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Biotransformation of α-Pinene to Terpineol by Resting Cell Suspension of Absidia corulea

机译:悬浮的黑附菌将α-P烯生物转化为松油醇

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摘要

Microbial biotransformation of monoterpenes results in the formation of many valuable compounds. Many microorganisms can be used to carry out extremely specific conversions using substrates of low commercial value. Absidia corulea MTCC 1335 was examined for its ability to transform α-Pinene enantiomers. The substrates (−)-α-Pinene and (+)-α-Pinene converted to α-terpineol and isoterpineol, were detected in gas chromatographic analysis. The Biotransformation kinetics of the oxidized products were analysed using GC–MS. With both the substrates the products formed were similar and not much difference in the rate of transformation was observed, suggesting no enantioselectivity of organism towards the substrate.
机译:单萜的微生物生物转化导致许多有价值的化合物的形成。使用低商业价值的底物,许多微生物可用于进行极其特定的转化。检查了非洲黑麦草MTCC 1335转化α-P烯对映体的能力。在气相色谱分析中检测到转化为α-松油醇和异松油醇的底物(-)-α-P烯和(+)-α-P烯。使用GC-MS分析了氧化产物的生物转化动力学。对于这两种底物,形成的产物是相似的,并且观察到转化速率没有太大差异,表明没有生物对底物的对映选择性。

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