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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-103 Sentence denotes Stereochemical metrics of lectin-carbohydrate interactions: comparison with protein-protein interfaces.
T1 0-103 Sentence denotes Stereochemical metrics of lectin-carbohydrate interactions: comparison with protein-protein interfaces.
T1 0-103 Sentence denotes Stereochemical metrics of lectin-carbohydrate interactions: comparison with protein-protein interfaces.
TextSentencer_T2 104-362 Sentence denotes A global census of stereochemical metrics including interface size, hydropathy, amino acid propensities, packing and hydrogen bonding was carried out on 32 x-ray-elucidated structures of lectin-carbohydrate complexes covering eight different lectin families.
T2 104-362 Sentence denotes A global census of stereochemical metrics including interface size, hydropathy, amino acid propensities, packing and hydrogen bonding was carried out on 32 x-ray-elucidated structures of lectin-carbohydrate complexes covering eight different lectin families.
T2 104-362 Sentence denotes A global census of stereochemical metrics including interface size, hydropathy, amino acid propensities, packing and hydrogen bonding was carried out on 32 x-ray-elucidated structures of lectin-carbohydrate complexes covering eight different lectin families.
TextSentencer_T3 363-467 Sentence denotes It is shown that the interactions at primary binding subsites are more efficient than at other subsites.
T3 363-467 Sentence denotes It is shown that the interactions at primary binding subsites are more efficient than at other subsites.
T3 363-467 Sentence denotes It is shown that the interactions at primary binding subsites are more efficient than at other subsites.
TextSentencer_T4 468-611 Sentence denotes Another salient behavior found for primary subsites was a marked negative correlation between the interface size and the polar surface content.
T4 468-611 Sentence denotes Another salient behavior found for primary subsites was a marked negative correlation between the interface size and the polar surface content.
T4 468-611 Sentence denotes Another salient behavior found for primary subsites was a marked negative correlation between the interface size and the polar surface content.
TextSentencer_T5 612-816 Sentence denotes It is noteworthy that this demographic rule is delineated by lectins with unrelated phylogenetic origin, indicating that independent interface architectures have evolved through common optimization paths.
T5 612-816 Sentence denotes It is noteworthy that this demographic rule is delineated by lectins with unrelated phylogenetic origin, indicating that independent interface architectures have evolved through common optimization paths.
T5 612-816 Sentence denotes It is noteworthy that this demographic rule is delineated by lectins with unrelated phylogenetic origin, indicating that independent interface architectures have evolved through common optimization paths.
TextSentencer_T6 817-948 Sentence denotes The structural properties of lectin-carbohydrate interfaces were compared with those characterizing a set of 32 protein homodimers.
T6 817-948 Sentence denotes The structural properties of lectin-carbohydrate interfaces were compared with those characterizing a set of 32 protein homodimers.
T6 817-948 Sentence denotes The structural properties of lectin-carbohydrate interfaces were compared with those characterizing a set of 32 protein homodimers.
TextSentencer_T7 949-1096 Sentence denotes Overall, the analysis shows that the stereochemical bases of lectin-carbohydrate and protein-protein interfaces differ drastically from each other.
T7 949-1096 Sentence denotes Overall, the analysis shows that the stereochemical bases of lectin-carbohydrate and protein-protein interfaces differ drastically from each other.
T7 949-1096 Sentence denotes Overall, the analysis shows that the stereochemical bases of lectin-carbohydrate and protein-protein interfaces differ drastically from each other.
TextSentencer_T8 1097-1286 Sentence denotes In comparison with protein-protein complexes, lectin-carbohydrate interfaces have superior packing efficiency, better hydrogen bonding stereochemistry, and higher interaction cooperativity.
T8 1097-1286 Sentence denotes In comparison with protein-protein complexes, lectin-carbohydrate interfaces have superior packing efficiency, better hydrogen bonding stereochemistry, and higher interaction cooperativity.
T8 1097-1286 Sentence denotes In comparison with protein-protein complexes, lectin-carbohydrate interfaces have superior packing efficiency, better hydrogen bonding stereochemistry, and higher interaction cooperativity.
TextSentencer_T9 1287-1369 Sentence denotes A similar conclusion holds in the comparison with protein-protein heterocomplexes.
T9 1287-1369 Sentence denotes A similar conclusion holds in the comparison with protein-protein heterocomplexes.
T9 1287-1369 Sentence denotes A similar conclusion holds in the comparison with protein-protein heterocomplexes.
TextSentencer_T10 1370-1619 Sentence denotes We propose that the energetic consequence of this better interaction geometry is a larger decrease in free energy per unit of area buried, feature that enables lectins and carbohydrates to form stable complexes with relatively small interface areas.
T10 1370-1619 Sentence denotes We propose that the energetic consequence of this better interaction geometry is a larger decrease in free energy per unit of area buried, feature that enables lectins and carbohydrates to form stable complexes with relatively small interface areas.
T10 1370-1619 Sentence denotes We propose that the energetic consequence of this better interaction geometry is a larger decrease in free energy per unit of area buried, feature that enables lectins and carbohydrates to form stable complexes with relatively small interface areas.
TextSentencer_T11 1620-1784 Sentence denotes These observations lend support to the emerging notion that systems differing from each other in their stereochemical metrics may rely on different energetic bases.
T11 1620-1784 Sentence denotes These observations lend support to the emerging notion that systems differing from each other in their stereochemical metrics may rely on different energetic bases.
T11 1620-1784 Sentence denotes These observations lend support to the emerging notion that systems differing from each other in their stereochemical metrics may rely on different energetic bases.