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- Rhizopus stolonifer (Ehr. ex. Fr. ) Vuill. 匍枝根霉
- Study on Biosorption of Lead on Rhizopus Stolonifer Free Cells and Immobilized Cells 黑根霉菌自由细胞和固定化细胞对重金属铅的生物吸附
- Antagonistical Mode of Pichia membranefaciens to Rhizopus stolonifer in Wounds of Peach Fruit 在桃果实伤口处的拮抗作用
- Germicidal Efficacy of Chlorine Dioxide on Rhizopus stolonifer Spotted onto Kyoho Grape Surfaces 二氧化氯在巨峰葡萄表面杀灭匍枝根霉效果的研究
- Polyphenol Oxidase, Peroxidase and Phenylalanine Ammonium Lyase in Postharvest Peach Fruits Induced by Inoculation with Pichia membranefaciens or Rhizopus stolonifer 拮抗菌与病原菌处理对采后桃果实多酚氧化酶、过氧化物酶及苯丙氨酸解氨酶的诱导
- Rhizopus Stolonifer YF6 葡枝根霉YF6
- Rhizopus stolonifer 匍茎根霉菌
- Rhizopus secrets this enzyme into the bread. 面包酶将这种酶分泌到面包上。
- Spirogyra and Rhizopus are examples. 例如水绵属和根霉属的植物。
- Another popular product is tempeh, a soybean mash fermented by Rhizopus. 另一种产品是天培,一种用根霉发酵成的豆酱。
- Slide 1-13 The Rhizopus spp. belongs to the class called Phycomycetes. 幻灯1-13 根霉属于藻菌纲。
- The glutinous rice wine were prepared through brewing of angel rhizopus sp. 以江米为原料,通过安琪纯种根霉酒曲和民间传统甜酒曲发酵制备江米甜酒。
- Mositure and temperature were the key to ensure the quality of rhizopus Q303. 水分和温度是保证根霉Q303菌种质量的关键。
- This is the first time that the sequential change of zygosporogenesis of Rh. stolonifer is described under SEM. 这是匍枝根霉之接合孢子形成过程第一次在扫描式电子显微镜下被描述。
- The fermentation conditions for producing chymosin with rhizopus have been investigated in this paper. 对根霉经发酵产凝乳酶的发酵条件进行研究。
- Any of various rot-causing fungi of the genus Rhizopus, such as R. nigricans, the common bread mold. 根霉任一种根霉属属类中的各种致腐真菌中，例如黑根霉即普通的面包霉菌
- Rhizopus chinensis lipase (RCL) has a good potential in industrial application, with high esterification conversion. 华根霉脂肪酶在有机相中催化酯合成转化率较高,具有较好的工业化应用潜力。
- Rhizopus can form spore during the vegetative anaphase.Before isolating the Rhizopus adopted spore reproductive system. 根霉在生长的后期会形成孢子,以往根霉的分离采用孢子繁殖法;
- The microbial strains of Rhizopus sp.are important source of lipases,many of them were purified and identified. 根霉属微生物是脂肪酶的一个重要来源,多种根霉脂肪酶已被分离并鉴定。
- The result showed that the protoplast of rhizopus and candida can merge each other. 实验发现根霉和酵母有融合的可能。
