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BIOCATALYTIC, BIOMIMETIC AND SUPRABIOTIC OXIDATION OF ALKANES

机译:链烷烃的生物催化,生物仿生和硫代氧化

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摘要

Notwithstanding the plethora of investigations devoted to the subject an economically viable method for the partial oxidation of light alkanes to the corresponding alcohols and/or ketones (aldehydes) is not forthcoming. The quest for suprabiotic catalysis - of the Mars-van Krevelen type or otherwise -continues. Although it has not yet lived up to its 'great expectations' the redox molecular sieve approach is still worthy of further investigation because of the analogies to in vivo systems. Finally, a better understanding of the intricate mechanistic details of methane monooxygenase catalyzed oxidation of light alkanes could provide a sound basis for developing suprabiotic catalysts.
机译:尽管进行了大量针对该主题的研究,但仍没有经济上可行的方法将轻链烷烃部分氧化为相应的醇和/或酮(醛)。继续寻求超生物催化(Mars-van Krevelen类型或其他方式)。尽管还没有达到其“大期望”,但由于与体内系统类似,氧化还原分子筛方法仍值得进一步研究。最后,更好地理解甲烷单加氧酶催化轻链烷烃氧化的复杂机理细节可以为开发超生物催化剂提供良好的基础。

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