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PubMed:3928622 JSONTXT

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GlyCosmos6-UBERON

Id Subject Object Predicate Lexical cue uberon_id
T1 138-144 Body_part denotes plasma http://purl.obolibrary.org/obo/UBERON_0001969
T2 194-199 Body_part denotes fluid http://purl.obolibrary.org/obo/UBERON_0006314

sentences

Id Subject Object Predicate Lexical cue
T1 0-94 Sentence denotes Interaction of gelatin with a fluorescein-labeled 42-kDa chymotryptic fragment of fibronectin.
T2 95-248 Sentence denotes A 42-kDa gelatin binding fragment of human plasma fibronectin was labeled with fluorescein and its fluid-phase interaction with gelatin was investigated.
T3 249-430 Sentence denotes At 25 degrees C in 0.1 M Tris, 0.15 M NaCl, pH 7.3, a dissociation constant, Kd = 0.6 microM, was obtained from the dependence of fluorescence polarization on gelatin concentration.
T4 431-505 Sentence denotes An identical value was obtained for the unlabeled fragment by competition.
T5 506-630 Sentence denotes Binding was unaffected by higher concentrations of NaCl up to 1.0 M, but increased as much as 20-fold at low ionic strength.
T6 631-750 Sentence denotes The dependence of Kd on temperature revealed that dissociation of the complex is accompanied by an increase in entropy.
T7 751-888 Sentence denotes Thus, the interaction is not dominated by either hydrophobic or electrostatic forces; an important role for hydrogen binding is proposed.
T1 0-94 Sentence denotes Interaction of gelatin with a fluorescein-labeled 42-kDa chymotryptic fragment of fibronectin.
T2 95-248 Sentence denotes A 42-kDa gelatin binding fragment of human plasma fibronectin was labeled with fluorescein and its fluid-phase interaction with gelatin was investigated.
T3 249-430 Sentence denotes At 25 degrees C in 0.1 M Tris, 0.15 M NaCl, pH 7.3, a dissociation constant, Kd = 0.6 microM, was obtained from the dependence of fluorescence polarization on gelatin concentration.
T4 431-505 Sentence denotes An identical value was obtained for the unlabeled fragment by competition.
T5 506-630 Sentence denotes Binding was unaffected by higher concentrations of NaCl up to 1.0 M, but increased as much as 20-fold at low ionic strength.
T6 631-750 Sentence denotes The dependence of Kd on temperature revealed that dissociation of the complex is accompanied by an increase in entropy.
T7 751-888 Sentence denotes Thus, the interaction is not dominated by either hydrophobic or electrostatic forces; an important role for hydrogen binding is proposed.

GlyCosmos6-CLO

Id Subject Object Predicate Lexical cue
T1 42-49 http://purl.obolibrary.org/obo/CLO_0007225 denotes labeled
T2 161-168 http://purl.obolibrary.org/obo/CLO_0007225 denotes labeled

NCBITAXON

Id Subject Object Predicate Lexical cue db_id
T1 132-137 OrganismTaxon denotes human NCBItxid:9606

spacy-test

Id Subject Object Predicate Lexical cue
spaCy_T0 0-11 NNP denotes Interaction
spaCy_T1 12-14 IN denotes of
spaCy_T2 15-22 NN denotes gelatin
spaCy_T3 23-27 IN denotes with
spaCy_T4 28-29 DT denotes a
spaCy_T5 30-49 JJ denotes fluorescein-labeled
spaCy_T6 50-56 NN denotes 42-kDa
spaCy_T7 57-69 JJ denotes chymotryptic
spaCy_T8 70-78 NN denotes fragment
spaCy_T9 79-81 IN denotes of
spaCy_T10 82-93 NN denotes fibronectin
spaCy_T11 93-94 . denotes .
