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Lipases for bio-based chemistry Efficient immobilised biocatalysts for competitive biocatalysed processes

机译:用于生物化学的脂肪酶用于竞争性生物催化过程的高效固定化生物催化剂

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摘要

Lipases have a wide industrial impact in the food, pharma and cosmetic sectors but there is an enormous catalytic potential waiting to be exploited for biomass transformations. In order to make biotransformations competitive for such bulk production, efficient biocatalysts at affordable costs are needed. Nowadays, the scientific knowledge on lipases structural and functional properties are so advanced that tailored solutions can be provided for formulating and immobilising lipases for specific applications. This objective can be achieved also with the contribution of computational and statistical methods that are able to manage the amazing complexity of the systems understudy. However, this knowledge will translate into new and more efficient industrial biocatalysts only if firms have easier access to a wider array of fermented lipases, which must be also amenable to be immobilised under reproducible conditions. These biocatalysts will help to fill the gap between highly optimised "classical" chemical processes and innovative biotransformations.
机译:脂肪酶在食品,制药和化妆品领域具有广泛的工业影响,但生物质转化具有巨大的催化潜力。为了使生物转化在这种批量生产中具有竞争力,需要以可承受的成本获得有效的生物催化剂。如今,关于脂肪酶的结构和功能特性的科学知识是如此先进,以至于可以提供量身定制的解决方案来配制和固定特定用途的脂肪酶。这个目标也可以通过计算和统计方法的贡献来实现,这些方法能够管理所研究系统的惊人复杂性。但是,只有在企业更容易获得更广泛的发酵脂肪酶的条件下,这些知识才能转化为新型且更有效的工业生物催化剂,而这些脂肪酶也必须能够在可复制的条件下固定化。这些生物催化剂将有助于填补高度优化的“经典”化学过程与创新生物转化之间的空白。

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