食品研究与开发
食品研究與開髮
식품연구여개발
FOOD RESEARCH AND CEVELOPMENT
2014年
18期
51-54
,共4页
邓杰%张平平%单振广%刘金福%王娜%单振东
鄧傑%張平平%單振廣%劉金福%王娜%單振東
산걸%장평평%단진엄%류금복%왕나%단진동
山楂%浓缩汁%加工%黄酮%VC
山楂%濃縮汁%加工%黃酮%VC
산사%농축즙%가공%황동%VC
Hawthorn%concentrated juice%processing%flavonoids%VC
研究山楂浓缩汁制作过程主要操作工艺对其中黄酮和VC含量的影响。研究了酶解、精滤、浓缩和杀菌等生产工艺对黄酮和VC含量的影响,最大程度降低主要功能成分黄酮和VC在加工过程中的损失,优化并确定合理的生产工艺。结果表明,酶解后黄酮含量降低了12%,VC含量降低了88%,离心处理后黄酮和VC含量分别为超滤法处理的1.72和2.38倍,单效浓缩果汁黄酮及VC含量都比三效浓缩稍高,有较好的山楂香味,但颜色发暗,杀菌对黄酮及VC含量影响较小。因此选用离心作为精滤的处理方法,可以根据需求选择单效或三效浓缩方法。本研究结果具有一定的实际应用价值。
研究山楂濃縮汁製作過程主要操作工藝對其中黃酮和VC含量的影響。研究瞭酶解、精濾、濃縮和殺菌等生產工藝對黃酮和VC含量的影響,最大程度降低主要功能成分黃酮和VC在加工過程中的損失,優化併確定閤理的生產工藝。結果錶明,酶解後黃酮含量降低瞭12%,VC含量降低瞭88%,離心處理後黃酮和VC含量分彆為超濾法處理的1.72和2.38倍,單效濃縮果汁黃酮及VC含量都比三效濃縮稍高,有較好的山楂香味,但顏色髮暗,殺菌對黃酮及VC含量影響較小。因此選用離心作為精濾的處理方法,可以根據需求選擇單效或三效濃縮方法。本研究結果具有一定的實際應用價值。
연구산사농축즙제작과정주요조작공예대기중황동화VC함량적영향。연구료매해、정려、농축화살균등생산공예대황동화VC함량적영향,최대정도강저주요공능성분황동화VC재가공과정중적손실,우화병학정합리적생산공예。결과표명,매해후황동함량강저료12%,VC함량강저료88%,리심처리후황동화VC함량분별위초려법처리적1.72화2.38배,단효농축과즙황동급VC함량도비삼효농축초고,유교호적산사향미,단안색발암,살균대황동급VC함량영향교소。인차선용리심작위정려적처리방법,가이근거수구선택단효혹삼효농축방법。본연구결과구유일정적실제응용개치。
In this work, we investigated the effects of main operation process, such as hydrolysis, fine filtration, concentration and sterilization, on flavonoid and Vitamin C(VC) contents during production of Hawthorn juice concentrate. The purpose of this study is to minimize the loss of flavonoids and VC, which are the main functional components of Hawthorn juice, and to optimize a reasonable production process. The results showed that after hydrolysis the flavonoid content is decreased by 12%and VC content decreased by 88%. The flavonoid and VC content of samples treated by centrifugation were 1.72 and 2.38 times of the samples treated by ultrafiltration. Samples treated with single-effect concentration had slightly higher content of flavonoids and VC than samples treated with three-effect concentration. The former has a good hawthorn scent, but the color is darker. Sterilization had little effect on the content of flavonoids and VC. Therefore in the practical production, centrifuge can be chosen as the fine-filter processing method and single-or three-effect concentration method can be selected according to the demands.