spaCy_T12 95-96 DT denotes A
spaCy_T13 97-103 JJ denotes 42-kDa
spaCy_T14 104-111 NN denotes gelatin
spaCy_T15 112-119 JJ denotes binding
spaCy_T16 120-128 NN denotes fragment
spaCy_T17 129-131 IN denotes of
spaCy_T18 132-137 JJ denotes human
spaCy_T19 138-144 NN denotes plasma
spaCy_T20 145-156 NN denotes fibronectin
spaCy_T21 157-160 VBD denotes was
spaCy_T22 161-168 VBN denotes labeled
spaCy_T23 169-173 IN denotes with
spaCy_T24 174-185 NN denotes fluorescein
spaCy_T25 186-189 CC denotes and
spaCy_T26 190-193 PRP$ denotes its
spaCy_T27 194-205 JJ denotes fluid-phase
spaCy_T28 206-217 NN denotes interaction
spaCy_T29 218-222 IN denotes with
spaCy_T30 223-230 NN denotes gelatin
spaCy_T31 231-234 VBD denotes was
spaCy_T32 235-247 VBN denotes investigated
spaCy_T33 247-248 . denotes .
spaCy_T34 249-251 IN denotes At
spaCy_T35 252-254 CD denotes 25
spaCy_T36 255-262 NNS denotes degrees
spaCy_T37 263-264 $ denotes C
spaCy_T38 265-267 IN denotes in
spaCy_T39 268-271 CD denotes 0.1
spaCy_T40 272-273 NNP denotes M
spaCy_T41 274-278 NNP denotes Tris
spaCy_T42 278-279 , denotes ,
spaCy_T43 280-284 CD denotes 0.15
spaCy_T44 285-286 NNP denotes M
spaCy_T45 287-291 NNP denotes NaCl
spaCy_T46 291-292 , denotes ,
spaCy_T47 293-295 NNP denotes pH
spaCy_T48 296-299 CD denotes 7.3
spaCy_T49 299-300 , denotes ,
spaCy_T50 301-302 DT denotes a
spaCy_T51 303-315 NN denotes dissociation
spaCy_T112 655-666 NN denotes temperature
spaCy_T113 667-675 VBD denotes revealed
spaCy_T52 316-324 JJ denotes constant
spaCy_T53 324-325 , denotes ,
spaCy_T54 326-328 NNP denotes Kd
spaCy_T55 329-330 SYM denotes =
spaCy_T56 331-334 CD denotes 0.6
spaCy_T57 335-341 NNP denotes microM
spaCy_T58 341-342 , denotes ,
spaCy_T59 343-346 VBD denotes was
spaCy_T60 347-355 VBN denotes obtained
spaCy_T61 356-360 IN denotes from
spaCy_T62 361-364 DT denotes the
spaCy_T63 365-375 NN denotes dependence
spaCy_T64 376-378 IN denotes of
spaCy_T65 379-391 NN denotes fluorescence
spaCy_T66 392-404 NN denotes polarization
spaCy_T67 405-407 IN denotes on
spaCy_T68 408-415 NN denotes gelatin
spaCy_T69 416-429 NN denotes concentration
spaCy_T70 429-430 . denotes .
spaCy_T71 431-433 DT denotes An
spaCy_T72 434-443 JJ denotes identical
spaCy_T73 444-449 NN denotes value
spaCy_T74 450-453 VBD denotes was
spaCy_T75 454-462 VBN denotes obtained
spaCy_T76 463-466 IN denotes for
spaCy_T77 467-470 DT denotes the
spaCy_T78 471-480 JJ denotes unlabeled
spaCy_T79 481-489 NN denotes fragment
spaCy_T80 490-492 IN denotes by
spaCy_T81 493-504 NN denotes competition
spaCy_T82 504-505 . denotes .
