The aim of this study was to prove the effectiveness of MatriDerm(®) combined with skin grafting versus skin grafting alone in post-traumatic wounds treatment. At the Department of Plastic and Reconstructive Surgery of the University of Rome Tor Vergata, we treated 60 patients: 30 patients with dermal substitutes (MatriDerm(®)) combined with autologous skin graft and 30 with skin graft alone. Two weeks after the first treatment, 95% of wounds treated with MatriDerm(®) and skin graft showed a re-epithelisation, whereas it was 75-80% in the control group. We used the Manchester Scar Scale (MSS) and patient's self-estimation scale to assess the outcomes. Mann-Whitney U test was performed for the five items of the MSS and the results were combined to those of patient's self-estimation scale and the re-epithelialisation percentage to test the significance between the two groups. These data confirm the evidence of the clinical use of MatriDerm(®) technology in the healing of soft tissue wounds and prove the effectiveness of combining MatriDerm(®) and skin grafting for the first time. Furthermore, we observed a percentage reduction of wound contraction and in the same time an improvement of elasticity, quality of scars tissue and dermal architecture.

Management of complex abdominal defects remains a significant challenge for many surgeons, especially in contaminated fields. Currently, available biosynthetic grafts include human cadaveric dermis (AlloDerm), porcine dermal (Permacol and Strattice), and submucosal (Surgisis) sources. All these grafts are composed of an acellular collagen scaffold to provide a bridge for tissue incorporation and neovascularization. The authors describe a case report of a woman who required dual mesh explantation and successive reparative surgery using a porcine dermal matrix for a complex and infected abdominal wound. Twelve months postdischarge the patient remains well, she is pain free, and she returned home to full activities with complete wound closure and without any evidence of residual or recurrent hernia. The patient was satisfied with her cosmetic results. In conclusion, the authors' experience shows that the use of Permacol, a porcine dermal matrix, has been successful in treating an infected abdomen and a vast abdominal wall defect.

The aim of our case report was to analyse the results obtained with the Matriderm system and autologous skin grafting for the surgical treatment of diabetic ulcers. We recruited one patient with diabetic ulcers admitted at the Department of Plastic and Reconstructive Surgery, University of Rome 'Tor Vergata'. The patient underwent Matriderm system and autologous skin grafting for diabetic ulcer treatment. After just a single treatment, we obtained reduction in ulcer after 15 days from the surgical treatment. We achieved a reduction in pain and exudate secretion of the ulcer. We noticed an almost complete restoration of the missing volume and good quality of skin. Matriderm system and autologous skin grafting is a simple, safe and feasible technique. This method, when compared with other methods of treatment, is simple, cheap, less time consuming and does not require sophisticated laboratory facilities.

Platelet rich plasma was used as an autologous scaffold for cellular growth, in combination with hyaluronic acid as a temporary dermal substitute. This aided healing of acute and chronic open wounds of the foot and ankle.

The tarsal belt seems to be effective to correct the horizontal and vertical instability of the lid. The suture supports the lower eyelid along the entire tarsal plate length and corrects the outward buckling of the tarsal plate.