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5-氟尿苷的微生物转化 被引量:15

Studies on Biotransformation of 5-FUR
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摘要 Conditions for biotransformation and purification of FUR were investigated.The result showed that when the cell concentration of E.aerogenes was 10%(w/v),the temperature and pH were 7.8 and 60℃ respectively,59.7% UR was converted to FUR.It also demonstrated that the ideal procedure for the purification of FUR is silica gel column chromatography by two elution systems (S 1∶CHCl 3∶CH 3OH∶H 2O 61∶13∶1,and S 2;CH 3COOCH 2CH 3∶CH 3OH∶CH 3COOH∶H 2O 12∶3∶3∶2)with the purity and yield of 98.0% and 86.0% respectively. Conditions for biotransformation and purification of FUR were investigated.The result showed that when the cell concentration of E.aerogenes was 10%(w/v),the temperature and pH were 7.8 and 60℃ respectively,59.7% UR was converted to FUR.It also demonstrated that the ideal procedure for the purification of FUR is silica gel column chromatography by two elution systems (S 1∶CHCl 3∶CH 3OH∶H 2O 61∶13∶1,and S 2;CH 3COOCH 2CH 3∶CH 3OH∶CH 3COOH∶H 2O 12∶3∶3∶2)with the purity and yield of 98.0% and 86.0% respectively.
出处 《微生物学报》 CAS CSCD 北大核心 2002年第1期117-120,共4页 Acta Microbiologica Sinica
基金 国家医药管理局资助项目
关键词 5-氟尿苷 微生物转化 分离纯化 FUR, Biotransformation,Isolation and purification
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  • 1周长林,the Fourth China-Japan Joint Symposium on Enzyme Engineering,1996年
  • 2俞俊棠,生物工艺学.下,1991年,254页
  • 3周长林,the Fourth China-Japan Joint Symposium on Enzyme Engineering,1996年
  • 4周长林,邱蔚然,俞俊棠.酶法合成2'-脱氧-5-氟尿苷[J].药物生物技术,1995,2(4):24-27. 被引量:9

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