Strip of Inner Granular Plate

The internal granular plate (lamina granularis interna) is one of the main components of the middle layer of the cerebral cortex. It consists of many small grains that perform an important function in the transmission of nerve impulses between neurons.

The internal granular lamina has two main stripes - the internal granular lamina stripe and the Baillarger stripe. The stripe of the inner granular lamina is located in the center of the lamina and consists of a large number of small grains. This strip ensures the transmission of nerve impulses from one neuron to another.

The Baillarger stripe is located on the periphery of the plate and also consists of many small grains. It plays an important role in providing communication between the internal granular plate and other brain structures.

Thus, the strip of the internal granular plate is an important part of the middle layer of the cerebral cortex, which ensures the transmission of nerve impulses between neurons and plays an important role in the functioning of the brain as a whole.

The strip of internal granular plastic is one of the layers of the epidermis of human skin. This is a line of multiple small plates that are located in the skin and are located inside the folds of the skin. This fold is called the plantar line. It contains many connections between the three layers of the epidermis, thanks to which the skin is able to perform the functions of protection, shock absorption and temperature management.

The internal granular plate makes up approximately 25-30% of the skin thickness. The outer layer consists of melanin, which is responsible for body color. The second layer, the innermost layer, consists of fibroblasts, cells that produce collagen and elastin, important substances responsible for the structure and maintenance of the skin itself. Elastin provides plasticity and elasticity to the skin, while collagen makes it firm and resilient.

The outer surface of the inner granular plate is covered with a small amount of keratin based on yeast cells. The internal structures of the plate are dominated by cells of fibroblastic origin, which are the main source of collagen, elastin and glycosaminoglycan - important components of the skin. Together, these factors make the inner granular plate capable of binding water