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Interpreting the Regulatory Interplay in E. coli Metabolic Pathways

机译:解释大肠杆菌代谢途径中的调控相互作用

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摘要

Many regulatory processes in the cell are based on the control of gene expression through the interaction of transcription factors. However, enzymatic regulation often overlays transcriptional regulation and even, in some metabolic pathways, enzymatic regulation prevails. The present study addresses the regulatory network of Escherichia coli and offers a global view of the regulation of its metabolic pathways. It identifies the regulatory mechanisms responsible for key metabolic activities and details the structures behind such mechanisms. This knowledge is considered of relevance to further studies on the bacteria's system and its industrial application, namely for understanding the signal cascades comprised in the responses to various environmental stresses.
机译:细胞中的许多调节过程都基于通过转录因子相互作用对基因表达的控制。但是,酶促调节通常会覆盖转录调节,甚至在某些代谢途径中,酶促调节也占主导。本研究解决了大肠杆菌的调控网络,并提供了其代谢途径调控的全球视野。它确定了负责关键代谢活动的调节机制,并详细说明了这些机制背后的结构。该知识被认为与细菌系统及其工业应用的进一步研究有关,即了解各种环境压力响应中所包含的信号级联。

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