Generation and Transmission of Action Potential in Nerve Cells and Neuron Populations Based on the Realistic Hodgkin-Huxley Neuron Model

There are several types of nerve cells in the central nervous system. Thanks to synaptic connections, these form large and complicated networks. However, have a stereotypical electrical activity called action potential (AP) or spike. In this work, mechanisms formation typical signal methods transferring from one cell another were investigated using Hodgkin-Huxley neuron model simulations. It has been seen that AP is based on principle "all nothing" ion channel dynamics critical AP. shown transduction between transmitted by post-synaptic signals may be depolarizing polarizing. Finally, it discussed activities quantities can measured at micro macro levels, various used for purpose.