Betz cells (translated from Latin as “cellular”) are a special type of cell in the nervous system. Basically, they can be found in the anterior roots of the spinal cord. The neurons of each of them occupy a space that is measured by one cubic centimeter. If you try to straighten this cell, its volume will be equal to four cubic centimeters. Becova cells reflect the characteristics of their species and are not found in any other type of glial cell. There are 4 main functions of the Betz cell:
The first function of Betson cells is to supply the cell with energy. One neuron releases more energy than it needs to work. Some of this energy is sent to the Betzam cells. From there, this energy is transferred to other neurons. It is thanks to Betsu cells that neighboring neurons do not feel energetic tension. The second function is to increase the cross-sectional area of the axons. This is done to increase the number of contacts between them and the bodies of nerve cells containing dendrites. The third function is a feature of this particular cell and is the transmission