Molecular modeling of oscillating GHz electric field influence on the kinesin affinity to microtubule
Saeidi H. R.a) , Setayandeh S. S.a) , Lohrasebi A.†a), b) 
Molecular modeling of oscillating GHz electric field influence on the kinesin affinity to microtubule |
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Saeidi H. R.
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| Results of the computational pulling tests in the absence of an electric field for the case that ATP is placed in the kinesin. (a) The F – z curve, where F is the force which is experienced by the atoms of the pulled group and z is the coordination of the pulled group’s atoms. (b) The F – t diagram of the system. (c) The z – t diagram of the system. (d) The R g– t curve of the system. It can be seen that the kinesin is detached from the microtubule by the special force (SF) about 1560 pN, t ≈ 450 ps, and z ≈ 1.35 nm. |
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