Microesthesia

Microesthesia is a term used to describe the sensation of microscopic changes in the body. This may be due to various factors such as changes in temperature, pressure, humidity or light.

Microesthesia can be useful for people who have problems with vision or hearing, as well as for people with disabilities. For example, people with visual impairments can use microesthesia to determine the distance of objects, and people with hearing impairments can use it to identify sounds.

In addition, microesthesia can be used in medicine to diagnose various diseases. For example, when examining skin conditions, microesthesia can be used to determine the presence of microscopic lesions or infections.

Overall, microesthesia is an important tool for people with disabilities and can be used to improve quality of life.

Microesthesia is a concept in psychology that refers to the sensations of one’s own physicality and the sensitivity of individual parts of the body. This concept was introduced by German scientists in the second half of the 20th century. In a narrow sense, microaesthesia refers to such sensations that reach particular subtlety, extreme sensitivity and cannot be described in words. Most often, the concept of “microesthesia” is used as a general expression for all types of sensitivity affecting the functions and internal needs of the human body, as well as physical and emotional sensations, in the process of perceiving the effects of stimuli on individual parts of the body. In other words, microesthesias are the basis of psychophysiological states and are called microbathanaesthesias, and are essentially conditioned human reactions to a set of external stimuli that increase under complex operating conditions.

It has been established that the whole body, every organ is capable of perceiving any material. An important role in obtaining information is given to the analysis of the muscular-articular and mechanoreceptive apparatus. This sensation is called propriopetesis or muscular touch. These two organs allow the formation of verbal communication, physiological reactions in response to received stimuli, as well as modeling living conditions. How does this happen? Propriopesis is divided into high-frequency signals (relatively mechanical types of sensations) - auditory, pain, sound. There is also low-frequency perception - vestibular, tactile, olfactory, tactile, temperature, gustatory. All these sensations work together and can be referred to as “proprioception,” but at the same time they play a significant role. Of course, every person has his own individual abilities to react even to such a manifestation. But in most cases, the human body does not notice any special changes; the body practically does not react to external irritations outside the framework. Unlike normal human reactions when exposed to intense stimuli