Uniform design method was employed to optimize the medium for production of rifamycin SV. 应用均匀设计的方法对利福霉素SV发酵培养基中的氮源配比进行优化。
Studies on the fermentation medium of Nocardia mediterranei producing rifamycin SV 利福霉素产生菌发酵培养基的研究
Study on treating the separated fluid of rifamycin SV sodium scrap by electrolytic method 电解法处理利福霉素SV钠废渣分离液的研究
The Technological Research on Preparation of Raw Protein Feed from the Medicinal Residue of Rifamycin SV Sodium Salt 利福霉素SV钠盐药渣制取粗蛋白的工艺研究
Study of retrieving protein from the waste dregs of rifamycin SV sodium by salting out method 盐析法从利福霉素SV钠废渣中回收蛋白质的研究
Effect of Glycerol Addition on Rifamycin SV Biosynthesis 甘油对利福霉素SV生物合成的影响
The results of organic acids analysis demonstrated that adding glycerol led to the accumulation of acetic acid and succinate, thus malonyl-CoA and methylmalonyl-CoA biosynthesis was strengthened; consequently the production of rifamycin SV production was improved. 有机酸分析结果显示,甘油的加入导致乙酸和琥珀酸在胞外积累的增加,促进了EMP和TCA代谢途径,有利于利福霉素SV合成前体的积累。
Retrieve the Coarse Protein from the Waste Dregs of Rifamycin SV Sodium Using High Molecular Polymer Inorganic Flocculant 无机高分子絮凝剂处理利福平SV钠药渣回收粗蛋白
Chemotherapy regimens: in the rifamycin sodium group, 21 cases were treated with the regimen of 2HZE+ SV/ 7HR; and in the routine treatment group, 23 cases were treated with the regimen of 2HRZE/ 7HR. 化疗方案:治疗组21例采用2HZE+SV7HR方案治疗,对照组采用2HRZE7HR方案治疗。
Isolation and properties or Rifamycin SV-inactivation substance produced by Rif SV-pro-ductive strain 利福霉素生产菌产生钝化RifSV物质的分离及性质研究