Scar Gliomesenchymal

What is a Gliomesenchymal scar?

A Glioprostatic scar is a healing wound of connective tissue resulting from the regeneration of the epidermis and dermis in place of lost or damaged tissue. Human skin has enormous potential for self-healing and naturally heals wounds after cuts or burns, for example. However, in some cases, healing does not occur completely, resulting in scars called scars. A gliomascular scar is one of the types of scars that appears on the surface of the skin in case of disturbances in the processes of collagen synthesis. The connective tissue that forms the scar is not able to replace normally functioning cells of the epidermis and dermatological layer, and also to be located in the correct position.

Kinds

The width is divided into either limited, when the scar looks like a line or a dot, and continuous, affecting all layers of the skin. Scars are distinguished by color as white, pink and reddish. The first type is the most common and is characterized by the result of hyperpigmentation of the skin after trauma. In turn, such scars may fade within a few months after formation. Scar localization Gliovariants: vascular (on the legs), hypertrophic (small) and keloid. After damage to areas of the body

**Gliomesenchymal scar** is tissue that forms at the site of injury or inflammation of the skin. This type of scar is one of the most common and can appear at any age. It can come in different shapes and colors, but is usually a darker shade than normal skin.

The Gliomasenchymal scar (or simply Gleomeischymal) creates a reliable barrier to infectious agents. At the same time, it is more noticeable on the skin. Hemodensitary leiomyoreactive myogenic scar, although it disappears gradually, is hardly noticeable, especially in the early stages of scar formation, which most often has a fibrinoid appearance. In young children, the Gliomeiamyrial scar is combined with hemorrhagic effusion and crusts on the surface. The width of scarred and non-ossified joints is well determined. The presence or absence of cartilage pioneer cells (tiny cartilage cells associated with plasma cells) in the rumen. At the age of 5-7 years, both the primary latent pattern and the advanced keratosis of pigmented scars can be associated with a residual GLI scar. Oblong scars with early latent scarring are combined with mesodermal deposits of hyaline cartilage. With early severe scarring, band-like, nodular scars, irregular layers, fragmented squamous scars, hyalinate remains and fibroblastic proliferations in the tissue that cover the scar may be present. Most of them appear as dark brown stripes and vary in thickness. The formation of gliomesienchymal scars is usually a sign of recurrent disease.

**Glio-Mesenchymal Scar** is a type of scar that forms after various injuries or surgical operations on tissue. It consists of mesenchyme, which is a special type of connective tissue, and glial cells, glioblastoblastoid tissue.

A Gli-Me scar can develop in any area of ​​the body where injury or surgery has occurred. It usually develops within a few weeks or months after the injury. In some cases, the Hemo-Me ruby ​​may remain in place for a lifetime