Neuromuscular Junction Transmission is Effected by Quantum Entanglement of Ion Transition States.

Neuromuscular Junction (NMJ) is the place where the neuron meets with muscle fiber crating a synapse to propagate the electrochemical signals. The infolds of the endplate of muscle fiber play a vital role containing a huge number of sodium channels in contraction of NMJ transmission mechanism. We have studied here the entanglement of sodium channel activation particle (‘m’ particle). Through the simulation results we confirm that the entanglement of ‘m’ particle effects the initiation time, amplitude and the rate of change of membrane potential.