What is a nail plate?

The

nail plate is part of the finger or nail nail, which at the end of each digit forms a hard protective layer. It is made of keratin and grows from the base, on the root of the nail, towards the end of the finger or tip. The unit means the land of the cully, the Jeam is a shutdown on the living tissue on the sides and grows through the living tissue of the nail bed below it. People and other primates have nail plates, while other animals often have similar structures such as claws or hooves that grow in the same way and consist of the same material.

The nail plate stretches from the root of the nail in the middle of the last joint of each digit towards the tip of the digit. The root of the nail is made up of a fold in the skin and from there the cells are applied to the nail plate. Nails can be grown if they are pulled if nail beds are not damaged. In humans, it takes about four weeks to support the nail from bed to the tip of the digits.

cells in the nail plate are transparent in the part of the nail that stretches through the living tissue of the nail,But whitening in a part of the nail that stretches behind the bed. The apparent color of the nail comes from the tissue in the bed below it. The nail plate and bed are not attached, allowing the nail to grow over this surface from the nail to the tip of the finger or tip.

The ridges on the underside of the nail hold it in place and prevent it from slipping. These combs form a free connection between the nail plate and the nail bed. Also, the charging plate is not attached to the hips or toe or toes, even if they create folds of the skin around these edges to prevent microbes from entering the body through the spaces around the nails.

The primary material in the nail plate is known as keratin. This material is a type of protein that contains mjakoli fiber, which is strong and durable. It is also a primary part of hair, fur and outer layer of the skin in all animals. Ceratinized cells or are filled with long sources of keratin will cease to metabolize. Any cell that has completed this process no longer lives, IWhen it can still serve a valuable purpose in the body.