spaCy_T83 506-513 VBG denotes Binding
spaCy_T84 514-517 VBD denotes was
spaCy_T85 518-528 JJ denotes unaffected
spaCy_T86 529-531 IN denotes by
spaCy_T87 532-538 JJR denotes higher
spaCy_T88 539-553 NNS denotes concentrations
spaCy_T89 554-556 IN denotes of
spaCy_T90 557-561 NNP denotes NaCl
spaCy_T91 562-564 IN denotes up
spaCy_T92 565-567 TO denotes to
spaCy_T93 568-571 CD denotes 1.0
spaCy_T94 572-573 NNP denotes M
spaCy_T95 573-574 , denotes ,
spaCy_T96 575-578 CC denotes but
spaCy_T97 579-588 VBD denotes increased
spaCy_T98 589-591 RB denotes as
spaCy_T99 592-596 JJ denotes much
spaCy_T100 597-599 IN denotes as
spaCy_T101 600-607 JJ denotes 20-fold
spaCy_T102 608-610 IN denotes at
spaCy_T103 611-614 JJ denotes low
spaCy_T104 615-620 JJ denotes ionic
spaCy_T105 621-629 NN denotes strength
spaCy_T106 629-630 . denotes .
spaCy_T107 631-634 DT denotes The
spaCy_T108 635-645 NN denotes dependence
spaCy_T109 646-648 IN denotes of
spaCy_T110 649-651 NNP denotes Kd
spaCy_T111 652-654 IN denotes on
spaCy_T114 676-680 IN denotes that
spaCy_T115 681-693 NN denotes dissociation
spaCy_T116 694-696 IN denotes of
spaCy_T117 697-700 DT denotes the
spaCy_T118 701-708 NN denotes complex
spaCy_T119 709-711 VBZ denotes is
spaCy_T120 712-723 VBN denotes accompanied
spaCy_T121 724-726 IN denotes by
spaCy_T122 727-729 DT denotes an
spaCy_T123 730-738 NN denotes increase
spaCy_T124 739-741 IN denotes in
spaCy_T125 742-749 JJ denotes entropy
spaCy_T126 749-750 . denotes .
spaCy_T127 751-755 RB denotes Thus
spaCy_T128 755-756 , denotes ,
spaCy_T129 757-760 DT denotes the
spaCy_T130 761-772 NN denotes interaction
spaCy_T131 773-775 VBZ denotes is
spaCy_T132 776-779 RB denotes not
spaCy_T133 780-789 VBN denotes dominated
spaCy_T134 790-792 IN denotes by
spaCy_T135 793-799 DT denotes either
spaCy_T136 800-811 JJ denotes hydrophobic
spaCy_T137 812-814 CC denotes or
spaCy_T138 815-828 JJ denotes electrostatic
spaCy_T139 829-835 NNS denotes forces
spaCy_T140 835-836 : denotes ;
spaCy_T141 837-839 DT denotes an
spaCy_T142 840-849 JJ denotes important
spaCy_T143 850-854 NN denotes role
spaCy_T144 855-858 IN denotes for
spaCy_T145 859-867 NN denotes hydrogen
spaCy_T146 868-875 JJ denotes binding
spaCy_T147 876-878 VBZ denotes is
spaCy_T148 879-887 VBN denotes proposed
spaCy_T149 887-888 . denotes .
