XPS(R) Microresector for Treatment of Axillary

PURPOSE: Surgical excision of the subcutaneous tissues, with or without skin excision in the axillary hair-bearing area, has been the treatment of choice in treating osmidrosis for several decades. However, long periods of postoperative immobilization of a shoulder joint, partial necrosis of skin flaps or the possibility of hematoma and scars have occurred frequently. So we used XPS(R) microresector(Shaver) in procedure which requires removal of soft tissue for comparing results between surgical excision and the laters. METHODS: From January 2007 to February 2008, a total of 20 patients(8 male and 12 female) underwent XPS(R) microresector(Shaver) assisted aspiration for treating osmidrosis. The mean age of the subjects was 21.9, and we tried to analyze some advantages of XPS(R) microresector(Shaver). RESULTS: The average operation time was 61.6 minutes. This results can show that the patients who received XPS(R) microresector(Shaver) assisted aspiration can accomplish better outcomes than any other procedures in terms of operation time at least. Moreover, no significant postoperative complications occurred in our studies. Subjects have been followed up from 2 months to 1 year and among these patients, no one suffered from critical complications. CONCLUSION: In brief, XPS(R) microresector(Shaver) is able to shorten the time of operation and simplify the procedures relatively and this device has more superiorities in wound healing by maintaining of vascularized dermal skin flaps. It means that XPS(R) microresector (Shaver) can prevent flap necrosis, axillary hair loss and minimalize scarring and bleeding. Thus, we expect that these advantages can lead to better patient's comfort and self-confidence than several previous procedures.

Consideration of Necrotizing Fasciitis

PURPOSE: A necrotizing fasciitis is a rare, but insidiously advancing fatal soft tissue infection characterized by extensive fascial necrosis. Diagnosis & treatment of this disease are difficult. Necrotizing fasciitis tend to begin with constitutional symptoms of fever and chills. Quite a many lab studies and imaging studies such as standard radiography, computerized tomography can be used, but nothing can confine the extent of affected tissue. Aggressive surgical interventions are often required because of large skin and soft tissue deformity. However, many patients with necrotizing fasciitis are not healthy enough to overcome aggressive surgical intervention. METHODS: Since 2000, we treated 10 patients with necrotizing fasciitis. In 4 patients, we used magnetic resonance imaging(MRI) as a tool for diagnosis as soon as necrotizing fascitiis was doubted. We treated patients with delayed coverage with Alloderm(R) & split thickness skin graft or delayed wound closure in as many cases as possible. RESULTS: In 4 patients using preoperative MRI, diagnosis could be made in earlier stage of the disease compared to other patients. Our treatment modality was debridement and coverage with Alloderm(R) & split thickness skin graft. We could reconstruct deformities without significant limitation of movement in 7 cases. CONCLUSION: We diagnosed and treated 10 necrotizing fasciitis with MRI and Alloderm(R) graft, and results were good.