Bekhterev-Mendel Reflex

Bekhterev-Mendelian reflex (BMR) is one of the most famous and significant reflexes in human physiology. This reflex was discovered and described by two outstanding scientists - Vladimir Mikhailovich Bekhterev and Karl Mendel.

The history of the discovery of the BIS begins with the work of Vladimir Mikhailovich Bekhterev, who in 1867 published his famous article “On the connection between mental phenomena and reflexes of the spinal cord.” In this work he described a reflex that is now known as the Bekhterev–Mendelian reflex.

In 1909, Karl Mendel, a German neurologist, discovered a similar reflex in his laboratory. He named it the “Mendel-Bechterew reflex” in honor of the scientists who first described this reflex. This reflex is also known as the “Bechterev reflex”.

Ankylosing spondylitis-Mendelian reflex is a mechanism that allows a person to maintain balance and coordination of movements under various conditions. For example, when walking or running, a person uses his legs to maintain balance and also to control the direction of his movement.

The BMR is an important reflex for humans, as it helps us maintain stability when moving and prevents falls. In addition, this reflex plays an important role in learning and developing motor skills.

It is important to note that BMR can be impaired in various diseases, such as Parkinson's disease or multiple sclerosis. In such cases, disruption of this reflex can lead to serious problems with balance and coordination of movements.

Thus, the BMR is an important component of our physical and mental activity. Its study helps to better understand the mechanisms of our body and can be used to diagnose and treat various diseases.

Ankylosing spondylitis-Mendelian reflex is a reflex behavior phenomenon that is observed in people with the autoimmune disease chronic arthritis (known as Bechtet's disease), as well as in members of the Mendelian family. This is unusual because reflexes are usually controlled by the brain and nervous system, which are controlled by the circulatory system. However, in people with chronic arthritis