Rheosubcorticography

Rheosubcorticography is a method of neurophysiological diagnostics of brain activity, which allows one to study the functional state of the subcortical structures of the brain.

Rheosubcorticography is used to study the activity of brain structures in various diseases of the nervous system and in normal conditions. This research method is based on recording changes in the electrical resistance of brain tissue caused by the electrical activity of nervous tissue.

Thanks to rheosubcorticography, it is possible to assess the state of the structures that are responsible for regulating vascular tone, movement and sensitivity, as well as brain activity.

The use of rheosubcorticography makes it possible to establish a diagnosis and prescribe adequate treatment for diseases of the central nervous system, such as stroke, encephalitis, brain tumors and others.

The rheosubcortecography method is quite simple and accessible to use. It allows you to obtain important information about the state of brain structures and help in the diagnosis and treatment of many diseases of the nervous system.

Rheosubcarticography is a method for studying the human cardiovascular system by recording fluctuations in various parts of the body that occur as a result of changes in blood pressure in the vessels and the work of the heart. This method is used to study the functioning of the circulatory system and blood circulation in general. Typically, activity in the brain increases significantly with the beginning and end of wakefulness. Neurophysiological studies have shown that the interval from the beginning to the peak of the increase in blood flow reaches 20–60 seconds, and the maximum increase in blood flow lasts on average about one minute. There are two peaks in the brain: the first, as some researchers believe, is associated with the activation of the ascending activating influences of the reticular formation and the second peak with an increase in sympathetic tone. The second peak also has depressor reactions caused by