> top > projects > sentences > docs > PubMed:10704532 > annotations
sentences Home  

PubMed:10704532 JSONTXT 68 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-109 Sentence denotes Glycosaminoglycan conformation: do aqueous molecular dynamics simulations agree with x-ray fiber diffraction?
T1 0-109 Sentence denotes Glycosaminoglycan conformation: do aqueous molecular dynamics simulations agree with x-ray fiber diffraction?
T1 0-109 Sentence denotes Glycosaminoglycan conformation: do aqueous molecular dynamics simulations agree with x-ray fiber diffraction?
TextSentencer_T2 110-274 Sentence denotes Glycosaminoglycan-protein interactions are biologically important and require an appreciation of glycan molecular shape in solution, which is presently unavailable.
T2 110-274 Sentence denotes Glycosaminoglycan-protein interactions are biologically important and require an appreciation of glycan molecular shape in solution, which is presently unavailable.
T2 110-274 Sentence denotes Glycosaminoglycan-protein interactions are biologically important and require an appreciation of glycan molecular shape in solution, which is presently unavailable.
TextSentencer_T3 275-432 Sentence denotes In previous studies we found strong similarity between aqueous molecular dynamics (MD) simulations and published x-ray diffraction refinements of hyaluronan.
T3 275-432 Sentence denotes In previous studies we found strong similarity between aqueous molecular dynamics (MD) simulations and published x-ray diffraction refinements of hyaluronan.
T3 275-432 Sentence denotes In previous studies we found strong similarity between aqueous molecular dynamics (MD) simulations and published x-ray diffraction refinements of hyaluronan.
TextSentencer_T4 433-631 Sentence denotes We have applied a similar approach here to chondroitin and dermatan, attempting to clarify some of the issues raised by the x-ray diffraction literature relating to chondroitin and dermatan sulfate.
T4 433-631 Sentence denotes We have applied a similar approach here to chondroitin and dermatan, attempting to clarify some of the issues raised by the x-ray diffraction literature relating to chondroitin and dermatan sulfate.
T4 433-631 Sentence denotes We have applied a similar approach here to chondroitin and dermatan, attempting to clarify some of the issues raised by the x-ray diffraction literature relating to chondroitin and dermatan sulfate.
TextSentencer_T5 632-777 Sentence denotes We predict that chondroitin has the same beta(1-->4) linkage conformation as hyaluronan, and that their average beta(1-->3) conformations differ.
T5 632-777 Sentence denotes We predict that chondroitin has the same beta(1-->4) linkage conformation as hyaluronan, and that their average beta(1-->3) conformations differ.
T5 632-777 Sentence denotes We predict that chondroitin has the same beta(1-->4) linkage conformation as hyaluronan, and that their average beta(1-->3) conformations differ.
TextSentencer_T6 778-1016 Sentence denotes This is explained by changes in hydrogen-bonding across this linkage, resulting from its axial hydroxyl, causing a different sampling of left-handed helices in chondroitin (2.5- to 3.5-fold) as compared with hyaluronan (3.0- to 4.0-fold).
T6 778-1016 Sentence denotes This is explained by changes in hydrogen-bonding across this linkage, resulting from its axial hydroxyl, causing a different sampling of left-handed helices in chondroitin (2.5- to 3.5-fold) as compared with hyaluronan (3.0- to 4.0-fold).
T6 778-1016 Sentence denotes This is explained by changes in hydrogen-bonding across this linkage, resulting from its axial hydroxyl, causing a different sampling of left-handed helices in chondroitin (2.5- to 3.5-fold) as compared with hyaluronan (3.0- to 4.0-fold).
TextSentencer_T7 1017-1124 Sentence denotes Few right-handed helices, which lack intramolecular hydrogen-bonds, were sampled during our MD simulations.
T7 1017-1124 Sentence denotes Few right-handed helices, which lack intramolecular hydrogen-bonds, were sampled during our MD simulations.
T7 1017-1124 Sentence denotes Few right-handed helices, which lack intramolecular hydrogen-bonds, were sampled during our MD simulations.
TextSentencer_T8 1125-1342 Sentence denotes Thus, we propose that the 8-fold helix observed in chondroitin-6-sulfate, represented in the literature as an 8(3) helix (right-handed), though it has never been refined, is more likely to be 8(5) (left-handed) helix.
T8 1125-1342 Sentence denotes Thus, we propose that the 8-fold helix observed in chondroitin-6-sulfate, represented in the literature as an 8(3) helix (right-handed), though it has never been refined, is more likely to be 8(5) (left-handed) helix.
T8 1125-1342 Sentence denotes Thus, we propose that the 8-fold helix observed in chondroitin-6-sulfate, represented in the literature as an 8(3) helix (right-handed), though it has never been refined, is more likely to be 8(5) (left-handed) helix.
TextSentencer_T9 1343-1518 Sentence denotes Molecular dynamics simulations implied that (4)C(1) and (2)S(O), but not (1)C(4), forms of iduronate could be used in refinements of dermatan x-ray fiber diffraction patterns.
T9 1343-1518 Sentence denotes Molecular dynamics simulations implied that (4)C(1) and (2)S(O), but not (1)C(4), forms of iduronate could be used in refinements of dermatan x-ray fiber diffraction patterns.
T9 1343-1518 Sentence denotes Molecular dynamics simulations implied that (4)C(1) and (2)S(O), but not (1)C(4), forms of iduronate could be used in refinements of dermatan x-ray fiber diffraction patterns.
TextSentencer_T10 1519-1676 Sentence denotes Current models of 8-fold dermatan sulfate chains containing (4)C(1) iduronate refine to right-handed helices, which possess no intramolecular hydrogen-bonds.
T10 1519-1676 Sentence denotes Current models of 8-fold dermatan sulfate chains containing (4)C(1) iduronate refine to right-handed helices, which possess no intramolecular hydrogen-bonds.
T10 1519-1676 Sentence denotes Current models of 8-fold dermatan sulfate chains containing (4)C(1) iduronate refine to right-handed helices, which possess no intramolecular hydrogen-bonds.
TextSentencer_T11 1677-1819 Sentence denotes However, MD simulations predict that models containing (2)S(O) iduronate could provide better (8(5) helix) starting structures for refinement.
T11 1677-1819 Sentence denotes However, MD simulations predict that models containing (2)S(O) iduronate could provide better (8(5) helix) starting structures for refinement.
T11 1677-1819 Sentence denotes However, MD simulations predict that models containing (2)S(O) iduronate could provide better (8(5) helix) starting structures for refinement.
TextSentencer_T12 1820-1896 Sentence denotes Thus, the 8-fold dermatan sulfate refinement (8(3) helix) could be in error.
T12 1820-1896 Sentence denotes Thus, the 8-fold dermatan sulfate refinement (8(3) helix) could be in error.
T12 1820-1896 Sentence denotes Thus, the 8-fold dermatan sulfate refinement (8(3) helix) could be in error.