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Biotransformation of (R)-( + )- and (S)-(―)-limonene to α-terpineol by Penicillium digitatum―investigation of the culture conditions

机译:指状青霉对(R)-(+)-和(S)-(-)-柠檬烯的生物转化为α-萜品醇-培养条件的研究

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摘要

The biotransformation of (R)-( + )- and (S)-(―)-limonene by Penicillium digitatum was investigated. One strain of P. digitatum was able to convert (R)-( + )-limonene to pure (R)-( + )-α-terpineol in 8 h with a yield of up to 93%. It was found that (R)-( + )-limonene was converted much better into a-terpineol than (S)-(―)-limonene, and that no significant chemical conversion of the substrate occurred in control flasks at pH 3.5. The culture conditions involved such as the type and concentration of co-solvent applied and the sequential addition of substrate were investigated, taking into account some findings on the physical behaviour of the system. The highest bioconvcrsion yields were obtained when the substrate was applied as a diluted solution in EtOH.
机译:研究了指状青霉对(R)-(+)-和(S)-(-)-柠檬烯的生物转化。一株洋地黄假单胞菌能够在8小时内将(R)-(+)-柠檬烯转化为纯净的(R)-(+)-α-萜品醇,产率高达93%。发现(R)-(+)-柠檬烯比(S)-(-)-柠檬烯更好地转化为α-松油醇,并且在pH 3.5的对照烧瓶中没有发生底物的显着化学转化。考虑到有关系统物理行为的一些发现,研究了涉及的培养条件,例如所用助溶剂的类型和浓度以及底物的顺序添加。当将底物以EtOH的稀释溶液形式施用时,可获得最高的生物转化率。

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