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Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
T1 0-98 Sentence denotes Kinetic properties and substrate specificities of two cellulases from auxin-treated pea epicotyls.
T1 0-98 Sentence denotes Kinetic properties and substrate specificities of two cellulases from auxin-treated pea epicotyls.
T2 99-532 Sentence denotes Two cellulases purified from growing regions of auxin-treated peas (buffer-soluble and buffer-insoluble) hydrolyze cellulose powder, partially substituted carboxymethylcellulose (CM-cellulose), higher cellodextrins, and certain mixed linkage glucans (e.g. barley beta-glucan), at rates comparable to these reported for the most active fungal cellulases, and with kinetics and product formation characteristic of endohydrolase action.
T2 99-532 Sentence denotes Two cellulases purified from growing regions of auxin-treated peas (buffer-soluble and buffer-insoluble) hydrolyze cellulose powder, partially substituted carboxymethylcellulose (CM-cellulose), higher cellodextrins, and certain mixed linkage glucans (e.g. barley beta-glucan), at rates comparable to these reported for the most active fungal cellulases, and with kinetics and product formation characteristic of endohydrolase action.
T3 533-757 Sentence denotes They are unable to cleave 1,3-linkages in beta-glucans, or 1,4-linkages in dextrins containing excessive substitution at C6, alpha configuration, alternating beta-1,3- and 1,4-linkages, or residues other than anhydroglucose.
T3 533-757 Sentence denotes They are unable to cleave 1,3-linkages in beta-glucans, or 1,4-linkages in dextrins containing excessive substitution at C6, alpha configuration, alternating beta-1,3- and 1,4-linkages, or residues other than anhydroglucose.
T4 758-868 Sentence denotes They are not active towards cellobiose or the 1,4-linkage adjacent to the reducing end of cellodextrin chains.
T4 758-868 Sentence denotes They are not active towards cellobiose or the 1,4-linkage adjacent to the reducing end of cellodextrin chains.
T5 869-995 Sentence denotes It is concluded that buffer-soluble and buffer-insoluble cellulases are true beta-1,4-glucan 4-glucanohydrolases (EC 3.2.1.4).
T5 869-995 Sentence denotes It is concluded that buffer-soluble and buffer-insoluble cellulases are true beta-1,4-glucan 4-glucanohydrolases (EC 3.2.1.4).
T6 996-1211 Sentence denotes On a molar basis, Vmax values for buffer-insoluble are higher than buffer-soluble cellulase acting towards any of the substrates tested, but Km values towards CM-cellulose and cellohexaose are essentially identical.
T6 996-1211 Sentence denotes On a molar basis, Vmax values for buffer-insoluble are higher than buffer-soluble cellulase acting towards any of the substrates tested, but Km values towards CM-cellulose and cellohexaose are essentially identical.
T7 1212-1290 Sentence denotes Both cellulases were inhibited by C12+, Hg2+, and sulfhydryl-binding reagents.
T7 1212-1290 Sentence denotes Both cellulases were inhibited by C12+, Hg2+, and sulfhydryl-binding reagents.
T8 1291-1462 Sentence denotes Buffer-insoluble, but not buffer-soluble, cellulose was inactivated by reagents that bind serine and threonine, which reflects differences in their amino acid composition.
T8 1291-1462 Sentence denotes Buffer-insoluble, but not buffer-soluble, cellulose was inactivated by reagents that bind serine and threonine, which reflects differences in their amino acid composition.
T9 1463-1556 Sentence denotes No major qualitative differences have been detected in the mode of action of the two enzymes.
T9 1463-1556 Sentence denotes No major qualitative differences have been detected in the mode of action of the two enzymes.
T10 1557-1759 Sentence denotes Despite marked differences in their physical and immunological properties, close similarities between buffer-soluble and buffer-insoluble enzymic properties suggest that their active sites are the same.
T10 1557-1759 Sentence denotes Despite marked differences in their physical and immunological properties, close similarities between buffer-soluble and buffer-insoluble enzymic properties suggest that their active sites are the same.