食品研究与开发
食品研究與開髮
식품연구여개발
FOOD RESEARCH AND CEVELOPMENT
2013年
24期
88-91
,共4页
油莎豆粕%水溶性多糖%提取率%响应面法
油莎豆粕%水溶性多糖%提取率%響應麵法
유사두박%수용성다당%제취솔%향응면법
cyperus esculeutus meal%water-soluble polysaccharide%extraction rat%response surface method-ology
选用油莎豆粕为原料提取水溶性多糖。以提取率为评价指标,对提取温度、提取时间、料液比进行研究,在单因素试验的基础上,利用Box-Benhnken中心组合设计原理对实验进行优化,通过响应面分析,确定提取的较佳工艺为浸提温度为82℃,浸提时间为3.9 h,料液比为1∶20 g/mL。在此条件下,水溶性多糖提取率10.36%。
選用油莎豆粕為原料提取水溶性多糖。以提取率為評價指標,對提取溫度、提取時間、料液比進行研究,在單因素試驗的基礎上,利用Box-Benhnken中心組閤設計原理對實驗進行優化,通過響應麵分析,確定提取的較佳工藝為浸提溫度為82℃,浸提時間為3.9 h,料液比為1∶20 g/mL。在此條件下,水溶性多糖提取率10.36%。
선용유사두박위원료제취수용성다당。이제취솔위평개지표,대제취온도、제취시간、료액비진행연구,재단인소시험적기출상,이용Box-Benhnken중심조합설계원리대실험진행우화,통과향응면분석,학정제취적교가공예위침제온도위82℃,침제시간위3.9 h,료액비위1∶20 g/mL。재차조건하,수용성다당제취솔10.36%。
Cyperus esculentus meal was raw material for extracting water-soluble polysaccharide.The extraction rate as evaluation index, Selection of extraction temperature, extraction time and material/liquid ratio as the research object. On the basis of single factor test , optimization of the experiment used the Box-Benhnken principle for central composite design. By response surface analysis , the optimum extraction conditions were determined extraction temperature 82℃, extraction time 3.9 h, material/liquid ratio 1∶20 g/mL. The extraction rate for these optimum condition was 10.36%.