首页> 外文会议>NATO Advanced Study Institute on Experimental and Computational Approaches to Structure-Based Drug Design May 9-19, 1996 Erice, Sicily, Italy >Computational approaches to modeling receptor flexibility upon ligand binding: application to interfacially activated enzymes
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Computational approaches to modeling receptor flexibility upon ligand binding: application to interfacially activated enzymes

机译:用于模拟配体结合后受体柔韧性的计算方法:应用于界面活化酶

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摘要

Receptors generally undergo conformational change upon ligand binding. We describe how fairly simple techniques may be used in docking and design studies to account for some of the changes in the conformations of proteins on ligand binding. Simulations of protein-ligand interactions that give a more complete description of the dynamics important for ligand binding are then discussed. These methods are illustrated for phospholipase A_2 and lipase, enzymes that both undergo interfacial activation.
机译:受体通常在配体结合后经历构象变化。我们描述了如何在对接和设计研究中使用相当简单的技术来解释配体结合上蛋白质构象的某些变化。然后讨论了蛋白质-配体相互作用的模拟,该模拟给出了对配体结合重要的动力学的更完整描述。这些方法针对磷脂酶A_2和脂肪酶(都经过界面活化)进行了说明。

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