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Surprising insights that aren't so surprising in the modeling of sulfur amino acid metabolism

机译:在硫氨基酸代谢建模中令人惊讶的令人惊讶的见解

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The modeling of whole organism sulfur amino acid flux control has been aided in recent years by advancements in proteomics and mass spectroscopy-based metabolite analysis.The convergence of these two fields and their respective techniques,as demonstrated by a new study using yeast by Lafaye et al.,has shown that researchers seeking to model whole cell/organism metabolism should give careful consideration to the relationships connecting enzyme concentration,enzyme activity,substrate concentration,and metabolic flux.In this paper,we outline some of the fundamental concepts for modeling sulfur amino acid metabolism and how they relate to our current understanding of mammalian sulfur amino acid metabolism.
机译:近年来,蛋白质组学和基于质谱的代谢物分析技术的发展为全生物硫氨基酸通量控制建模提供了帮助。这两个领域及其各自技术的融合,如Lafaye等人使用酵母进行的一项新研究所证明的那样等人已经表明,寻求建立全细胞/生物代谢模型的研究人员应仔细考虑酶浓度,酶活性,底物浓度和代谢通量之间的关系。本文概述了硫模型化的一些基本概念。氨基酸代谢及其与我们目前对哺乳动物硫氨基酸代谢的理解之间的关系。

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