Granular Lamina Inner

The internal granular plate is a thin and durable membrane that is located inside an organ or tissue. It plays an important role in regulating the permeability of cell membranes, as well as in the transmission of signals between cells and tissues.

The internal granular plate is formed from special proteins called granules, which are contained in neuroglial cells. Depending on the type of neuron, they may have different numbers and distributions of these granules. The granules mediate the transport of various chemicals, such as hormones, neurotransmitters, and ions, between neurons and glial cells.

On the outside, molecules of regulatory proteins are attached to the membrane of the internal granular plate, which control the movement of granules and their contents. This allows neurons, glial cells, and other cells to regulate their functions in response to changes in external and internal signals.

The outer membrane granularity is disrupted in case of intoxication, which leads to disruption of the nervous system, since disturbances in the internal structure of the nervous tissue cause a disruption in the transmission of nerve impulses. Internal graining can also be disrupted by diseases of the nervous system and brain injuries.

In medical practice, this phenomenon is usually associated with brain injuries, as a result of which the integrity and functional state of connections between nerve cells is disrupted.

The lamina granulosa (LP) is a term used in medicine to refer to the structure that lies inside the inner lining of the stomach. This structure plays an important role in protecting the stomach from aggressive acids and other factors that can damage its walls.

The stomach is a layer of cells called epithelium that lines the inside of the stomach. This layer is made up of many small cells called epithelial cells, which form a series of granular layers. Each layer has its own function and performs specific tasks.

The first layer is the stratum basale, which is the deepest layer and contains cells called basal cells. They are responsible for attaching the epithelium to the muscular layer of the stomach, as well as for the production of mucus, which protects the stomach from an aggressive environment.

The next layer is the columnar layer, which is made up of columnar cells. These cells have larger nuclei and longer cytoplasms than basal cells. Columnar cells produce mucus and protect the stomach from aggressive factors.

The last layer is the superficial layer, which contains cells called superficial cells. These cells not only protect the stomach, but are also involved in digestion and enzyme production.

Overall, the lamina granulosa is an important element of the inner lining of the stomach and plays a key role in maintaining its health.