spaCy_R18 spaCy_T18 spaCy_T19 amod human,plasma
spaCy_R97 spaCy_T97 spaCy_T85 conj increased,unaffected
spaCy_R2 spaCy_T2 spaCy_T1 pobj gelatin,of
spaCy_R3 spaCy_T3 spaCy_T0 prep with,Interaction
spaCy_R4 spaCy_T4 spaCy_T8 det a,fragment
spaCy_R6 spaCy_T6 spaCy_T8 nmod 42-kDa,fragment
spaCy_R7 spaCy_T7 spaCy_T8 amod chymotryptic,fragment
spaCy_R8 spaCy_T8 spaCy_T3 pobj fragment,with
spaCy_R9 spaCy_T9 spaCy_T8 prep of,fragment
spaCy_R10 spaCy_T10 spaCy_T9 pobj fibronectin,of
spaCy_R90 spaCy_T90 spaCy_T89 pobj NaCl,of
spaCy_R0 spaCy_T0 spaCy_T0 ROOT Interaction,Interaction
spaCy_R1 spaCy_T1 spaCy_T0 prep of,Interaction
spaCy_R5 spaCy_T5 spaCy_T8 amod fluorescein-labeled,fragment
spaCy_R11 spaCy_T11 spaCy_T0 punct .,Interaction
spaCy_R12 spaCy_T12 spaCy_T16 det A,fragment
spaCy_R13 spaCy_T13 spaCy_T16 amod 42-kDa,fragment
spaCy_R14 spaCy_T14 spaCy_T16 amod gelatin,fragment
spaCy_R15 spaCy_T15 spaCy_T16 amod binding,fragment
spaCy_R16 spaCy_T16 spaCy_T22 nsubjpass fragment,labeled
spaCy_R17 spaCy_T17 spaCy_T16 prep of,fragment
spaCy_R19 spaCy_T19 spaCy_T20 compound plasma,fibronectin
spaCy_R20 spaCy_T20 spaCy_T17 pobj fibronectin,of
spaCy_R21 spaCy_T21 spaCy_T22 auxpass was,labeled
spaCy_R22 spaCy_T22 spaCy_T22 ROOT labeled,labeled
spaCy_R23 spaCy_T23 spaCy_T22 prep with,labeled
spaCy_R24 spaCy_T24 spaCy_T23 pobj fluorescein,with
spaCy_R25 spaCy_T25 spaCy_T24 cc and,fluorescein
spaCy_R26 spaCy_T26 spaCy_T28 poss its,interaction
spaCy_R27 spaCy_T27 spaCy_T28 amod fluid-phase,interaction
spaCy_R28 spaCy_T28 spaCy_T32 nsubjpass interaction,investigated
spaCy_R29 spaCy_T29 spaCy_T28 prep with,interaction
spaCy_R30 spaCy_T30 spaCy_T29 pobj gelatin,with
spaCy_R31 spaCy_T31 spaCy_T32 auxpass was,investigated
spaCy_R32 spaCy_T32 spaCy_T22 conj investigated,labeled
spaCy_R33 spaCy_T33 spaCy_T32 punct .,investigated
spaCy_R34 spaCy_T34 spaCy_T60 prep At,obtained
spaCy_R35 spaCy_T35 spaCy_T36 nummod 25,degrees
spaCy_R36 spaCy_T36 spaCy_T34 pobj degrees,At
spaCy_R37 spaCy_T37 spaCy_T60 nsubjpass C,obtained
spaCy_R38 spaCy_T38 spaCy_T60 prep in,obtained
spaCy_R39 spaCy_T39 spaCy_T41 nummod 0.1,Tris
spaCy_R40 spaCy_T40 spaCy_T41 compound M,Tris
spaCy_R41 spaCy_T41 spaCy_T38 pobj Tris,in
spaCy_R42 spaCy_T42 spaCy_T60 punct ",",obtained
spaCy_R43 spaCy_T43 spaCy_T45 nummod 0.15,NaCl
spaCy_R44 spaCy_T44 spaCy_T45 compound M,NaCl
spaCy_R45 spaCy_T45 spaCy_T60 advcl NaCl,obtained
spaCy_R46 spaCy_T46 spaCy_T45 punct ",",NaCl
spaCy_R47 spaCy_T47 spaCy_T60 nsubjpass pH,obtained
spaCy_R48 spaCy_T48 spaCy_T47 nummod 7.3,pH
