Hodgkin-Huxley Differential Equations MATLAB Implementation

In the following content, we provide the MATLAB source code for implementing the Hodgkin-Huxley differential equations, accompanied by comprehensive documentation. These resources will benefit researchers aiming to simulate neuronal behavior and gain deeper insights into neural functionality. The code implementation includes key components such as: - Voltage-gated ion channel modeling (sodium and potassium channels) - Numerical integration using ODE solvers (ode45 or similar) - Membrane potential dynamics simulation - Parameter configuration for different neuronal types By utilizing this code, you will be able to better understand the Hodgkin-Huxley model's mathematical framework and apply it to your research projects or academic studies. The implementation demonstrates proper handling of differential equations governing neuronal action potentials, including state variables for activation/inactivation gates and membrane current calculations. We believe these resources will contribute valuable outcomes to your research work, providing a solid foundation for computational neuroscience applications and biological neural network simulations.