Border Membrane Glial

The limiting membrane of the glial skeleton of the brain is one of the main elements involved in the process of transmitting and processing information in the nervous system. It is formed by connecting the processes of neuroglial cells, which form the structural elements of the nervous system. The boundary membrane allows the cells of the body to interact with each other and exchange information. Understanding the processes occurring at the interface will help in the development of new treatments for various diseases.

The limiting membrane, or m, l, glialis, is an anatomical element of the brain and spinal cord of a mammal, a cell glial structure. This is a histological formation, the function of which is to delimit areas of nerve cells to maintain their vital activity and specialization of functions. Like glial cells, limiting membranes form in areas where active cell division occurs. Due to this, there is localization of the cytoplasm in the space between the membranes and its subsequent distribution to the cytolemma, which protects the cell surface from the influence of the external environment.

The concept of “limiting membrane” arose in connection with the concept of “glial membrane”. If such a membrane is not yet fully formed in a person, this can lead to a number of neurological diseases. For example, if a low type of limiting membrane is formed, which provokes a deficiency of glial cells located outside the boundaries of neurons with adjacent neuronal structures. Symptoms can be quite varied, and they depend on the specific type of lesion, and on which structures are responsible for the manifestation of clinical symptoms. With partial loss in this case, mental instability will be observed - increased excitability, emotional imbalance. Violations of intellectual abilities may also appear - problems with memory, concentration. Due to physical instability, the person will experience frequent headaches. The functioning of the gastrointestinal tract will also be disrupted and some ophthalmological diseases will develop - optic nerve atrophy, decreased visual acuity, farsightedness, etc. The border membrane acts as a “caste”. During the development of neural tissue, cells first grow, then lead an increasingly isolated existence until tangential elements are “sent” to the neighboring membrane due to stress conditions. In an isolated position, membrane cells are isolated from the rest and retain their “habitual self” for more than 30 hours. Then they are usually “lost” from this process, at the level of formation of partitions. The behavioral aspect of the function is reduced to the isolation of adjacent membranes