Characteristics of New Sourdough using Lactic Acid Bacteria and Wild Yeast

N. Komatsuzaki, Mina Izawa, Madoka Suzumori, S. Fujihara, J. Shima
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引用次数: 3

Abstract

We examined the various effects of lactic acid bacteria (LAB) and yeast on sourdough bread and aimed at the development of a new sourdough bread using wild yeast isolated from fruit and LAB isolated from a traditional Japanese fermented fish (funa-sushi). We made sourdough by using Lactobacillus paracasei NFRI 7415 and baker’s yeast isolated from fruit. Fermentation tests of four types of sourdough were carried out for 4 days: LAB+yeast (28°C), LAB (28°C), LAB and yeast (8°C) and LAB (8°C). The CO2 production and the organic acid and free amino acid contents of the sourdough from LAB and yeast fermented at 28°C were higher than those of the other sourdough. These results indicate that for the new sourdough, the most suitable fermentation period is 3 days and the most suitable temperature is 28°C. Our findings demonstrate that it is possible to develop new sourdough bread using sourdough by the co-fermentation of LAB and wild yeast.
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乳酸菌与野生酵母混合发酵酵母的特性研究
我们研究了乳酸菌(LAB)和酵母对酸面包的各种影响,并旨在利用从水果中分离的野生酵母和从日本传统发酵鱼(funa-sushi)中分离的LAB开发一种新的酸面包。用副干酪乳杆菌NFRI 7415和从水果中分离的面包酵母制作酸面团。对4种酵母进行了为期4天的发酵试验:LAB+酵母(28℃)、LAB(28℃)、LAB+酵母(8℃)和LAB(8℃)。在28℃条件下发酵的酵母和乳酸菌酵母的CO2产量、有机酸和游离氨基酸含量均高于其他酵母。结果表明,新型酵母发酵的最佳发酵时间为3 d,最佳发酵温度为28℃。研究结果表明,利用酵母与野生酵母共发酵,可开发新型酵母面包。
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