molecular motor

Effect of Colored - noise on Direct Current of Molecular Motor

色噪声对分子马达定向流的影响

The Transient Behaviors of a Molecular Motor Based on a Stochastic Hopping Model

分子马达随机跃迁暂态特征

Effects of the abnormality in microfilament on molecular motor density profiles

微丝中的病变对分子马达密度分布的影响

Anomalous diffusive mechanism of directed transport of molecular motor

分子motor定向输运的反常扩散机制

The Dynamics of Molecular Motor

分子马达动力学

The Transients of Molecular Motor ′ s Directed Motion

分子马达定向运动的瞬态过程

The expansion of stationary probability current is derived for molecular motor driven by correlation white noises .

推导了在关联噪声驱动下分子马达定态几率流的表达式。

In this paper , we study coupled diffusion processes with smooth coefficients , which model the system of the molecular motor .

本文基于一类非线性扩散过程的离散可观测数据，建立一种新的参数估计方法。

A four-state model characterizing the coupling of mechanical and chemical processes of molecular motor is also discussed .

四态模型较好地反映了马达力学化学过程的各个状态及相应的构象变化。

There are the particles transport in the living cells because of the molecular motor and the particles initiative movement .

活细胞内存在基于分子马达的微粒主动运动而引起的物质转运。

A Stochastically Unequal Interval Four-state Hopping Model of Molecular Motor

分子马达不等间距四态跃迁模型

Through the analytical calculation and numerical simulation , additive white noise can 't induce molecular motor to produce direct motion .

通过解析计算和数值模拟得到，加性白噪声不能驱动分子马达产生定向运动；

The master equation approach to molecular motor 's directed motion based on periodic one-dimensional three-state hopping model is studied .

利用主方程的方法，研究了在一维三态周期跳跃模型下分子马达的定向运动。

In the first part , the biology study evolvement of molecular motor are introduced , including their categories , structure features and motion properties .

第一部分介绍了分子马达的生物学研究进展，包括马达的种类、结构特征和沿轨道运动的性质。

The model of correlation-noises-driven molecular motor

关联噪声驱动的分子马达模型

The transport process of a molecular motor in a flashing asymmetrical periodic potential is studied in the presence of anomalous diffusion .

研究了分子motor在非对称闪烁周期势中的反常扩散引起的输运过程。

The research on the molecular motor is significant to the biology , nano-science , the biology medicine engineering and the statistical physics .

研究分子马达对生物电工学、纳米科学、生物医学工程以及统计物理学有重要的意义。

In this paper , the transients of molecular motor ′ s directed motion based on a periodic one dimensional three state hopping model is studied .

本文研究了在一维三态周期跳跃模型下分子马达定向运动的瞬态过程。

Bio-nano-robot is one of the scientific research frontiers nowadays . The molecular motor as power section plays an important role in bio-nano-robot .

生物纳米机器人是科学研究的前沿领域，分子马达作为动力装置在生物纳米机器人中具有重要的作用。

Molecular motor is a kind of proteins that can move along the filaments in the definite directions while ATP is hydrolyzed .

分子马达是生物体内具有特异性的一类蛋白质。当催化ATP水解时可以产生定向运动。

Bacterial flagellar motor is a kind of revolving molecular motor which converts electrochemical potential energy of H + into the mechanical energy of rotation .

鞭毛电机（BFM）是微观世界里的一种分子旋转电机，其利用H+的电化学势能转化为机械能推动转子旋转。

All of these molecular motor have a common characteristic : that is utilize the liberative energy of ATP hydrolysis change the conformation of the molecular motor .

所有的分子马达都有一个共同的特征：那就是利用ATP水解释放的能量改变分子马达的构象来运动。

In this thesis , taking the bovine heart ATPase gamma subunit as an example , the central issue of energy storage mode of ATPase molecular motor has been studied .

本学位论文以牛心线粒体ATP合成酶为研究对象，就ATP合成酶分子马达的储能方式这个热点问题进行研究。

Under the guidance of my teacher , a new model on unidirectional motion of molecular motor is put forward , in which the interaction between two heads is taken into account for the first time .

本文首次提出了双头相互作用的分子马达定向运动机制的模型，尝试了物理上研究分子马达定向运动机制的新方法。

The thesis includes three parts : Firstly , previous study and latest advance of molecular motor in biology are outlined , including Myosin 's and Kinesin 's construction and function , the latest advance of molecular motor in constructional biology ;

本文内容包括：首先综述生物学领域分子马达研究的最新进展，内容安排为：肌球蛋白的结构和功能，驱动蛋白的结构和功能，肌球蛋白和驱动蛋白定向运动机制的结构生物学方面的最新进展；

There are many problems need to be solved to exactly determine the molecular motor and cellular functions of single myosin : ① what are the mechanical and chemical characteristics of myosins , ② how myosins interact with their chaperones , ③ how myosins regulate their characteristics .

但如何确定准确的分子马达和每个个体肌球蛋白的细胞功能仍是一个挑战，要达到这个目标，将要解决若干问题：①它们的机械化学特性是什么。②它们直接相互作用的伙伴是什么。

Flagellar motor is a molecular rotary motor , it plays central role on the structures and functions of bacterial flagella .

鞭毛马达（flagellarmotor）是一种分子旋转马达，它在细菌鞭毛的结构与功能中起着中心作用。

In recent years , molecular electronic devices ( such as molecular field effect tube , molecular rectifier , molecular memory , molecular wire , molecular switch and molecular motor , etc. ) as the next generation of electronic devices have been rapid development .

近年来，分子电子器件（如分子场效应管、分子整流器、分子储存器、分子导线、分子开关和分子马达等）作为下一代电子器件得到了快速的发展。