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头孢菌素C固态发酵的生产与优化研究

Production and optimization studies of cephalosporin C by solid state fermentation.

作者信息

Ellaiah P, Premkumar J, Kanthachari P V L, Adinarayana K

机构信息

Pharmaceutical Biotechnology Division, Department of Pharmaceutical Sciences, Andhra University, Visakhapatnam 530 003, India.

出版信息

Hindustan Antibiot Bull. 2002 Feb-Nov;44(1-4):1-7.

Abstract

Production of cephalosporin C employing a strain, Cephalosporium sp. NCIM 1039 under solid state fermentation was optimized. Different substrates like wheat bran, wheat grains, rice grains, barley and rice bran were studied to optimize the best substrate. Wheat bran showed the highest antibiotic yield. The physical and chemical parameters were optimized. The maximum productivity of cephalosporin C (750 U/g) was achieved by employing wheat bran and with optimized nutritional and process parameters such as potato starch as additive 1% w/w, urea as additive 1% w/w, incubation period of 7 days, incubation temperature at 30 degrees C, inoculum level 10% w/v, moisture content of solid substrate 80% and pH 7.0.

摘要

采用顶头孢霉NCIM 1039菌株在固态发酵条件下生产头孢菌素C的工艺得到了优化。研究了不同的底物,如麦麸、小麦、稻谷、大麦和米糠,以优化最佳底物。结果表明,麦麸的抗生素产量最高。对物理和化学参数进行了优化。通过使用麦麸,并采用优化的营养和工艺参数,如添加1%(w/w)的马铃薯淀粉、1%(w/w)的尿素、7天的培养期、30℃的培养温度、10%(w/v)的接种量、固体底物80%的水分含量和pH值7.0,实现了头孢菌素C的最高产量(750 U/g)。

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