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In this paper, we model a microtubule based on its dimer resolutionstructure. First, the fundamental structural components were studied and thenelectrostatic potential function for a single monomer was calculated.Subsequently, the potential function inside a single monomer due to a ring ofdimers was obtained. Considering the potential due toprotofilament-protofilament interaction with a monomer in a B crystal structureof a microtubule, we obtain a double well potential wall. Quantum mechanicallythe ions can pass through this wall because of the Tunnelling effect. We solvethe time independent Schrodinger Equation, calculate the transmissionefficiency of ion flow and use the latter in the calculation of ion currentdensity.

Finding the Ion Current Density of Microtubules by defining a potential function for the same and Solving the time independent Schrodinger Equation