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首页> 外文期刊>Catalysis science & technology >Stereo-selective synthesis of non-canonical gamma-hydroxy-alpha-amino acids by enzymatic carbon-carbon bond formation
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Stereo-selective synthesis of non-canonical gamma-hydroxy-alpha-amino acids by enzymatic carbon-carbon bond formation

机译:Stereo-selective合成非规范gamma-hydroxy-alpha-amino酸的酶碳碳键的形成

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摘要

Carbon-carbon (C-C) bond formation is the fundamental reaction type in organic synthesis. Biocatalytic methods for C-C bond formation have been limited to a few types of enzymes. In this report, we demonstrated the capability of a PLP-dependent enzyme ApUstD performing both C-C bond activation and asymmetric C-C bond formation, which resulted in non-canonical gamma-hydroxy-alpha-amino acids. The reaction showed high efficiency (conversion up to 98%), stereo-selectivity (ratio up to >97 : 3), a broad substrate scope (25 isolated examples) and significant simplicity. Our results have extended the biocatalytic function of PLP-dependent enzymes for asymmetric C-C formation.
机译:碳碳(碳碳)债券形成的在有机合成基本反应类型。Biocatalytic碳碳键形成的方法仅限于少数几个类型的酶。报告中,我们演示了一个的能力PLP-dependent酶ApUstD执行两个碳碳键激活和不对称碳碳键形成,导致非规范gamma-hydroxy-alpha-amino酸。显示效率高(转换到98%),stereo-selectivity(比例> 97:3),一个广泛的底物范围(25孤立的例子)重要的简单性。biocatalytic PLP-dependent的函数不对称碳碳形成的酶。

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