广东农业科学
廣東農業科學
엄동농업과학
GUANGDONG AGRICULTURAL SCIENCES
2010年
3期
162-165
,共4页
板栗水解液%耐高温α-淀粉酶%糖化酶
闆慄水解液%耐高溫α-澱粉酶%糖化酶
판률수해액%내고온α-정분매%당화매
chestnut hydrolazate%thermostable α-amylase%glucoamylase
为使板栗中的淀粉能被人体更有效利用,减少板栗饮料生产中的分层和沉淀现象.采用双酶法(耐高温α-淀粉酶、糖化酶)对板栗浆液中的淀粉进行水解.以淀粉水解度为指标,通过单因素试验和正交试验优化,最终确定了制取板栗淀粉水解液的糊化、糖化的最佳工艺条件分别为加酶量8 U/g、95℃、pH6.0、时间60 min以及加酶量80 U/g、60℃、pH4.0、时间50 min.
為使闆慄中的澱粉能被人體更有效利用,減少闆慄飲料生產中的分層和沉澱現象.採用雙酶法(耐高溫α-澱粉酶、糖化酶)對闆慄漿液中的澱粉進行水解.以澱粉水解度為指標,通過單因素試驗和正交試驗優化,最終確定瞭製取闆慄澱粉水解液的糊化、糖化的最佳工藝條件分彆為加酶量8 U/g、95℃、pH6.0、時間60 min以及加酶量80 U/g、60℃、pH4.0、時間50 min.
위사판률중적정분능피인체경유효이용,감소판률음료생산중적분층화침정현상.채용쌍매법(내고온α-정분매、당화매)대판률장액중적정분진행수해.이정분수해도위지표,통과단인소시험화정교시험우화,최종학정료제취판률정분수해액적호화、당화적최가공예조건분별위가매량8 U/g、95℃、pH6.0、시간60 min이급가매량80 U/g、60℃、pH4.0、시간50 min.
In order to boost absord of chestnut starch and protein in human diet, the hydrolysis conditions of producing chestnut starch hydrolazate by thermostableα-amylase, glucoamylase were studied in this paper. The liquefaction condition was optimumed by mono- factor, orthogonal experiments. The results showed that the optimum reaction condition parameters of the gelatinization, saccharification had been 8 Uα- amylase/g pulp at 95 ℃ and pH 6.0 for 60 min; 80 U glucoamylase /g pulp at 60 ℃ and pH 4.0 for 50 min, respectively.