The phrase "artificial dermal" is correct and usable in written English.
It can be used in contexts related to medical or cosmetic applications, particularly when discussing synthetic skin or skin-like materials.
Example: "The surgeon used an artificial dermal graft to promote healing in the patient's wound."
Alternatives: "synthetic skin" or "man-made dermis".
For such reasons, several defiant attempts had been suggested including artificial dermal materials with STSGs.
This artificial "dermal layer" needs to adhere to and integrate with the wound, which is not always successful for the current artificial dermal analogues available.
The high cost of these artificial dermal analogues also makes their application prohibitive both to surgeons and patients.
Artificial dermal substitute could sometimes permit to replace the homograft and to improve the cosmetic results of the grafts by a better reconstitution of skin.
Leonardi et al. [ 7] utilized bone marrow derived stem cells in artificial dermal substitutes to promote wound healing.
Integra® is an artificial dermal substitute developed in the late 1970s to achieve early wound coverage after excision of extensive burn injuries [ 1].
Subsequently an artificial graft with a dermal substitute (INTEGRA ® Dermal Regeneration Template, SIAD) fixed by NPWT was performed.
Dermal Regeneration Template is an artificial dermis manufactured as a synthetic bilaminate (Integra Double Layer) composed of a bovine collagen lattice covalently linked to chondroitin-6-sulfate and covered with a synthetic polysiloxane polymer (silicone) epidermis [ 22].
Most importantly, laminin 5 staining revealed that, just as in normal human skin, a basal lamina was generated to physiologically connect the epidermal to the dermal portion of the artificial skin (lowest panel, Figures 1a and b).
To support the newly built lacrimal duct, we used an artificial material, Heal-all Oral Biofilm (allograft acellular dermal matrix), a kind of dermal tissue with acellular disposal.
The permeation of three drugs from solid lipid nanoparticles (SLN) was assessed using artificial skin construct (ASC) bio-engineered from human dermal fibroblast (HDF) and keratinocytes of HaCaT cell line (human adult keratinocytes, low calcium condition, elevated temperature).
