PROCESS FOR OBTAINING A FUNCTIONAL DERMAL SUBSTITUTE OF DECELLURIZED AMNIOTIC MEMBRANE FROM THE PLACENTA COMBINATION WITH KERATINOCYTES AND ITS USE AS AN AGENT FOR TISSUE REGENERATION OF THE SKIN
This invention provides a process of obtaining a functional dermal substitute from decellularized amniotic membrane from placenta in combination with mammalian keratinocytes and its use as a tissue regeneration agent of skin, which the process for the generation of an artificial skin graft in the laboratory using specialized techniques in biotechnology such as the mammalian cells culture, preferably human, in which keratinocytes are cultured in aseptic conditions that form part of the epidermal layer of the skin, which are combined with a mesh rich in collagen which is obtained from cells that compose the structure of the skin in combination with the amniotic membrane of the placenta to generate two layers that can be used in burn patients or with skin lesions. Additionally, this technology considerably reduces the cost of treatment compared to the cost of current methods such as skin graft treatments (autografts or allograft) and the result of this process is a prompt cellular reorganization, remodeling, and re-epithelization of the wound resulting in the formation of new skin tissue and avoiding the formation of fibrotic tissue that results from contraction muscle.
