Pixel Grafting: A Novel Skin Graft Expansion Technique.

Skin grafting is the transplantation of skin, a routinely performed procedure to cover the loss of skin. Skin is the largest organ of the body, which falls short of availability in extensive injuries, especially burns. In such a situation, pixel grafting, a novel expansion technique helps to cover a large area with less skin harvest. The objective of the study was to test fast, minimally invasive, easy to use minced split-thickness skin graft to cover large wounds and to reflect on the advantages of pixel graft. It is a pilot study of patients admitted with severe burns. We conclude that with this technique of pixel or minced grafting, large areas can be grafted with minimal donor-site requirement, and the techniques of preparation provide adequate size graft for pixel grafting.

Innovative Cost-Effective Application of Donut Dressing in Skin Grafting.

One of the measures for the successful take of a skin graft is the prevention of friction, especially in cases of pressure ulcers in patients with head injury leading to altered sensorium. With existing measures such as the use of a pressure-relieving bed, frequent change of position, etc graft loss is common. Some additional measures are required. This study highlights the role of a donut-shaped ring dressing to protect the skin graft from friction.

Cadaveric Bilateral Proximal Forearm Allotransplantation.

Until, sometime ago, microsurgery meant mainly covering a defect or replanting severed parts back to where they belong. Now, restoration of original function and aesthetic consideration is a must in planning reconstructive procedure. Hand transplant combines hand surgery and microsurgery with complex multidisciplinary care.At the anniversary of our first cadaveric bilateral proximal forearm transplantation done in the country's government institute, we would like to share our experience in performing the surgery, outcomes so far, complications, and lessons learned, to contribute to the growing knowledge of vascularized composite allotransplant.

Effectiveness of Fibrin Glue in Adherence of Skin Graft.

BACKGROUND: Graft fixation is important for graft take. Fibrin glue has been proposed as an ideal material, because of its human origin and it provides firm adhesion in seconds or minutes. OBJECTIVE: To evaluate the efficiency of fibrin glue, in increasing the take of skin graft. Assessment includes surgical time taken for graft fixation, haematoma/seroma formation, engraftment and wound closure by day 14. METHODS: The study is an observational prospective study conducted in the Department of Plastic Surgery, Jawaharlal Institute of Postgraduate Medical Education and Research, Puducherry, from January 2016 to June 2016. Sixteen patients who underwent split skin grafting were assessed during the study period. Fibrin glue was used on the recipient bed before grafting. RESULTS: Better haemostasis and graft adhesion, with a significant reduction of surgical time, were noted. CONCLUSION: The safety profile of fibrin glue was excellent as indicated by the lack of any related serious adverse experiences. These findings demonstrate that it is safe and effective for attachment of skin grafts, with outcomes at least as good as conventional methods.