motor protein 中文意思是什麼
motor protein
解釋
動力蛋白,發動蛋白-
Based on the actual biology settling, kinesin moves along microtubule which is constructed from asymmetrical o and p protein subunits which array periodically, so the microtubule ' s structure is also asymmetrical and periodical. during the motion, kinesin ' s configuration changes in a dynamic - chemical period in which there are several dynamic - chemical states for the motor, and the transitions are random between state and state to a certain extent
根據實際的生物背景，驅動蛋白沿微管作定向運動，構成這些微管的蛋白亞基順序排列，形成非對稱的周期性結構，且驅動蛋白在運動過程中構象發生了變化，在一個力學和化學循環中要經歷多個中間態，各個態之間的躍遷具有隨機性。 -
Third, the slope of the effective pote ntial corresponds to an average force. because of the existence of the average force, the motor protein can have a directed motion against the load force
只有當溫度達到某一值時，幾率流和有效勢的斜率才同時隨溫度的增加而減小，這時幾率流和有效勢傾斜的斜率密切相關。 -
Thus, we have deeply studied the applications of stochastic theory in protein motor and fhn neuron model, and obtained some important results, especially the opposing role of the amplitude and correlation strength in protein transport, the locked phenomenon in fhn neuron model, the dependence of the effect on initial condition, the phase transition and resonance in globally coupled neuron system
為此，我們對隨機理論在生物馬達蛋白和fhn神經模型上的應用進行了較深入的研究，取得了一些有重要意義的成果，特別是發現：漲落勢的幅值和關聯強度對蛋白輸運起著相反的作用；噪聲誘導fhn神經電位的鎖定現象；噪聲關聯導致雙穩系統對初始狀態的記憶功能；噪聲作用下全局耦合fhn神經網路的共振和相變現象。 -
During hydrolization of atp, conformational changes occur within the motor protein ( a mechanochemical process ), and mechanical work is done
分子馬達通過催化三磷酸腺苷分子（ atp ）水解，將化學能轉化為機械能產生自身的定向運動。 -
A fundamental nonlinear motion equation about motor protein subject to random force and random potential is derived. the expression of the probability flux of this system was obtained
考慮在隨機力和隨機勢的共同作用下，建立了馬達蛋白所滿足的非線性運動方程，並得到了系統的幾率流密度。 -
In this thesis, the investigations of the application of stochastic theory in protein motor and fhn neuron model are systematically reported, which include four aspects : effects of random potential on motor protein transport ; noise - induced transition in a fhn neural model ; stochastic resonance in a bistable system subject to multiplicative and additive noise ; coherence and stochastic resonance in a globally coupled fhn neural model
現在我們集中報導對隨機理論在生物馬達蛋白和fhn神經模型上的應用所進行的一系列的研究，主要有以下四個方面：漲落勢誘導生物馬達蛋白輸運；噪聲誘導fhn神經模型相變：噪聲關聯對雙穩系統隨機共振現象的影響；全局耦合的fhn神經網路的隨機共振和同步共振。
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