Electroton

Electrotonic phenomena exist wherever electrical currents are conducted. Even in ancient times, it was noticed that electrical impulses run along the nerves of animals. Centuries later, our scientists made discoveries that allow us to use this knowledge in medicine and several other fields.

All electrotonic phenomena are based on the electrical activity of our brain and receptors. It has been accepted as a working principle to understand that nerve signals switch in a chain of signals within a receptor or nervous system. The behavior of the body under the influence of this process is known as a reflex. The reflex can be either protective, adaptive, or accompanying food. For example, stroking a cat is a reflexive way for the animal to protect itself from danger (after all, it

Electroton is a phenomenon in which an electrical current passing through nerve tissue causes changes in its activity. This discovery was made in the 19th century by the Italian physiologist Antonio Valadier and the German physiologist Otto Lewy.

Electroton was discovered while studying the nervous system of the frog. Valadier discovered that if you pass an electric current through the nervous tissue of a frog, it begins to contract. This effect was called electroton.

Later, Otto Lewy continued his study of electroton and discovered that electric current could cause changes in the activity of nerve cells. He also showed that these changes could be used to control animal behavior.

Today, electroton is widely used in medicine to treat various diseases of the nervous system. For example, electroton is used to treat epilepsy, Parkinson's disease, depression and other mental disorders.

In addition, electroton is used in cosmetology to improve the condition of skin and hair. Some cosmetic companies use electroton to create new products that help improve the condition of the skin and hair.

Thus, electroton is an important discovery in physiology and cosmetology, which helps treat various diseases and improve the condition of skin and hair.