuParser_R67 EnjuParser_T60 EnjuParser_T69 arg1Of group,was
EnjuParser_R68 EnjuParser_T71 EnjuParser_T69 arg2Of mixture,was
EnjuParser_R69 EnjuParser_T71 EnjuParser_T70 arg1Of mixture,a
EnjuParser_R70 EnjuParser_T71 EnjuParser_T72 arg1Of mixture,of
EnjuParser_R71 EnjuParser_T73 EnjuParser_T72 arg2Of glycopeptides,of
EnjuParser_R72 EnjuParser_T73 EnjuParser_T74 arg1Of glycopeptides,of
EnjuParser_R73 EnjuParser_T77 EnjuParser_T74 arg2Of molecular-weight,of
EnjuParser_R74 EnjuParser_T76 EnjuParser_T75 arg1Of high,relatively
EnjuParser_R75 EnjuParser_T77 EnjuParser_T76 arg1Of molecular-weight,high
EnjuParser_R76 EnjuParser_T69 EnjuParser_T78 arg1Of was,and
EnjuParser_R77 EnjuParser_T80 EnjuParser_T78 arg2Of fractionated,and
EnjuParser_R78 EnjuParser_T60 EnjuParser_T79 arg1Of group,was
EnjuParser_R79 EnjuParser_T80 EnjuParser_T79 arg2Of fractionated,was
EnjuParser_R80 EnjuParser_T86 EnjuParser_T80 arg1Of filtration,fractionated
EnjuParser_R81 EnjuParser_T60 EnjuParser_T80 arg2Of group,fractionated
EnjuParser_R82 EnjuParser_T80 EnjuParser_T81 arg1Of fractionated,into
EnjuParser_R83 EnjuParser_T83 EnjuParser_T81 arg2Of subfractions,into
EnjuParser_R84 EnjuParser_T83 EnjuParser_T82 arg1Of subfractions,three
EnjuParser_R85 EnjuParser_T86 EnjuParser_T84 arg2Of filtration,by
EnjuParser_R86 EnjuParser_T86 EnjuParser_T85 arg1Of filtration,gel
EnjuParser_R87 EnjuParser_T86 EnjuParser_T87 arg1Of filtration,on
EnjuParser_R88 EnjuParser_T89 EnjuParser_T87 arg2Of G-75,on
EnjuParser_R89 EnjuParser_T89 EnjuParser_T88 arg1Of G-75,Sephadex
EnjuParser_R90 EnjuParser_T91 EnjuParser_T90 arg1Of degradation,Alkaline
EnjuParser_R91 EnjuParser_T91 EnjuParser_T92 arg1Of degradation,of
EnjuParser_R92 EnjuParser_T94 EnjuParser_T92 arg2Of glycopeptides,of
EnjuParser_R93 EnjuParser_T94 EnjuParser_T93 arg1Of glycopeptides,these
EnjuParser_R94 EnjuParser_T91 EnjuParser_T95 arg1Of degradation,or
EnjuParser_R95 EnjuParser_T99 EnjuParser_T95 arg2Of A,or
EnjuParser_R96 EnjuParser_T99 EnjuParser_T96 arg1Of A,the
EnjuParser_R97 EnjuParser_T99 EnjuParser_T97 arg1Of A,intact
EnjuParser_R98 EnjuParser_T99 EnjuParser_T98 arg1Of A,proteoglycan
EnjuParser_R99 EnjuParser_T95 EnjuParser_T100 arg1Of or,yielded
EnjuParser_R100 EnjuParser_T104 EnjuParser_T100 arg2Of compound,yielded
EnjuParser_R101 EnjuParser_T104 EnjuParser_T101 arg1Of compound,a
EnjuParser_R102 EnjuParser_T104 EnjuParser_T102 arg1Of compound,sugar-amino
EnjuParser_R103 EnjuParser_T104 EnjuParser_T103 arg1Of compound,acid
EnjuParser_R104 EnjuParser_T104 EnjuParser_T105 arg1Of compound,","
EnjuParser_R105 EnjuParser_T107 EnjuParser_T106 arg1Of structure,whose
EnjuParser_R106 EnjuParser_T104 EnjuParser_T106 arg2Of compound,whose
EnjuParser_R107 EnjuParser_T107 EnjuParser_T108 arg1Of structure,was
EnjuParser_R108 EnjuParser_T109 EnjuParser_T108 arg2Of established,was
EnjuParser_R109 EnjuParser_T107 EnjuParser_T109 arg2Of structure,established
EnjuParser_R110 EnjuParser_T109 EnjuParser_T110 arg1Of established,as
EnjuParser_R111 EnjuParser_T111 EnjuParser_T110 arg2Of O-alpha-L-arabinofuranosyl-hydroxyproline,as
EnjuParser_R112 EnjuParser_T113 EnjuParser_T112 arg1Of results,These
EnjuParser_R113 EnjuParser_T113 EnjuParser_T114 arg1Of results,indicate
EnjuParser_R114 EnjuParser_T123 EnjuParser_T114 arg2Of is,indicate
EnjuParser_R115 EnjuParser_T123 EnjuParser_T115 arg1Of is,that
EnjuParser_R116 EnjuParser_T118 EnjuParser_T116 arg1Of linkage,the
EnjuParser_R117 EnjuParser_T118 EnjuParser_T117 arg1Of linkage,carbohydrate-protein
EnjuParser_R118 EnjuParser_T118 EnjuParser_T119 arg1Of linkage,of
EnjuParser_R119 EnjuParser_T122 EnjuParser_T119 arg2Of proteoglycan,of
EnjuParser_R120 EnjuParser_T122 EnjuParser_T120 arg1Of proteoglycan,the
EnjuParser_R121 EnjuParser_T122 EnjuParser_T121 arg1Of proteoglycan,rice-bran
EnjuParser_R122 EnjuParser_T118 EnjuParser_T123 arg1Of linkage,is
EnjuParser_R123 EnjuParser_T126 EnjuParser_T123 arg2Of linkage,is
EnjuParser_R124 EnjuParser_T126 EnjuParser_T124 arg1Of linkage,an
EnjuParser_R125 EnjuParser_T126 EnjuParser_T125 arg1Of linkage,O-glycosyl
EnjuParser_R126 EnjuParser_T126 EnjuParser_T127 arg1Of linkage,between
EnjuParser_R127 EnjuParser_T129 EnjuParser_T127 arg2Of and,between
EnjuParser_R128 EnjuParser_T128 EnjuParser_T129 arg1Of L-arabinose,and
EnjuParser_R129 EnjuParser_T130 EnjuParser_T129 arg2Of hydroxyproline,and

NCBITAXON

Id Subject Object Predicate Lexical cue db_id
T1 82-86 OrganismTaxon denotes rice 4530
T2 153-157 OrganismTaxon denotes rice 4530
T3 867-871 OrganismTaxon denotes rice 4530