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Measurements of the driving forces of bio-motors using the fluctuation theorem

机译:使用涨落定理测量生物电动机的驱动力

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The fluctuation theorem (FT), which is a recent achievement in non-equilibrium statistical mechanics, has been suggested to be useful for measuring the driving forces of motor proteins. As an example of this application, we performed single-molecule experiments on F1-ATPase, which is a rotary motor protein, in which we measured its rotary torque by taking advantage of FT. Because fluctuation is inherent nature in biological small systems and because FT is a non-destructive force measurement method using fluctuation, it will be applied to a wide range of biological small systems in future.
机译:波动定理(FT)是非平衡统计力学的最新成果,已被认为可用于测量运动蛋白的驱动力。作为此应用程序的一个示例,我们对F 1 -ATPase(一种旋转运动蛋白)进行了单分子实验,我们利用FT测量了其旋转扭矩。由于波动是生物小型系统的固有特性,并且因为FT是一种使用波动的非破坏力测量方法,所以将来它将被广泛地应用于生物小型系统。

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