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Advances in catalysis: engineered enzymes for efficient API synthesis

机译:催化作用:高效API合成的工程酶

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Advances in enzyme engineering technology over the last 15 years has enabled the development of highly efficient manufacturing routes to many blockbuster and late clinical stage drug active pharmaceutical ingredients (APIs). Several blockbuster drug actives including atorvastatin, amoxicillin, esomeprazole and simvastatin have been manufactured using engineered enzymes. Only very recently, however, has the speed of catalyst development approached the rate needed to match pharmaceutical chemical development. While it has long been known that enzymes are capable of establishing chirality in organic synthesis, rapid development of scalable syntheses has only been possible with the establishment of technologies for engineering activity and stability in Standard synthetic organic synthesis conditions.
机译:酶工程技术的进展在过去的15年里,使高效的制造路线的发展成为许多大片和晚期临床阶段药物活性药物成分(API)。 使用工程化酶制造了几种包含阿托伐他汀,阿莫西林,eSomeprazole和辛伐他汀的大片药物活性物质。 然而,仅最近,催化剂开发的速度达到了匹配药物化学发育所需的速率。 虽然已经众所周知,酶能够在有机合成中建立手性,但只有在标准合成有机合成条件下建立工程活性和稳定性的技术,才能快速发展。

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