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Energetics of enzyme stability

机译:酶稳定性的能量学

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Advances in computational protein engineering depend on the development of an accurate treatment of the interactions among the 'elementary constituent's of enzymes. most of the current research is focused on finding the right balance in the estimations of energy and entropy. We are making progress in tailoring Enzymatic function. There are currently Two main approaches, directed evolution [1] and rational design [2]. The latter method requires an accurate knowledge of the rules of macromolecular assembly and stability. Here is where biophysics can be most helpful to biotechnology because we need to specify how different parts of a molecule come together or, in other words, to control molecular energetics.
机译:计算蛋白质工程的进展取决于对酶的“基本成分”之间相互作用的精确处理的发展。当前的大多数研究都集中在寻找能量和熵的估计中的正确平衡上。我们在定制酶功能方面正在取得进展。当前有两种主要方法,定向进化[1]和理性设计[2]。后一种方法需要对大分子组装和稳定性的规律有准确的了解。这是生物物理学对生物技术最有用的地方,因为我们需要指定分子的不同部分如何聚集在一起,换句话说,就是控制分子的能量学。

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