… Elastin-based skin substitutes improve clinical outcomes in burn wounds when transplanted
beneath split-thickness skin … few decades is the development of elastin-based biomaterials. …

… development of skin substitutes in the last decade; however, no available skin substitute
fulfills criteria as a perfect replacement … collagen (types I, III, IV) and elastin.[8] [76] It can be …

… severe burn injuries is autologous skin grafting and the use of commercial dermal substitutes…
In the present study, the triple polymer scaffolds were designed to utilize the beneficial …

… In this review, we discuss skin replacement with cells, growth … , which enables the skin’s
strength, but there are also elastin (… they cannot be used in skin substitute development as a cell …

… or scarred skin in adulthood (ie, damaged skin from severe … cuts, burns, sun damage, or
aging) can result from the skin not … -based dermal substitute leads to the development of an …

… made of bovine collagen and elastin, which is combined … burn injuries, the recent development
of autologous self-assembled skin substitutes that allows the replacement of both dermis …

… the development of more effective bioengineered skin models … The components of the ECM
of the dermis (collagen elastin, … mid-dermal to indeterminate depth burn wounds that typically …

… This systematic review is designed to weigh the efficacy of skin substitutes compared to
standard … Glyaderm® and other skin substitutes lies in the effort to combine elastin into collagen …

… function of skin; however, after significant skin injury (burns) … Other biomaterials used were
collagen and elastin 56 but, in … Development of human cultured dermal substitutes (CDSs) is …

… chronic wounds, substituting the damaged tissue with artificially assembled biomolecules
offer an interactive milieu. This study reports development … elastin as compared to native skin. …