首页> 美国卫生研究院文献>Journal of Bacteriology >cis-Terpin Hydrate Metabolism by a Brevibacterium: Patterns of Enzyme Induction and Accumulation of α-Terpineol in Growth Media
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cis-Terpin Hydrate Metabolism by a Brevibacterium: Patterns of Enzyme Induction and Accumulation of α-Terpineol in Growth Media

机译:短杆菌的顺式-特平水合物代谢:酶诱导和生长培养基中α-松油醇积累的模式

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摘要

A brevibacterium, strain TH-4, previously isolated by aerobic enrichment on the monocyclic monoterpenoid cis-terpin hydrate as a sole carbon and energy source, was found to grow on α-terpineol and on a number of common sugars and organic acids. Oxidation of these terpenoids was shown to occur via an induced enzyme system, as measured manometrically by oxygen uptake and prevention of protein synthesis with chloramphenicol or puromycin. Oxidation of terpin hydrate by cell suspensions appeared to be coincidentally induced by growth on α-terpineol, and oxidation of α-terpineol similarly appeared to be induced by growth on terpin hydrate. Culture fluids in which the TH-4 organism was grown at the expense of cis-terpin hydrate were found to contain (−)-α-terpineol in combined butanol-ether extracts. The isolated compound was shown to be chromatographically and spectrophotometrically identical to an authentic sample of α-terpineol. The stereospecificity of an enzymatic dehydration of terpin hydrate to α-terpineol is considered.
机译:发现短杆菌TH-4菌株先前通过有氧富集在单环单萜类顺式-萜品水合物上作为唯一的碳和能源进行分离,并在α-松油醇以及许多常见的糖和有机酸上生长。这些萜类化合物的氧化显示是通过诱导的酶系统发生的,该酶系统是通过氧气吸收和氯霉素或嘌呤霉素预防蛋白质合成进行压力测定的。细胞悬浮液对萜品水合物的氧化似乎是由在α-萜品醇上的生长同时引起的,而α-萜品醇的氧化同样似乎是由萜品水合物的生长引起的。发现在TH-4生物体以顺式-萜品水合物为代价生长的培养液中,丁醇-醚组合萃取物中含有(-)-α-萜品醇。分离出的化合物在色谱和分光光度法上均与真实的α-萜品醇样品相同。考虑到萜品水合物酶促脱水为α-萜品醇的立体特异性。

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