1983
DOI: 10.1080/00021369.1983.10865855
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Quantitative Study of Anomeric Forms of Maltose Produced by α- andβAmylases

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Cited by 2 publications
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“…In the hydrolysis (Scheme 1(C)-I), the a-glucosidic linkage in each substrate is inverted to release a b-product, namely bglucose or b-maltose. [17][18][19][20] In the oligosaccharide production, Hehre and co-workers have shown that glucoamylase, glucodextranase, and trehalase of inverting enzymes synthesized a-conˆgurational products from b-glucose or b-GF, 11,12) and that bamylase synthesized an a-conˆgurational product from b-maltose or b-maltosyl ‰uoride.…”
Section: )mentioning
confidence: 99%
“…In the hydrolysis (Scheme 1(C)-I), the a-glucosidic linkage in each substrate is inverted to release a b-product, namely bglucose or b-maltose. [17][18][19][20] In the oligosaccharide production, Hehre and co-workers have shown that glucoamylase, glucodextranase, and trehalase of inverting enzymes synthesized a-conˆgurational products from b-glucose or b-GF, 11,12) and that bamylase synthesized an a-conˆgurational product from b-maltose or b-maltosyl ‰uoride.…”
Section: )mentioning
confidence: 99%
“…Tal variedade favoreceu em uma maior especificidade do substrato e do produto e na diversidade de sequências. Seu mecanismo baseia-se na ação de retenção (KIMURA; CHIBA, 1983) podendo seguir o mecanismo de duplo deslocamento clássico de Koshland. Alguns dos membros do GH13 usam um ataque múltiplo ou mecanismo de processo (ROBYT; FRENCH, 1967;MAZUR;NAKATANI, 1993;KRAMHOFT et al, 2005) envolvendo várias clivagens de ligações glicosídicas a serem executadas no mesmo encontro enzimasubstrato.…”
Section: Glicosidase De Seis Grampos Gh142unclassified