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Focus on Metabolism: Something Old Something New: Conserved Enzymes and the Evolution of Novelty in Plant Specialized Metabolism

机译:专注于新陈代谢:旧的新的:保守的酶和植物专门代谢中新奇的演变

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摘要

Plants produce hundreds of thousands of small molecules known as specialized metabolites, many of which are of economic and ecological importance. This remarkable variety is a consequence of the diversity and rapid evolution of specialized metabolic pathways. These novel biosynthetic pathways originate via gene duplication or by functional divergence of existing genes, and they subsequently evolve through selection and/or drift. Studies over the past two decades revealed that diverse specialized metabolic pathways have resulted from the incorporation of primary metabolic enzymes. We discuss examples of enzyme recruitment from primary metabolism and the variety of paths taken by duplicated primary metabolic enzymes toward integration into specialized metabolism. These examples provide insight into processes by which plant specialized metabolic pathways evolve and suggest approaches to discover enzymes of previously uncharacterized metabolic networks.
机译:植物产生成千上万个称为专门代谢产物的小分子,其中许多具有经济和生态意义。这种非凡的多样性是专门代谢途径的多样性和快速进化的结果。这些新颖的生物合成途径起源于基因复制或现有基因的功能分化,随后它们通过选择和/或漂移而进化。过去二十年的研究表明,主要代谢酶的掺入导致了多种专门的代谢途径。我们讨论了从初级代谢中募集酶的示例,以及重复的初级代谢酶向整合成专门代谢所采取的多种途径。这些例子深入了解了植物特有的代谢途径的进化过程,并提出了发现以前未表征的代谢网络酶的方法。

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