چکیده (انگلیسی):

We consider axon as a cylinder that has acoustic waveguide regimes to concentrate the propagated signals with appropriate deformation of membrane areas. The highest temperature results near the cylinder axis that can cause low-frequency (0.1 - 10 kHz) longitudinal vibrations of axon due to thermal expansion of material. These frequency shifts are very sensitive to the changes in surrounding viscosity, calculations are presented. The same resonance frequencies of both parts of neuron (axon and Soma) were calculated based on structures sizes, but anaesthesia effect could be explained by different frequency changes for both neuron parts to anesthetics admixture in surrounding.