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绿色化学和社会可持续发展需求对物质加工手段提出了更高要求。生物催化和化学催化的交叉整合可以实现两种技术的优势互补,从而提高原子效率,减轻环境压力,降低生产成本,在精细(手性)化学品合成新工艺的开发和工业化生产中具有十分广阔的应用前景。生物催化和化学催化的交叉需要生物学家和化学家的紧密合作,着重解决生物催化和化学催化反应的相容性,生物催化反应类型的拓展及其分子催化机理的认识,及生物催化剂的快速商品化、工具化技术等问题。
The demand of green chemistry and sustainable development of society puts forward higher requirements on material processing means. Cross-integration of biocatalysis and chemo-catalysis can complement each other’s advantages, thereby increasing atomic efficiency, reducing environmental stress, and reducing production costs, and is extremely broad in the development and industrialization of new processes for the synthesis of fine (chiral) chemicals The application prospects. Biocatalysis and chemical catalysis require close cooperation between biologists and chemists, focusing on the compatibility of biocatalysis and chemical catalysis, the development of biocatalysis types and their understanding of molecular catalysis, and the rapid development of biocatalysts Commercialization, tools, technology and other issues.