In the May issue of Chem Catalysis, Mathison et al. discuss a strategy that leverages biocatalysis and electrocatalysis to decarbonize the production of adiponitrile, a building block of nylon 6,6. High-throughput combinatorial electrosynthesis and machine learning expedited the exploration of the parameter space and the identification of optimal reaction conditions.

中文翻译：

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当生物催化和电催化相遇：己二腈可持续生产的飞跃

在《化学催化》五月号中，Mathison 等人。讨论利用生物催化和电催化使己二腈（尼龙 6,6 的组成部分）生产脱碳的策略。高通量组合电合成和机器学习加速了参数空间的探索和最佳反应条件的识别。