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首页> 外文期刊>Microbiology and biotechnology letters >Fungal Microbial Community Profiles of Meju, Solar Salt, and Doenjang Using Pyrosequencing
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Fungal Microbial Community Profiles of Meju, Solar Salt, and Doenjang Using Pyrosequencing

机译:Meju,太阳能盐和司法的真菌微生物社区概况使用乳化物测序

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In order to evaluate the migration of fungi into doenjang from its materials, meju and solar salt, microbial communities were analyzed using pyrosequencing. Dominant fungi of meju were Botrytis spp. (57.94%) and Dothiorella samentorum (24.08%). Unidentified fungal species (37.53%), unassigned species (32.60%) and several fungal species of small portion were identified in solar salt. In doenjang, Candida versatilis were predominantly detected (92.62%). Non-halophilic mold were dominantly identified from meju (low-salt fermented soybean), while halophilic bacteria and archaea for solar salt and salt-tolerance fungi such as C. versatilis for doenjang (high-salt fermented soybean) were frequently detected. These results implied that most predominant fungal species might not be migrated from meju and/or solar salt into doenjang.
机译:为了评估真菌的迁移到斗牛,Meju和太阳能盐,使用焦肌法分析微生物社区。 Meju的占优势真菌是Botrytis SPP。 (57.94%)和Dothorella Samentorum(24.08%)。 在太阳盐中鉴定了未识别的真菌物种(37.53%),未分配的物种(32.60%)和几种小部分的真菌物种。 在Doenjang,Candida Versatilis主要是检测到的(92.62%)。 非嗜嗜盐模具从Meju(低盐发酵大豆)中占据了含量的,而嗜嗜盐细菌和用于太阳盐和耐盐性真菌的嗜嗜嗜盐和耐盐耐受性,则经常检测到司令部的C. Versatilis(高盐发酵大豆)。 这些结果暗示,最主要的真菌物种可能不会从Meju和/或太阳盐迁移到Doenjang中。

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