hair matrix

Pilomatricoma is a benign skin tumor that is associated with the hair matrix.

Sodium hydroxide formed at the cathode by the process of chemical electrolysis kills the hair matrix cells.

Cell division in the hair matrix produces the cells that form the major structures of the hair fiber and the inner root sheath.

The hair matrix produces the actual hair shaft as well as the inner and outer root sheaths.

All three methods, when properly performed, can be thorough at destroying the hair matrix cells, and leaving follicles incapable of regrowing hair.

Around the papilla is the hair matrix, a collection of epithelial cells often interspersed with the pigment-producing cells, melanocytes.

The strongest levels of expressed BMP4 are found within the medulla, hair shaft cells, distal hair matrix, and potential precursors of the cuticle.

The probe is inserted to the depth of the dermal papilla or hair matrix, which is the site of formation of hair from highly mitotic and keratinized cells.

Malignant pilomatricoma (also known as a "Pilomatrical carcinoma," and "Pilomatrix carcinoma") is a cutaneous condition characterized by a locally aggressive tumor composed of hair matrix cells.

The two main methods which BMP4 inhibit expression of hair is though restricting growth factor expression in the hair matrix and antagonism between growth and differentiation signaling.

Pilomatricoma, also known as a calcifying epithelioma of Malherbe, Malherbe calcifying epithelioma, and Pilomatrixoma, is a benign skin tumor derived from the hair matrix.

Pili multigemini is a malformation characterized by the presence of bifurcated or multiple divided hair matrices and papillae, giving rise to the formation of multiple hair shafts within the individual follicles.

The hair matrix epithelium is one of the fastest-growing cell areas in the human body, which is why some forms of chemotherapy which kill dividing cells or radiotherapy may lead to temporary hair loss.

Pure hair-nail type ectodermal dysplasia is a genetic mutation in the "hair matrix and cuticle keratin KRTHB5 gene" that causes ectodermal dysplasia of hair and nail type.