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Wound healing in a degloving injury can be compromised due to mechanical compression, increased length-to-width ratio, and time to treatment. Chronic steroid use is also a known risk factor for poor wound healing in wounds of any type. We report the first known case of hyperbaric oxygen therapy and Apligraf, a living bilayer skin substitute, for non-operative salvage of a traumatic degloving injury in 70-year-old female on chronic steroids for sarcoidosis. [ABSTRACT FROM AUTHOR]

Objective: Acute burns suffered from contact with environmentally heated roadways and walkways are a rare entity. The aim of this report is to assess the information gained from the treatment of a series of patients. Method: A retrospective review of a consecutive series of cases, where operative treatment was necessary, that occurred during July 2010 in southern Arizona. Results: Seven patients were included, with an average total body surface area burn of 10.2%. Direct fascial excision and tangential excision were carried out on three and four patients, respectively. Although tangential excision was carried out to normal endpoints, there was commonly a need for repetitive debridement. The total hospital costs were over $4,400,000 (£2,730,000). Conclusion: Burns suffered from contact with roadways/walkways are often deeper than suggested by their appearance. Direct fascial excision minimises the number of debridement sessions. We hypothesise that the failure to offload pressure on these wounds may be a causative factor in their observed deepening. [ABSTRACT FROM AUTHOR]