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- AspergiUus ochraceus 赭曲霉
- AIM: To synthesize hydroxylated derivatives of canrenone using Aspergillus ochraceus hydroxylation enzyme system by microbial transformation. 目的：应用赭曲霉羟化酶系统对坎利酮进行生物转化，合成其羟基化衍生物。
- CONCLUSION: 15-Hydroxycanrenone can be synthesized by Aspergillus ochraceus hydroxylation enzyme system, and it is a new compound. 结论：赭曲霉羟化酶系统对坎利酮进行生物转化，能够合成15-羟基坎利酮，其为一新化合物。
- METHOD: A red compound named as SIPI-CANR was obtained by bio-transforming canrenone using Aspergiilus ochraceus;the purified SIPI-CANR was elucidated by spectral analysis. 方法：应用赭曲霉对坎利酮进行生物转化，获得一个硫酸显红色的产物SIPI-CANR。
- AspergiUus spp. 曲霉
- Aspergillus ochraceus. 赭曲霉
- Keywords irradiation;wheat;corn;pork;Aspergillus flavus;Aspergillus ochraceus;Fusarium momiliiforme;cysticercus; 辐照;小麦;玉米;猪肉;黄曲霉;赭曲霉;串珠镰刀菌;囊尾蚴;
- Keywords antifungal agents;drug-resistance;deoxy-toyocamycin;Aspergillus ochraceus;canrenone;microbial transformation; 抗真菌药物;5'-脱氧丰加霉素;赭曲霉;坎利酮;微生物转化;
- METHOD: A red compound named as SIPI-CANR was obtained by bio-transforming canrenone using Aspergillus ochraceus; 方法:应用赭曲霉对坎利酮进行生物转化,获得一个硫酸显红色的产物SIPI-CANR。
- aspergiUus candidum 白曲霉
- Coptotermes ochraceusn. 赭黄乳白蚁
- AspergiUus Oryzae 米曲霉
- AspergiUus ficcum 无花果曲霉
- AspergiUus flavus 黄曲霉菌
- AspergiUus fumisynnematus 烟束曲霉
- AspergiUus oryzae3042 氨基酰化酶
- AspergiUus usamii 字佐美曲霉
- Paraxerus ochraceusn. 赭丛松鼠
- marine aspergiUus fumigatus 海洋烟曲霉菌
