乳业科学与技术
乳業科學與技術
유업과학여기술
JOURNAL OF DAIRY SCIENCE AND TECHNOLOGY
2012年
6期
6-8
,共3页
魏涛涛%刘晓夏%张胡%马玲%李进军%丁红梅
魏濤濤%劉曉夏%張鬍%馬玲%李進軍%丁紅梅
위도도%류효하%장호%마령%리진군%정홍매
乳清%发酵%还原力%冰淇淋
乳清%髮酵%還原力%冰淇淋
유청%발효%환원력%빙기림
whey%fermentation%reducing power%ice cream
以还原力为指标,对经过唾液链球菌嗜热亚种cH9、保加利亚乳杆菌德氏亚种LB和植物乳杆菌LPC-37联合发酵后的乳清抗氧化活性进行研究。结果表明:CH9+LB和LPC-37比例2:1、接种量3%、发酵时间10h的条件下还原力达到最大,在此条件下发酵的乳清在冰淇淋浆料中添加20%时感官评分最高,而添加量为25%时膨胀率达到最大。
以還原力為指標,對經過唾液鏈毬菌嗜熱亞種cH9、保加利亞乳桿菌德氏亞種LB和植物乳桿菌LPC-37聯閤髮酵後的乳清抗氧化活性進行研究。結果錶明:CH9+LB和LPC-37比例2:1、接種量3%、髮酵時間10h的條件下還原力達到最大,在此條件下髮酵的乳清在冰淇淋漿料中添加20%時感官評分最高,而添加量為25%時膨脹率達到最大。
이환원력위지표,대경과타액련구균기열아충cH9、보가리아유간균덕씨아충LB화식물유간균LPC-37연합발효후적유청항양화활성진행연구。결과표명:CH9+LB화LPC-37비례2:1、접충량3%、발효시간10h적조건하환원력체도최대,재차조건하발효적유청재빙기림장료중첨가20%시감관평분최고,이첨가량위25%시팽창솔체도최대。
In this study, process conditions for the fermentation of whey with Streptococcus saBvarius subsp, thermophilus CH9, Lactobacillus delbrueckil subsp, bulgaricus LB and Lactobacillus plantarum LPC-37 together were optimized to obtain maximum reducing power of fermented whey. The optimum fermentation conditions were determined as follows: 2:1 of CH9 plus LB-to-LPC-37 ratio, 3% of inoculum size, and 10 h of fermentation time. Addition of fermented whey obtained under these conditions provided maximum sensory evaluation score at a level of 20% and maximum overrun at a level of 25%.