spaCy_R49 spaCy_T49 spaCy_T47 punct ",",pH
spaCy_R50 spaCy_T50 spaCy_T51 det a,dissociation
spaCy_R51 spaCy_T51 spaCy_T52 npadvmod dissociation,constant
spaCy_R52 spaCy_T52 spaCy_T57 amod constant,microM
spaCy_R53 spaCy_T53 spaCy_T57 punct ",",microM
spaCy_R54 spaCy_T54 spaCy_T57 nmod Kd,microM
spaCy_R55 spaCy_T55 spaCy_T56 punct =,0.6
spaCy_R56 spaCy_T56 spaCy_T57 nummod 0.6,microM
spaCy_R57 spaCy_T57 spaCy_T47 appos microM,pH
spaCy_R58 spaCy_T58 spaCy_T60 punct ",",obtained
spaCy_R59 spaCy_T59 spaCy_T60 auxpass was,obtained
spaCy_R60 spaCy_T60 spaCy_T60 ROOT obtained,obtained
spaCy_R61 spaCy_T61 spaCy_T60 prep from,obtained
spaCy_R62 spaCy_T62 spaCy_T63 det the,dependence
spaCy_R63 spaCy_T63 spaCy_T61 pobj dependence,from
spaCy_R64 spaCy_T64 spaCy_T63 prep of,dependence
spaCy_R65 spaCy_T65 spaCy_T66 compound fluorescence,polarization
spaCy_R66 spaCy_T66 spaCy_T64 pobj polarization,of
spaCy_R67 spaCy_T67 spaCy_T66 prep on,polarization
spaCy_R68 spaCy_T68 spaCy_T69 compound gelatin,concentration
spaCy_R69 spaCy_T69 spaCy_T67 pobj concentration,on
spaCy_R70 spaCy_T70 spaCy_T60 punct .,obtained
spaCy_R71 spaCy_T71 spaCy_T73 det An,value
spaCy_R72 spaCy_T72 spaCy_T73 amod identical,value
spaCy_R73 spaCy_T73 spaCy_T75 nsubjpass value,obtained
spaCy_R74 spaCy_T74 spaCy_T75 auxpass was,obtained
spaCy_R75 spaCy_T75 spaCy_T75 ROOT obtained,obtained
spaCy_R76 spaCy_T76 spaCy_T75 prep for,obtained
spaCy_R77 spaCy_T77 spaCy_T79 det the,fragment
spaCy_R78 spaCy_T78 spaCy_T79 amod unlabeled,fragment
spaCy_R79 spaCy_T79 spaCy_T76 pobj fragment,for
spaCy_R80 spaCy_T80 spaCy_T79 prep by,fragment
spaCy_R81 spaCy_T81 spaCy_T80 pobj competition,by
spaCy_R82 spaCy_T82 spaCy_T75 punct .,obtained
spaCy_R83 spaCy_T83 spaCy_T85 nsubjpass Binding,unaffected
spaCy_R84 spaCy_T84 spaCy_T85 auxpass was,unaffected
spaCy_R85 spaCy_T85 spaCy_T85 ROOT unaffected,unaffected
spaCy_R86 spaCy_T86 spaCy_T85 agent by,unaffected
spaCy_R87 spaCy_T87 spaCy_T88 amod higher,concentrations
spaCy_R88 spaCy_T88 spaCy_T86 pobj concentrations,by
spaCy_R89 spaCy_T89 spaCy_T88 prep of,concentrations
spaCy_R91 spaCy_T91 spaCy_T93 quantmod up,1.0
spaCy_R92 spaCy_T92 spaCy_T93 quantmod to,1.0
spaCy_R93 spaCy_T93 spaCy_T94 nummod 1.0,M
spaCy_R94 spaCy_T94 spaCy_T85 npadvmod M,unaffected
spaCy_R95 spaCy_T95 spaCy_T85 punct ",",unaffected
spaCy_R96 spaCy_T96 spaCy_T85 cc but,unaffected
spaCy_R98 spaCy_T98 spaCy_T99 advmod as,much
spaCy_R99 spaCy_T99 spaCy_T97 advmod much,increased
spaCy_R100 spaCy_T100 spaCy_T99 prep as,much
spaCy_R101 spaCy_T101 spaCy_T100 amod 20-fold,as
