非水多步生物催化的关键技术:皮克林乳剂

M. Ansorge‐Schumacher, Christoph Plikat
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引用次数: 0

摘要

考虑到生物催化在化学合成中的重要性,迫切需要能够充分利用其潜力的技术。11年前,我们的团队提出了皮克林乳液的概念,以克服对水存在的一般要求所带来的严重限制。在这个简短的观点中,我们证明了对生物活性Pickering乳液的深入了解,同时有力地表明它是非水和多步生物催化的关键技术。这主要涉及该系统与不同溶剂、材料、生物催化剂、反应和生产使用需求的广泛兼容性。我们在这里简要概述了最相关的细节,包括我们自己研究的最新结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Key technology to non-aqueous and multi-step biocatalysis: Pickering emulsions
Considering the importance of biocatalysis in chemical synthesis, technologies allowing full exploitation of its potential are urgently wanted. Eleven years ago, our team proposed Pickering emulsions as a concept to overcome the severe restrictions set by the general requirement for the presence of water. In this brief perspective, we demonstrate that the insights into bioactive Pickering emulsions gathered meanwhile strongly designate it a key technology to non-aqueous and multi-step biocatalysis. Mainly, this relates to the extensive compatibility of this system with different solvents, materials, biocatalysts, reactions and demands on productive use. We here give a brief overview of the most relevant details, including recent results from our own research.
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