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PubMed:10764823 JSONTXT 71 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-71 Sentence denotes Photoaffinity glycoprobes-a new tool for the identification of lectins.
T1 0-71 Sentence denotes Photoaffinity glycoprobes-a new tool for the identification of lectins.
T1 0-71 Sentence denotes Photoaffinity glycoprobes-a new tool for the identification of lectins.
TextSentencer_T2 72-235 Sentence denotes One of the proposed functions for the carbohydrate structures on glycoconjugates is the transfer of information through interaction with specific lectin receptors.
T2 72-235 Sentence denotes One of the proposed functions for the carbohydrate structures on glycoconjugates is the transfer of information through interaction with specific lectin receptors.
T2 72-235 Sentence denotes One of the proposed functions for the carbohydrate structures on glycoconjugates is the transfer of information through interaction with specific lectin receptors.
TextSentencer_T3 236-443 Sentence denotes However, the number of elucidated functional lectin-carbohydrate interactions is still relatively small, largely due to the lack of adequate methods to identify lectin activity in complex biological samples.
T3 236-443 Sentence denotes However, the number of elucidated functional lectin-carbohydrate interactions is still relatively small, largely due to the lack of adequate methods to identify lectin activity in complex biological samples.
T3 236-443 Sentence denotes However, the number of elucidated functional lectin-carbohydrate interactions is still relatively small, largely due to the lack of adequate methods to identify lectin activity in complex biological samples.
TextSentencer_T4 444-560 Sentence denotes Aiming to solve this problem, we have developed a method based on the novel group of compounds we named glycoprobes.
T4 444-560 Sentence denotes Aiming to solve this problem, we have developed a method based on the novel group of compounds we named glycoprobes.
T4 444-560 Sentence denotes Aiming to solve this problem, we have developed a method based on the novel group of compounds we named glycoprobes.
TextSentencer_T5 561-670 Sentence denotes The glycoprobe consists of three vital parts: (1) glycan, (2) digoxin tag, and (3) photoreactive crosslinker.
T5 561-670 Sentence denotes The glycoprobe consists of three vital parts: (1) glycan, (2) digoxin tag, and (3) photoreactive crosslinker.
T5 561-670 Sentence denotes The glycoprobe consists of three vital parts: (1) glycan, (2) digoxin tag, and (3) photoreactive crosslinker.
TextSentencer_T6 671-762 Sentence denotes When incubated in dark, oligosaccharide part of the glycoprobe forms a complex with lectin.
T6 671-762 Sentence denotes When incubated in dark, oligosaccharide part of the glycoprobe forms a complex with lectin.
T6 671-762 Sentence denotes When incubated in dark, oligosaccharide part of the glycoprobe forms a complex with lectin.
TextSentencer_T7 763-877 Sentence denotes After illumination, covalent link between the probe and the lectin is formed resulting in a digoxin-tagged lectin.
T7 763-877 Sentence denotes After illumination, covalent link between the probe and the lectin is formed resulting in a digoxin-tagged lectin.
T7 763-877 Sentence denotes After illumination, covalent link between the probe and the lectin is formed resulting in a digoxin-tagged lectin.
TextSentencer_T8 878-993 Sentence denotes Using antibodies against digoxin, this complex can easily be identified immuno/cytochemically, or by Western blots.
T8 878-993 Sentence denotes Using antibodies against digoxin, this complex can easily be identified immuno/cytochemically, or by Western blots.
T8 878-993 Sentence denotes Using antibodies against digoxin, this complex can easily be identified immuno/cytochemically, or by Western blots.
TextSentencer_T9 994-1338 Sentence denotes To demonstrate the applicability of glycoprobes we have used Man(9)-glycoprobe (containing Man(9)oligosaccharide) and YEE(ahGalNAc)(3)-glycoprobe (containing a synthetic neoglycopeptide with three terminal N-acetyl-galactosamine residues; Lee and Lee, Glycoconjugate J., 1987,4, 317) to identify lectins in bovine serum and rat liver membranes.
T9 994-1338 Sentence denotes To demonstrate the applicability of glycoprobes we have used Man(9)-glycoprobe (containing Man(9)oligosaccharide) and YEE(ahGalNAc)(3)-glycoprobe (containing a synthetic neoglycopeptide with three terminal N-acetyl-galactosamine residues; Lee and Lee, Glycoconjugate J., 1987,4, 317) to identify lectins in bovine serum and rat liver membranes.
T9 994-1338 Sentence denotes To demonstrate the applicability of glycoprobes we have used Man(9)-glycoprobe (containing Man(9)oligosaccharide) and YEE(ahGalNAc)(3)-glycoprobe (containing a synthetic neoglycopeptide with three terminal N-acetyl-galactosamine residues; Lee and Lee, Glycoconjugate J., 1987,4, 317) to identify lectins in bovine serum and rat liver membranes.
TextSentencer_T10 1339-1499 Sentence denotes The simplicity of the method enables its application in routine monitoring of changes in lectin activity during various developmental or pathological processes.
T10 1339-1499 Sentence denotes The simplicity of the method enables its application in routine monitoring of changes in lectin activity during various developmental or pathological processes.
T10 1339-1499 Sentence denotes The simplicity of the method enables its application in routine monitoring of changes in lectin activity during various developmental or pathological processes.
TextSentencer_T11 1500-1562 Sentence denotes An example of GalNAc-binding analysis in human serum is shown.
T11 1500-1562 Sentence denotes An example of GalNAc-binding analysis in human serum is shown.
T11 1500-1562 Sentence denotes An example of GalNAc-binding analysis in human serum is shown.