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PubMed:19625485 JSONTXT 65 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-135 Sentence denotes QCM-D studies of human norovirus VLPs binding to glycosphingolipids in supported lipid bilayers reveal strain-specific characteristics.
T1 0-135 Sentence denotes QCM-D studies of human norovirus VLPs binding to glycosphingolipids in supported lipid bilayers reveal strain-specific characteristics.
T1 0-135 Sentence denotes QCM-D studies of human norovirus VLPs binding to glycosphingolipids in supported lipid bilayers reveal strain-specific characteristics.
TextSentencer_T2 136-209 Sentence denotes Susceptibility to norovirus infection has been linked to secretor status.
T2 136-209 Sentence denotes Susceptibility to norovirus infection has been linked to secretor status.
T2 136-209 Sentence denotes Susceptibility to norovirus infection has been linked to secretor status.
TextSentencer_T3 210-445 Sentence denotes Norovirus virus-like particles (VLPs; 0- 20 microg/mL) from the Norwalk (GI.1) and Dijon (GII.4) strains were assayed for binding to H type 1 and Lewis a pentaglycosylceramides, incorporated in laterally fluid supported lipid bilayers.
T3 210-445 Sentence denotes Norovirus virus-like particles (VLPs; 0- 20 microg/mL) from the Norwalk (GI.1) and Dijon (GII.4) strains were assayed for binding to H type 1 and Lewis a pentaglycosylceramides, incorporated in laterally fluid supported lipid bilayers.
T3 210-445 Sentence denotes Norovirus virus-like particles (VLPs; 0- 20 microg/mL) from the Norwalk (GI.1) and Dijon (GII.4) strains were assayed for binding to H type 1 and Lewis a pentaglycosylceramides, incorporated in laterally fluid supported lipid bilayers.
TextSentencer_T4 446-603 Sentence denotes Binding kinetics was monitored in real time in 40 microL stationary reaction chambers, using quartz crystal microbalance with dissipation (QCM-D) monitoring.
T4 446-603 Sentence denotes Binding kinetics was monitored in real time in 40 microL stationary reaction chambers, using quartz crystal microbalance with dissipation (QCM-D) monitoring.
T4 446-603 Sentence denotes Binding kinetics was monitored in real time in 40 microL stationary reaction chambers, using quartz crystal microbalance with dissipation (QCM-D) monitoring.
TextSentencer_T5 604-775 Sentence denotes Both strains displayed binding only to H type 1 and not to Lewis a glycosphingolipids, typical for epithelial cells of susceptible and resistant individuals, respectively.
T5 604-775 Sentence denotes Both strains displayed binding only to H type 1 and not to Lewis a glycosphingolipids, typical for epithelial cells of susceptible and resistant individuals, respectively.
T5 604-775 Sentence denotes Both strains displayed binding only to H type 1 and not to Lewis a glycosphingolipids, typical for epithelial cells of susceptible and resistant individuals, respectively.
TextSentencer_T6 776-891 Sentence denotes This binding specificity was confirmed by VLPs binding to the two glycosphingolipids chromatographed on TLC-plates.
T6 776-891 Sentence denotes This binding specificity was confirmed by VLPs binding to the two glycosphingolipids chromatographed on TLC-plates.
T6 776-891 Sentence denotes This binding specificity was confirmed by VLPs binding to the two glycosphingolipids chromatographed on TLC-plates.
TextSentencer_T7 892-1147 Sentence denotes Experiments using bilayers with mixtures of H type 1 and Lewis a, with the total glycosphingolipid concentration constant at 10 wt%, showed that binding was only dependent on H type 1 concentrations and identical to experiments without additional Lewis a.
T7 892-1147 Sentence denotes Experiments using bilayers with mixtures of H type 1 and Lewis a, with the total glycosphingolipid concentration constant at 10 wt%, showed that binding was only dependent on H type 1 concentrations and identical to experiments without additional Lewis a.
T7 892-1147 Sentence denotes Experiments using bilayers with mixtures of H type 1 and Lewis a, with the total glycosphingolipid concentration constant at 10 wt%, showed that binding was only dependent on H type 1 concentrations and identical to experiments without additional Lewis a.
TextSentencer_T8 1148-1244 Sentence denotes Both strains showed a threshold concentration of H type 1 below which no binding was observable.
T8 1148-1244 Sentence denotes Both strains showed a threshold concentration of H type 1 below which no binding was observable.
T8 1148-1244 Sentence denotes Both strains showed a threshold concentration of H type 1 below which no binding was observable.
TextSentencer_T9 1245-1477 Sentence denotes The threshold was one order of magnitude higher for the Dijon strain (2 wt% versus 0.25 wt%) demonstrating that the interaction with a significantly larger number of glycosphingolipids was needed for the binding of the Dijon strain.
T9 1245-1477 Sentence denotes The threshold was one order of magnitude higher for the Dijon strain (2 wt% versus 0.25 wt%) demonstrating that the interaction with a significantly larger number of glycosphingolipids was needed for the binding of the Dijon strain.
T9 1245-1477 Sentence denotes The threshold was one order of magnitude higher for the Dijon strain (2 wt% versus 0.25 wt%) demonstrating that the interaction with a significantly larger number of glycosphingolipids was needed for the binding of the Dijon strain.
TextSentencer_T10 1478-1656 Sentence denotes The difference in threshold glycosphingolipid concentrations for the two strains suggests a lower affinity for the glycosphingolipid for the Dijon compared to the Norwalk strain.
T10 1478-1656 Sentence denotes The difference in threshold glycosphingolipid concentrations for the two strains suggests a lower affinity for the glycosphingolipid for the Dijon compared to the Norwalk strain.
T10 1478-1656 Sentence denotes The difference in threshold glycosphingolipid concentrations for the two strains suggests a lower affinity for the glycosphingolipid for the Dijon compared to the Norwalk strain.
TextSentencer_T11 1657-1855 Sentence denotes We propose that VLPs initially bind only a few glycosphingolipids but the binding is subsequently strengthened by lateral diffusion of additional glycosphingolipids moving into the interaction area.
T11 1657-1855 Sentence denotes We propose that VLPs initially bind only a few glycosphingolipids but the binding is subsequently strengthened by lateral diffusion of additional glycosphingolipids moving into the interaction area.
T11 1657-1855 Sentence denotes We propose that VLPs initially bind only a few glycosphingolipids but the binding is subsequently strengthened by lateral diffusion of additional glycosphingolipids moving into the interaction area.