机译:在高产糖多孢子孢子株中利用油和β-氧化的操纵后改善旋光剂的生产
China Agr Univ Minist Agr Coll Biol Sci Key Lab Soil Microbiol Beijing Peoples R China;
Acad State Adm Grain 11 Baiwanzhuang Ave Beijing 100037 Peoples R China;
Acad State Adm Grain 11 Baiwanzhuang Ave Beijing 100037 Peoples R China;
Acad State Adm Grain 11 Baiwanzhuang Ave Beijing 100037 Peoples R China;
Acad State Adm Grain 11 Baiwanzhuang Ave Beijing 100037 Peoples R China;
Acad State Adm Grain 11 Baiwanzhuang Ave Beijing 100037 Peoples R China;
China Agr Univ Minist Agr Coll Biol Sci Key Lab Soil Microbiol Beijing Peoples R China;
Secondary metabolism; Vegetable oils; Genetically engineering; Oxidative stress; Fatty acid metabolism;
机译:在高产糖多孢子孢子株中利用油和β-氧化的操纵后改善旋光剂的生产
机译:通过在启动子多孢菌SIPI-A2090中由启动子PermE *控制的gtt和gdh的过量表达来改善多杀菌素的生产
机译:通过在启动子多孢菌SIPI-A2090中由启动子PermE *控制的gtt和gdh的过量表达来改善多杀菌素的生产
机译:基因组改组提高了糖多孢菌中多杀菌素的产量
机译:通过基因组操作改善生物分离过程:开发用于固定金属亲和层析(IMAC)的新型菌株。
机译:糖多孢菌基因组规模的代谢网络重建以改善菠菜的生产
机译:糖多孢菌基因组规模的代谢网络重建,以改善菠菜的生产