Regeneration of full-thickness wounds using collagen split grafts

Journal of Biomedical Materials Research
M J van LuynP B van Wachem

Abstract

Collagen-based skin substitutes are among the most promising materials to improve regeneration of full-thickness wounds. However, additional meshed grafts or cultured epidermal grafts are still required to create epidermal regeneration. To avoid this, we substituted collagen-based split grafts, i.e., grafts with a separated top and bottom layer, in a rat full-thickness wound model and compared regeneration with nontreated, open control wounds. We hypothesized that epidermal regeneration would occur in the split in between the two layers, with the top layer functioning as a clot/scab and the bottom layer as a dermal substitute. Two types of dermal sheep collagen (DSC) split grafts were tested: one with a top layer of noncrosslinked DSC (NDSC) and bottom layer of hexamethylenediisocyanate crosslinked DSC (HDSC), further called N/HDSC; and the second with both a top and bottom layer of HDSC (H/HDSC). With the N/HDSC split graft NDSC did not function as a sponge for formed exudate and as a consequence the split was not longer available to facilitate epidermal regeneration. In contrast, with the H/HDSC graft the split facilitated proliferation and differentiation of the epidermal cells in the proper way. With this graft, clot format...Continue Reading

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Citations

Jun 6, 2000·Advanced Drug Delivery Reviews·A G MikosJ E Babensee
Oct 6, 2005·Journal of Cellular and Molecular Medicine·Raymund E HorchAlexander D Bach
Nov 15, 2000·Journal of Biomedical Materials Research·V Charulatha, A Rajaram
Dec 1, 2001·British Journal of Plastic Surgery·R D PriceH A Navsaria

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