Catalepsy Electric

Electrical catalepsy is a movement disorder in animals that is caused by exposure to electrical current for experimental purposes. This disorder resembles catalepsy in humans, where a person's limbs or body remain in a certain position despite attempts to change it.

In order to induce electrical catalepsy in animals, it is necessary to use special devices that generate electric current. Current is applied to the animal's body through electrodes attached to specific points on the skin.

When an electrical current is applied to an animal's body, it may experience a variety of symptoms, including convulsions, trembling, loss of consciousness, and even cardiac arrest. However, if the effect of electric current occurs correctly, then electrical catalepsy can be used to study various aspects of the physiology and psychology of animals.

For example, electrical catalepsy can help researchers understand how an animal's brain responds to different stimuli, such as pain, fear or pleasure. This disorder can also be used to study the mechanisms of learning and memory in animals.

However, it must be remembered that the use of electrical catalepsy in animals is experimental and should only be carried out under the supervision of specialists. In addition, it is necessary to observe all safety precautions when working with electrical devices and electrodes to avoid possible injury and damage to animals.

Electrical catalepsy. Movement disorder. What is it and how does it arise?

Electrical catalepsy is a movement disorder in animals that occurs in veterinary practice and is caused by the experimental use of electrical impulses. It is characterized by persistent muscle immobility, which can occur suddenly or on command. In this case, the animal does not respond to sounds that are addressed to it, reflexes become dull and activity stops, including heart rate and breathing.

The origin of electrical catalepsy is closely related to the physical characteristics of the nervous system. It consists of the cranial nerves (CNS), which consist of nerves emerging from the brain and their cranial membrane.

When irritated by a certain type of electric current, for example high-frequency alternating current, a short-term muscle contraction occurs, which leads to a cataleptic effect - immobilization. As a result, the animal temporarily stops moving and is in a state of complete immobility and numbness. This condition can last for several minutes and sometimes hours.

During the experiment, animals typically receive weak pulses of current that stimulate specific nerve fibers, causing them to contract. The nerves are activated and transmit signals that affect the muscles, causing short-term tightness and tension. This process of instantaneous muscle contraction is the cause of the cataleptic reaction caused by electrical force. It can cause deep sleep and stupor, shut down breathing and cardiac activity, which helps to suspend the functioning of all body systems.