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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-110 Sentence denotes Common recognition principles across diverse sequence and structural families of sialic acid binding proteins.
T1 0-110 Sentence denotes Common recognition principles across diverse sequence and structural families of sialic acid binding proteins.
T1 0-110 Sentence denotes Common recognition principles across diverse sequence and structural families of sialic acid binding proteins.
TextSentencer_T2 111-219 Sentence denotes Sialic acids form a large family of 9-carbon monosaccharides and are integral components of glycoconjugates.
T2 111-219 Sentence denotes Sialic acids form a large family of 9-carbon monosaccharides and are integral components of glycoconjugates.
T2 111-219 Sentence denotes Sialic acids form a large family of 9-carbon monosaccharides and are integral components of glycoconjugates.
TextSentencer_T3 220-386 Sentence denotes They are known to bind to a wide range of receptors belonging to diverse sequence families and fold classes and are key mediators in a plethora of cellular processes.
T3 220-386 Sentence denotes They are known to bind to a wide range of receptors belonging to diverse sequence families and fold classes and are key mediators in a plethora of cellular processes.
T3 220-386 Sentence denotes They are known to bind to a wide range of receptors belonging to diverse sequence families and fold classes and are key mediators in a plethora of cellular processes.
TextSentencer_T4 387-492 Sentence denotes Thus, it is of great interest to understand the features that give rise to such a recognition capability.
T4 387-492 Sentence denotes Thus, it is of great interest to understand the features that give rise to such a recognition capability.
T4 387-492 Sentence denotes Thus, it is of great interest to understand the features that give rise to such a recognition capability.
TextSentencer_T5 493-808 Sentence denotes Structural analyses using a non-redundant data set of known sialic acid binding proteins was carried out, which included exhaustive binding site comparisons and site alignments using in-house algorithms, followed by clustering and tree computation, which has led to derivation of sialic acid recognition principles.
T5 493-808 Sentence denotes Structural analyses using a non-redundant data set of known sialic acid binding proteins was carried out, which included exhaustive binding site comparisons and site alignments using in-house algorithms, followed by clustering and tree computation, which has led to derivation of sialic acid recognition principles.
T5 493-808 Sentence denotes Structural analyses using a non-redundant data set of known sialic acid binding proteins was carried out, which included exhaustive binding site comparisons and site alignments using in-house algorithms, followed by clustering and tree computation, which has led to derivation of sialic acid recognition principles.
TextSentencer_T6 809-955 Sentence denotes Although the proteins in the data set belong to several sequence and structure families, their binding sites could be grouped into only six types.
T6 809-955 Sentence denotes Although the proteins in the data set belong to several sequence and structure families, their binding sites could be grouped into only six types.
T6 809-955 Sentence denotes Although the proteins in the data set belong to several sequence and structure families, their binding sites could be grouped into only six types.
TextSentencer_T7 956-1117 Sentence denotes Structural comparison of the binding sites indicates that all sites contain one or more different combinations of key structural features over a common scaffold.
T7 956-1117 Sentence denotes Structural comparison of the binding sites indicates that all sites contain one or more different combinations of key structural features over a common scaffold.
T7 956-1117 Sentence denotes Structural comparison of the binding sites indicates that all sites contain one or more different combinations of key structural features over a common scaffold.
TextSentencer_T8 1118-1205 Sentence denotes The six binding site types thus serve as structural motifs for recognizing sialic acid.
T8 1118-1205 Sentence denotes The six binding site types thus serve as structural motifs for recognizing sialic acid.
T8 1118-1205 Sentence denotes The six binding site types thus serve as structural motifs for recognizing sialic acid.
TextSentencer_T9 1206-1344 Sentence denotes Scanning the motifs against a non-redundant set of binding sites from PDB indicated the motifs to be specific for sialic acid recognition.
T9 1206-1344 Sentence denotes Scanning the motifs against a non-redundant set of binding sites from PDB indicated the motifs to be specific for sialic acid recognition.
T9 1206-1344 Sentence denotes Scanning the motifs against a non-redundant set of binding sites from PDB indicated the motifs to be specific for sialic acid recognition.
TextSentencer_T10 1345-1454 Sentence denotes Knowledge of determinants obtained from this study will be useful for detecting function in unknown proteins.
T10 1345-1454 Sentence denotes Knowledge of determinants obtained from this study will be useful for detecting function in unknown proteins.
T10 1345-1454 Sentence denotes Knowledge of determinants obtained from this study will be useful for detecting function in unknown proteins.
TextSentencer_T11 1455-1700 Sentence denotes As an example analysis, a genome-wide scan for the motifs in structures of Mycobacterium tuberculosis proteome identified 17 hits that contain combinations of the features, suggesting a possible function of sialic acid binding by these proteins.
T11 1455-1700 Sentence denotes As an example analysis, a genome-wide scan for the motifs in structures of Mycobacterium tuberculosis proteome identified 17 hits that contain combinations of the features, suggesting a possible function of sialic acid binding by these proteins.
T11 1455-1700 Sentence denotes As an example analysis, a genome-wide scan for the motifs in structures of Mycobacterium tuberculosis proteome identified 17 hits that contain combinations of the features, suggesting a possible function of sialic acid binding by these proteins.