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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-83 Sentence denotes Analysis of lectin binding to glycolipid complexes using combinatorial glycoarrays.
T1 0-83 Sentence denotes Analysis of lectin binding to glycolipid complexes using combinatorial glycoarrays.
T1 0-83 Sentence denotes Analysis of lectin binding to glycolipid complexes using combinatorial glycoarrays.
TextSentencer_T2 84-274 Sentence denotes Glycolipids are major components of the plasma membrane, interacting with themselves, other lipids, and proteins to form an array of heterogeneous domains with diverse biological properties.
T2 84-274 Sentence denotes Glycolipids are major components of the plasma membrane, interacting with themselves, other lipids, and proteins to form an array of heterogeneous domains with diverse biological properties.
T2 84-274 Sentence denotes Glycolipids are major components of the plasma membrane, interacting with themselves, other lipids, and proteins to form an array of heterogeneous domains with diverse biological properties.
TextSentencer_T3 275-539 Sentence denotes Considerable effort has been focused on identifying protein binding partners for glycolipids and the glycan specificity for these interactions, largely achieved through assessing interactions between proteins and homogenous, single species glycolipid preparations.
T3 275-539 Sentence denotes Considerable effort has been focused on identifying protein binding partners for glycolipids and the glycan specificity for these interactions, largely achieved through assessing interactions between proteins and homogenous, single species glycolipid preparations.
T3 275-539 Sentence denotes Considerable effort has been focused on identifying protein binding partners for glycolipids and the glycan specificity for these interactions, largely achieved through assessing interactions between proteins and homogenous, single species glycolipid preparations.
TextSentencer_T4 540-680 Sentence denotes This approach risks overlooking both the enhancing and attenuating roles of heterogeneous glycolipid complexes in modulating lectin binding.
T4 540-680 Sentence denotes This approach risks overlooking both the enhancing and attenuating roles of heterogeneous glycolipid complexes in modulating lectin binding.
T4 540-680 Sentence denotes This approach risks overlooking both the enhancing and attenuating roles of heterogeneous glycolipid complexes in modulating lectin binding.
TextSentencer_T5 681-757 Sentence denotes Here we report a simple method for assessing lectin-glycolipid interactions.
T5 681-757 Sentence denotes Here we report a simple method for assessing lectin-glycolipid interactions.
T5 681-757 Sentence denotes Here we report a simple method for assessing lectin-glycolipid interactions.
TextSentencer_T6 758-960 Sentence denotes An automatic thin-layer chromatography sampler is employed to create easily reproducible arrays of glycolipids and their heterodimeric complexes immobilized on a synthetic polyvinyl-difluoride membrane.
T6 758-960 Sentence denotes An automatic thin-layer chromatography sampler is employed to create easily reproducible arrays of glycolipids and their heterodimeric complexes immobilized on a synthetic polyvinyl-difluoride membrane.
T6 758-960 Sentence denotes An automatic thin-layer chromatography sampler is employed to create easily reproducible arrays of glycolipids and their heterodimeric complexes immobilized on a synthetic polyvinyl-difluoride membrane.
TextSentencer_T7 961-1145 Sentence denotes This array can then be probed with much smaller quantities of reagents than would be required using existing techniques such as ELISA and thin-layer chromatography with immuno-overlay.
T7 961-1145 Sentence denotes This array can then be probed with much smaller quantities of reagents than would be required using existing techniques such as ELISA and thin-layer chromatography with immuno-overlay.
T7 961-1145 Sentence denotes This array can then be probed with much smaller quantities of reagents than would be required using existing techniques such as ELISA and thin-layer chromatography with immuno-overlay.
TextSentencer_T8 1146-1388 Sentence denotes Using this protocol, we have established that the binding of bacterial toxins, lectins, and antibodies can each be attenuated, enhanced, or unaffected in the presence of glycolipid complexes, as compared with individual, isolated glycolipids.
T8 1146-1388 Sentence denotes Using this protocol, we have established that the binding of bacterial toxins, lectins, and antibodies can each be attenuated, enhanced, or unaffected in the presence of glycolipid complexes, as compared with individual, isolated glycolipids.
T8 1146-1388 Sentence denotes Using this protocol, we have established that the binding of bacterial toxins, lectins, and antibodies can each be attenuated, enhanced, or unaffected in the presence of glycolipid complexes, as compared with individual, isolated glycolipids.
TextSentencer_T9 1389-1574 Sentence denotes These findings underpin the wide-ranging influence and importance of glycolipid-glycolipid cis interactions when the nature of protein-carbohydrate recognition events is being assessed.
T9 1389-1574 Sentence denotes These findings underpin the wide-ranging influence and importance of glycolipid-glycolipid cis interactions when the nature of protein-carbohydrate recognition events is being assessed.
T9 1389-1574 Sentence denotes These findings underpin the wide-ranging influence and importance of glycolipid-glycolipid cis interactions when the nature of protein-carbohydrate recognition events is being assessed.