spaCy_R102 spaCy_T102 spaCy_T97 prep at,increased
spaCy_R103 spaCy_T103 spaCy_T105 amod low,strength
spaCy_R104 spaCy_T104 spaCy_T105 amod ionic,strength
spaCy_R105 spaCy_T105 spaCy_T102 pobj strength,at
spaCy_R106 spaCy_T106 spaCy_T97 punct .,increased
spaCy_R107 spaCy_T107 spaCy_T108 det The,dependence
spaCy_R108 spaCy_T108 spaCy_T113 nsubj dependence,revealed
spaCy_R109 spaCy_T109 spaCy_T108 prep of,dependence
spaCy_R110 spaCy_T110 spaCy_T109 pobj Kd,of
spaCy_R111 spaCy_T111 spaCy_T108 prep on,dependence
spaCy_R112 spaCy_T112 spaCy_T111 pobj temperature,on
spaCy_R113 spaCy_T113 spaCy_T113 ROOT revealed,revealed
spaCy_R114 spaCy_T114 spaCy_T120 mark that,accompanied
spaCy_R115 spaCy_T115 spaCy_T120 nsubjpass dissociation,accompanied
spaCy_R116 spaCy_T116 spaCy_T115 prep of,dissociation
spaCy_R117 spaCy_T117 spaCy_T118 det the,complex
spaCy_R118 spaCy_T118 spaCy_T116 pobj complex,of
spaCy_R119 spaCy_T119 spaCy_T120 auxpass is,accompanied
spaCy_R120 spaCy_T120 spaCy_T113 ccomp accompanied,revealed
spaCy_R121 spaCy_T121 spaCy_T120 agent by,accompanied
spaCy_R122 spaCy_T122 spaCy_T123 det an,increase
spaCy_R123 spaCy_T123 spaCy_T121 pobj increase,by
spaCy_R124 spaCy_T124 spaCy_T123 prep in,increase
spaCy_R125 spaCy_T125 spaCy_T124 pobj entropy,in
spaCy_R126 spaCy_T126 spaCy_T113 punct .,revealed
spaCy_R127 spaCy_T127 spaCy_T133 advmod Thus,dominated
spaCy_R128 spaCy_T128 spaCy_T133 punct ",",dominated
spaCy_R129 spaCy_T129 spaCy_T130 det the,interaction
spaCy_R130 spaCy_T130 spaCy_T133 nsubjpass interaction,dominated
spaCy_R131 spaCy_T131 spaCy_T133 auxpass is,dominated
spaCy_R132 spaCy_T132 spaCy_T133 neg not,dominated
spaCy_R133 spaCy_T133 spaCy_T133 ROOT dominated,dominated
spaCy_R134 spaCy_T134 spaCy_T133 agent by,dominated
spaCy_R135 spaCy_T135 spaCy_T136 preconj either,hydrophobic
spaCy_R136 spaCy_T136 spaCy_T139 amod hydrophobic,forces
spaCy_R137 spaCy_T137 spaCy_T136 cc or,hydrophobic
spaCy_R138 spaCy_T138 spaCy_T136 conj electrostatic,hydrophobic
spaCy_R139 spaCy_T139 spaCy_T134 pobj forces,by
spaCy_R140 spaCy_T140 spaCy_T139 punct ;,forces
spaCy_R141 spaCy_T141 spaCy_T143 det an,role
spaCy_R142 spaCy_T142 spaCy_T143 amod important,role
spaCy_R143 spaCy_T143 spaCy_T133 dobj role,dominated
spaCy_R144 spaCy_T144 spaCy_T143 prep for,role
spaCy_R145 spaCy_T145 spaCy_T146 npadvmod hydrogen,binding
spaCy_R146 spaCy_T146 spaCy_T144 pobj binding,for
spaCy_R147 spaCy_T147 spaCy_T148 auxpass is,proposed
spaCy_R148 spaCy_T148 spaCy_T133 conj proposed,dominated
spaCy_R149 spaCy_T149 spaCy_T133 punct .,dominated

