Subpicosecond Resolution Studies of Internal Motions in Proteins

超快时间和超快时间之间 解决了蛋白质内部运动的测量， 基于分子动力学的蛋白质运动计算。 实验将同时使用吸收和发射 研究取向校正的各向异性技术 函数和命令参数。 其目的是提供一个 与电流匹配的一组确定的测量值 模拟技术和评估的充分性 潜力模型 此外，补充模拟 将携带精心挑选的蛋白质，包括溶剂， 出去 蛋白质分子的内部运动产生了很多 近年来，由于其可能的 蛋白质功能的重要性。 多种技术 用于蛋白质动力学研究的方法已经发展起来。 时间分辨光谱学和计算机的改进是 延长实验和模拟的时间尺度， 我们开始有可能直接 比较。 弗莱明博士研究的主要目的是 以一种清晰直接的方式进行这些比较， 可能的。//

A direct connection will be made between ultrafast time resolved measurements of the internal motions of proteins and calculations of protein motion based on molecular dynamics. The experiments will use both absorption and emission anisotropy techniques to study orientational correction functions and order parameters. The aim is to provide a definite set of measurements against which to match current simulation techniques and assess the adequacy of the potential model. In addition, complementary simulations of carefully chosen proteins including solvent will be carried out. The internal motions of protein molecules have generated much interest in recent years because of their possible significance in protein function. A variety of techniques for the study of protein dynamics have been developed. Improvements in time resolved spectroscopy and computers are extending the time scale of both experiment and simulation so that it is beginning to be possible to make direct comparisions. The major aim of Dr. Fleming's research is to make these comparisions in as clear and direct a way as possible.//