首页> 外文会议>International Conference of Computational Methods in Sciences and Engineering 2007(ICCMSE 2007); 20070925-30; Corfu(GR) >Simulation of Proton Transfer Processes and Excited-State Properties in Proteins with QM/MM Methods
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Simulation of Proton Transfer Processes and Excited-State Properties in Proteins with QM/MM Methods

机译:QM / MM方法模拟蛋白质的质子转移过程和激发态性质

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摘要

Simulations of chemical reactions in biological systems have to face the problems of complexity and long time scales. This often requires the use of a multitude of methods in an integrated (quantum mechanical/molecular mechanical, or other multi-scale approaches) or in a sequential way (e.g., using different levels of theory for determining structures and energies). In this article, we briefly describe some of our efforts to treat proton-transfer reactions and excited-state properties of proteins applying and assessing such combined approaches.
机译:在生物系统中进行化学反应的模拟必须面对复杂性和长时间规模的问题。这通常需要以集成(量子力学/分子力学或其他多尺度方法)或以顺序方式(例如,使用不同水平的理论来确定结构和能量)来使用多种方法。在本文中,我们简要介绍了我们在应用和评估这种联合方法时,为治疗质子转移反应和蛋白质的激发态性质所做的一些努力。

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