Übersetzung für "Hornzellen" in Englisch

They break down cell bonds and thus remove superficial horny cells.

This is surrounded by a cuticula consisting of horny cells, which resemble roof tiles.

Flavors of dandruff consist of clusters of dead horn cells, detached from the skin surface.

The dead horny cells are the "bricks" in this picture.

Keratinocytes are horn cells which possess a cell nucleus and which produce keratic material, or keratin.

Here, top skin cells are continually being formed and these move outwards to form horny cells.

The skin releases (exfoliates) up to 14 grams of dead horn cells every day.

The natural light callosity forms as a consequence of excessive sun exposure through increased on-the-skin-sticking horn cells.

It is known that numerous diseases of the skin, i.a., are also caused by cornification disorders of the skin, which come about by increased formation and/or a reduced desquamation of horn cells.

In this model, the corneocytes (horn cells) are the bricks and the complex lipid membrane in the intercellular spaces is the mortar.

The hair is composed of horn cells which are arranged in a medullary and cortical layer and are covered by a cuticle.

In this model, the horny cells (corneocytes) correspond to the bricks, and the lipid membrane in the intercellular spaces, which is of complex composition, corresponds to the mortar.

Dandruff occurs due to the increased detachment of keratinous cells that are normally not visible to the naked eye.

Ceramides are special kinds of lipids that bind together the cells in the outermost layer of the skin thus preventing an excessive loss of water and the intrusion of irritants, allergens and microbes.

The hair follicle shrinks substantially, the hair shaft grows no more since it no longer receives a supply of horn cells.

The human skin contains ceramides above all in the "mortar substance" between the dead horny cells of the stratum corneum, e. g. in the surface layer of the skin.

By “Chemical Peeling” exfoliation of the horn cells is achieved (keratolysis) which stimulates an epidermal and dermal regeneration.

Here, the term wound cleansing includes both the removal of external bodies and/or particles, thus substances not formed by the body itself, but also the debridement, thus the process of preparing the wound base, in which substances and/or human material formed by the body itself are removed from the skin and/or from the wound, such as excess fluids, fibrin coatings, dead tissue of the epidermis, such as excess keratin material or dead keratinocytes and/or coatings of dead tissue (necroses).

Furthermore, serine proteases having a pH optimum of 7 are involved in the desquamation (exfoliation) of the horn cells.

The dandruff is in this case formed by excessive production of keratinocytes, triggered by tiny centres of inflammation of the scalp, whose cause is, for example, increased microbial colonisation by fungi (such as Malassezia furfur or Malassezia globosa) or bacteria.

Ionic surfactants, decylmethyl sulfoxide, DMSO or urea loosen up the solid protein structure in the horny cells and the diffusion coefficient increases.

The keratinocytes that reach the surface of the skin are not sufficiently shed by the body and subsequently remain on the skin as yellowish to silvery scales.

The cornification culminates in the stratum granulosum (granular layer) where the cells die and mutate into corneocytes (horny cells).

On their way to the surface of the skin they mature and change their shape before they reach the stratum disjunctum as dead corneal cells (corneocytes) after about 28 days and are shed off through desquamation.