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Determining Elasticities in situ

机译:现场确定弹性

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Knowledge of in situ enzyme kinetics is an important aspect of metabolic regulation. Reaction kinetics is usually studied in vitro using enzymes that have been isolated from the organism by biochemical methods, even theough it is known that such in vitro data may have little relevance in situ. Recently, this old and famous dilemma of enzyme kinetics has won new relevance by the needs of metabolic engineers for advice as to how the kinetics should bemodified in order to reach a specific goal, such as overproduction of a componud. However, it is not only for the applied aspects that knowledge of the insitu dinetics of metabolic systems is essential. In situ kinetics is also an important and interesting topic in its own right. Among others, it helps us to find out whether our present understanding of enzyme kinetics is adequate to describe the in vivo situation.
机译:关于原位酶动力学的知识是代谢调节的重要方面。通常使用体外通过生化方法从生物中分离出的酶来研究反应动力学,尽管众所周知,这种体外数据可能就地相关性很小。最近,代谢动力学的这一古老而著名的难题已引起新陈代谢工程师的新兴趣,这些工程师就如何修改动力学以达到特定目标(例如组分的过量生产)提出建议。然而,不仅对于应用方面,对代谢系统的原位动力学的认识是必不可少的。就地动力学本身也是一个重要而有趣的话题。其中,它有助于我们了解目前对酶动力学的理解是否足以描述体内情况。

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