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Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-85 Sentence denotes De novo glycan structure search with the CID MS/MS spectra of native N-glycopeptides.
T1 0-85 Sentence denotes De novo glycan structure search with the CID MS/MS spectra of native N-glycopeptides.
T1 0-85 Sentence denotes De novo glycan structure search with the CID MS/MS spectra of native N-glycopeptides.
TextSentencer_T2 86-245 Sentence denotes The aim of our study is to automatically analyze the glycan and peptide structures of N-glycopeptides without a need to release glycans from the glycopeptides.
T2 86-245 Sentence denotes The aim of our study is to automatically analyze the glycan and peptide structures of N-glycopeptides without a need to release glycans from the glycopeptides.
T2 86-245 Sentence denotes The aim of our study is to automatically analyze the glycan and peptide structures of N-glycopeptides without a need to release glycans from the glycopeptides.
TextSentencer_T3 246-448 Sentence denotes Our wet laboratory raw data represent a series of MS/MS mass spectra obtained from a reverse-phase liquid chromatography run of size-exclusion-enriched tryptic-digested glycopeptides from glycoproteins.
T3 246-448 Sentence denotes Our wet laboratory raw data represent a series of MS/MS mass spectra obtained from a reverse-phase liquid chromatography run of size-exclusion-enriched tryptic-digested glycopeptides from glycoproteins.
T3 246-448 Sentence denotes Our wet laboratory raw data represent a series of MS/MS mass spectra obtained from a reverse-phase liquid chromatography run of size-exclusion-enriched tryptic-digested glycopeptides from glycoproteins.
TextSentencer_T4 449-599 Sentence denotes The MS/MS spectra are first analyzed in order to identify glycosylated peptides and N-glycan monosaccharide compositions present on each glycopeptide.
T4 449-599 Sentence denotes The MS/MS spectra are first analyzed in order to identify glycosylated peptides and N-glycan monosaccharide compositions present on each glycopeptide.
T4 449-599 Sentence denotes The MS/MS spectra are first analyzed in order to identify glycosylated peptides and N-glycan monosaccharide compositions present on each glycopeptide.
TextSentencer_T5 600-777 Sentence denotes We further developed a Branch-and-Bound algorithm to search de novo N-glycan structures, i.e., monosaccharide compositions and their ordered sequences from native glycopeptides.
T5 600-777 Sentence denotes We further developed a Branch-and-Bound algorithm to search de novo N-glycan structures, i.e., monosaccharide compositions and their ordered sequences from native glycopeptides.
T5 600-777 Sentence denotes We further developed a Branch-and-Bound algorithm to search de novo N-glycan structures, i.e., monosaccharide compositions and their ordered sequences from native glycopeptides.
TextSentencer_T6 778-937 Sentence denotes Our de novo algorithm is based on iterative growth and selection of a population of glycan structures and it does not use databases of known glycan structures.
T6 778-937 Sentence denotes Our de novo algorithm is based on iterative growth and selection of a population of glycan structures and it does not use databases of known glycan structures.
T6 778-937 Sentence denotes Our de novo algorithm is based on iterative growth and selection of a population of glycan structures and it does not use databases of known glycan structures.
TextSentencer_T7 938-1169 Sentence denotes We validate the algorithm with (i) in silico-generated spectra, with or without deteriorating deletions, (ii) with a purified glycoprotein transferrin, and (iii) with a complex mixture of N-glycopeptides enriched from human plasma.
T7 938-1169 Sentence denotes We validate the algorithm with (i) in silico-generated spectra, with or without deteriorating deletions, (ii) with a purified glycoprotein transferrin, and (iii) with a complex mixture of N-glycopeptides enriched from human plasma.
T7 938-1169 Sentence denotes We validate the algorithm with (i) in silico-generated spectra, with or without deteriorating deletions, (ii) with a purified glycoprotein transferrin, and (iii) with a complex mixture of N-glycopeptides enriched from human plasma.
TextSentencer_T8 1170-1280 Sentence denotes Our Branch-and-Bound algorithm depicted glycan structures from all the above-mentioned three input data types.
T8 1170-1280 Sentence denotes Our Branch-and-Bound algorithm depicted glycan structures from all the above-mentioned three input data types.
T8 1170-1280 Sentence denotes Our Branch-and-Bound algorithm depicted glycan structures from all the above-mentioned three input data types.
TextSentencer_T9 1281-1434 Sentence denotes Due to the large diversity of glycan structures, the results typically contained several proposed structures matching almost equally well to the spectra.
T9 1281-1434 Sentence denotes Due to the large diversity of glycan structures, the results typically contained several proposed structures matching almost equally well to the spectra.
T9 1281-1434 Sentence denotes Due to the large diversity of glycan structures, the results typically contained several proposed structures matching almost equally well to the spectra.
TextSentencer_T10 1435-1653 Sentence denotes In conclusion, this algorithm automatically identifies glycopeptides and their structures from the MS/MS spectra and thus greatly reduces the number of possible glycan structures from the vast amount of potential ones.
T10 1435-1653 Sentence denotes In conclusion, this algorithm automatically identifies glycopeptides and their structures from the MS/MS spectra and thus greatly reduces the number of possible glycan structures from the vast amount of potential ones.
T10 1435-1653 Sentence denotes In conclusion, this algorithm automatically identifies glycopeptides and their structures from the MS/MS spectra and thus greatly reduces the number of possible glycan structures from the vast amount of potential ones.