oger-json-test

Id Subject Object Predicate Lexical cue
T1 15-22 D005780 denotes gelatin
T2 15-22 CHEBI:5291 denotes gelatin
T3 30-41 D019793 denotes fluorescein
T4 30-41 CHEBI:31624 denotes fluorescein
T5 70-78 SO:0000731 denotes fragment
T6 82-93 Q28377 denotes fibronectin
T7 82-93 P11722 denotes fibronectin
T8 82-93 CHEBI:5058 denotes fibronectin
T9 82-93 Q91400 denotes fibronectin
T10 82-93 P07589 denotes fibronectin
T11 82-93 P11276 denotes fibronectin
T12 82-93 P04937 denotes fibronectin
T13 82-93 PR:000007581 denotes fibronectin
T14 82-93 Q91289 denotes fibronectin
T15 82-93 Q28275 denotes fibronectin
T16 82-93 D005353 denotes fibronectin
T17 82-93 Q28749 denotes fibronectin
T18 82-93 P02751 denotes fibronectin
T19 82-93 Q91740 denotes fibronectin
T20 104-111 D005780 denotes gelatin
T21 104-111 CHEBI:5291 denotes gelatin
T22 112-119 SO:0001091 denotes binding
T23 112-119 GO:0005488 denotes binding
T24 112-119 SO:0100018 denotes binding
T25 120-128 SO:0000731 denotes fragment
T26 132-137 PR:Q9Y653 denotes human
T27 132-137 9606 denotes human
T28 132-137 D006801 denotes human
T29 145-156 Q28377 denotes fibronectin
T30 145-156 P11722 denotes fibronectin
T31 145-156 CHEBI:5058 denotes fibronectin
T32 145-156 Q91400 denotes fibronectin
T33 145-156 P07589 denotes fibronectin
T34 145-156 P11276 denotes fibronectin
T35 145-156 P04937 denotes fibronectin
T36 145-156 PR:000007581 denotes fibronectin
T37 145-156 Q91289 denotes fibronectin
T38 145-156 Q28275 denotes fibronectin
T39 145-156 D005353 denotes fibronectin
T40 145-156 Q28749 denotes fibronectin
T41 145-156 P02751 denotes fibronectin
T42 145-156 Q91740 denotes fibronectin
T43 174-185 D019793 denotes fluorescein
T44 174-185 CHEBI:31624 denotes fluorescein
T45 223-230 D005780 denotes gelatin
T46 223-230 CHEBI:5291 denotes gelatin
T47 274-278 PR:000013180 denotes Tris
T48 274-278 PR:Q3UTQ7 denotes Tris
T49 274-278 CHEBI:9754 denotes Tris
T50 287-291 CHEBI:26710 denotes NaCl
T51 303-315 D004213 denotes dissociation
T52 408-415 D005780 denotes gelatin
T53 408-415 CHEBI:5291 denotes gelatin
T54 481-489 SO:0000731 denotes fragment
T55 557-561 CHEBI:26710 denotes NaCl
T56 565-569 Q8Y1D2 denotes to 1
T57 603-607 PR:000022679 denotes fold
T58 681-693 D004213 denotes dissociation
T59 701-708 SO:0001784 denotes complex
T60 850-854 CHEBI:50906 denotes role
T61 859-867 CHEBI:29235 denotes hydrogen
T62 859-867 CHEBI:49637 denotes hydrogen
T63 868-875 SO:0001091 denotes binding
T64 868-875 GO:0005488 denotes binding
T65 868-875 SO:0100018 denotes binding