Joyce Gerald F
Department of Chemistry and Molecular Biology, La Jolla, CA 92037, USA.
Angew Chem Int Ed Engl. 2007;46(34):6420-36. doi: 10.1002/anie.200701369.
It has been 40 years since Spiegelman and co-workers demonstrated how RNA molecules can be evolved in the test tube. This result established Darwinian evolution as a chemical process and paved the way for the many directed evolution experiments that followed. Chemists can benefit from reflecting on Spiegelman's studies and the subsequent advances, which have taken the field to the brink of the generation of life itself in the laboratory. This Review summarizes the concepts and methods for the directed evolution of RNA molecules in vitro.
自斯皮格尔曼及其同事展示了RNA分子如何在试管中进化以来,已经过去了40年。这一结果将达尔文进化论确立为一个化学过程,并为随后的许多定向进化实验铺平了道路。化学家们可以从反思斯皮格尔曼的研究以及后续进展中受益,这些研究和进展已使该领域处于在实验室中创造生命本身的边缘。本综述总结了体外RNA分子定向进化的概念和方法。