农产品加工·学刊
農產品加工·學刊
농산품가공·학간
ACADEMIC PERIODICAL OF FARM PRODUVTS PROCESSING
2009年
7期
55-56,74
,共3页
李芳良%麻昌爱%韦群兰%伍琼芬
李芳良%痳昌愛%韋群蘭%伍瓊芬
리방량%마창애%위군란%오경분
微孔淀粉%复合酶%吸油率
微孔澱粉%複閤酶%吸油率
미공정분%복합매%흡유솔
micro-porous starch%composite enzyme%capacity of oil absorption
研究了制备木薯微孔淀粉的工艺条件,以微孔淀粉的吸油率作为考察指标,通过单因素和正交试验,考察温度、时间、酶用量、酶配比、pH值对微孔淀粉吸油率的影响.结果表明,最佳酶解工艺条件为:酶配比1∶5,淀粉乳质量分数20%,温度50℃,时间8 h,酶用量1.0%,pH值5.5,在此条件下所得微孔淀粉的吸油率达92%.
研究瞭製備木藷微孔澱粉的工藝條件,以微孔澱粉的吸油率作為攷察指標,通過單因素和正交試驗,攷察溫度、時間、酶用量、酶配比、pH值對微孔澱粉吸油率的影響.結果錶明,最佳酶解工藝條件為:酶配比1∶5,澱粉乳質量分數20%,溫度50℃,時間8 h,酶用量1.0%,pH值5.5,在此條件下所得微孔澱粉的吸油率達92%.
연구료제비목서미공정분적공예조건,이미공정분적흡유솔작위고찰지표,통과단인소화정교시험,고찰온도、시간、매용량、매배비、pH치대미공정분흡유솔적영향.결과표명,최가매해공예조건위:매배비1∶5,정분유질량분수20%,온도50℃,시간8 h,매용량1.0%,pH치5.5,재차조건하소득미공정분적흡유솔체92%.
The preparation of the micro-porous cassastarch was studied and oil absorption were investigated. Some factors, such as reaction temperature, reaction time, enzyme addition, enzyme combination and reaction pH were studied as the main factors for oil adsorption capacity. The single element anti orthogonal teat showed the optimum enzyme reaction condition are as follows: The optimal mass ratio of α-amylase to glucoamylase1:5, starch concentration 20%, reaction temperature 50℃, reaction time 8 h, enzyme addition 1.0% and pH 5.0. Under these conditions, the capacity of oil adsorption is up to 92%.