Clinical Experience of Matriderm(R) with Autologous Skin Graft in Full Thickness Burns

Kim, Dong Chul; Shin, Hee Su; Jung, Sung Gyun; Cha, Jong Hyun

Abstract

PURPOSE
The various skin substitutes for the reconstruction of full thickness skin defects after burn or excision of burn scars have been reported to reduce donor site morbidity and skin durability after skin graft. Last a decade, many skin substitutes have been frequently used for this purpose. Recently as one of dermal templates, Matriderm(R) (Dr. Suwelack Skin and Health Care AG, Billerbeck, Germany), a elastin-collagen complex, has been introduced. We present clinical experiences using Matriderm(R) for reconstruction of skin defects after burn.
METHODS
We have experienced 8 cases of reconstruction of the full thickness skin defects of the acute burn wounds or burn scar contractures using Matriderm(R) in 6 patients. After insetting this dermal templates on the skin defects sites, simultaneously 8~12/1000 inch split-thickness skin grafts were over-grafted immediately. The rate of graft engraftment, appearance, rate of contractures, durability and sensibility of grafted area have been observed.
RESULTS
The skin defects on face, hand, extremities were reconstructed and it's size were varied from 2x2 cm2 up to 8x2 cm2. The follow-ups varied between 4 months and 1.4 years. The rate of engraftment of Matriderm(R) site was mean 97.2% and it was relatively successful. The rates of contractures of graft site were ranged from 8 to 59.4%. In case of postburn scar contractures of lower lid, severe contractures was noted. After long follow ups, there were reduced sensation, no sweating on grafted area of Matriderm(R) sites. At post operative 6 weeks, on microscopic examination of H/E stain, thick fibrosis, fragmentation of foreign materials, and on Masson's trichrome stain, dermal sclerosis were shown, and no skin appendage structures was noted. After long follow ups, the appearance, pliability and durability of the grafted area showed relatively good. But sensory return was incomplete. By using relatively thin STSG, the morbidity of donor site could be reduced.
CONCLUSION
In the cases of reconstruction of postburn skin defects due to burn and after release of burn scar contractures, we have used a dermal templates, Matriderm(R), and simultaneously relatively thin STSG have been done. After follow ups, Matriderm(R) site showed in good results in terms of the engraftment, pliability and durability. Further studies for clinical use should be imperative.