食品与药品
食品與藥品
식품여약품
FOOD AND DRUG
2012年
11期
401-402
,共2页
房晓%姜薇薇%段荣帅%王树庆
房曉%薑薇薇%段榮帥%王樹慶
방효%강미미%단영수%왕수경
乳酸菌%泡菜%发酵
乳痠菌%泡菜%髮酵
유산균%포채%발효
LAB strain%pickle vegetable%fermentation
目的研究泡菜中乳酸菌的最佳生长条件.方法利用基础培养基考察不同碳源、pH值和温度条件下,乳酸菌生长情况.结果葡萄糖是该乳酸菌的最佳碳源,该菌的最佳pH值为5~6,最佳生长温度为30~35℃.结论在泡菜发酵前加入乳酸菌纯菌种,并提供已优化的发酵条件,可缩短泡菜腌制的发酵周期.
目的研究泡菜中乳痠菌的最佳生長條件.方法利用基礎培養基攷察不同碳源、pH值和溫度條件下,乳痠菌生長情況.結果葡萄糖是該乳痠菌的最佳碳源,該菌的最佳pH值為5~6,最佳生長溫度為30~35℃.結論在泡菜髮酵前加入乳痠菌純菌種,併提供已優化的髮酵條件,可縮短泡菜醃製的髮酵週期.
목적연구포채중유산균적최가생장조건.방법이용기출배양기고찰불동탄원、pH치화온도조건하,유산균생장정황.결과포도당시해유산균적최가탄원,해균적최가pH치위5~6,최가생장온도위30~35℃.결론재포채발효전가입유산균순균충,병제공이우화적발효조건,가축단포채업제적발효주기.
Objective To determine the optimal culture conditions of a LAB strain from pickle vegetables. Methods Minimum media (MM) supplemented with different saccharides, medium pH and culture temperatures were tested for the best growth of the LAB strain. Results Glucose was the best substitute for the rapid growth of the tested LAB strain, with pH5-6, 30-35 ℃ as the best fermentation conditions. Conclusion To inoculate pure LAB before pickle fermentation and provide favorite culture conditions can significantly shorten the fermentation time, compared to the traditional spontaneous fermentation.