Circumcision is probably one of the first plastic surgery operations that has been used for centuries. The aim of this study was to apply the bilamellar tissue (skin and mucosa) obtained from circumcision to various defects and to evaluate the clinical results. During the last 2 years, 19 patients have been operated, and the skin and mucosal grafts were applied individually or simultaneously. The etiology was trauma for the whole series of patients (12 burns and 7 strap injuries). In 15 patients the defect was localized to the hand whereas in 4 patients it was located on the dorsum of the foot. In 10 patients, mucosa and skin graft were applied to the same defect as a single, compact layer. In 9 patients, skin and mucosa were applied separately to multiple defects. Using these methods, comparative evaluation of the consequences of prepuce mucosal and skin graft applications could be made. Four obvious differences were observed: (1) in mucosal grafts, early graft edema that resolves spontaneously after 48 hours; (2) better adaptation of the mucosal grafts to the recipient bed; (3) hyperpigmentation in both graft types, but the skin part was slightly darker than the mucosa; and (4) less secondary contraction was seen in mucosal grafts. The results were evaluated in light of the authors' knowledge of the prepuce as an alternative full-thickness donor site. The relative differences in the dual anatomic structure of mucosa and skin, and the role of circumcision as a medical, cultural, and religious application in some societies are discussed.
A case report of aplasia cutis congenita of the vertex of the scalp associated with symbrachydactyly of both feet is presented. The Adams-Oliver syndrome, which is also known as Type 2 aplasia cutis congenita, is aplasia cutis congenita of the midline scalp seen together with congenital limb anomalies. Although various limb anomalies linked to aplasia cutis congenita have been described in the literature, we were not able to find any report of bilateral symbrachydactyly of the feet related to aplasia cutis congenita. Thus, this case seems to represent an unreported form of the AdamsOliver syndrome. Etiology, associated anomalies, treatment and complications of Adams-Oliver syndrome are reviewed.
The aim of this study was to investigate the unique histologic structure of the normal human prepuce, paying particular attention to the resemblance and dissimilarities between the inner (ie, mucosa) and outer (ie, skin) layers. Histologic sections were stained using hematoxylin-eosin and Van Gieson stains. Transmission electron microscopy was used to evaluate the ultrastructure. Dense capillary networks can be observed in both the upper and lower dermal zones. The dermis lacks a dense collagenous zone. Melanocytes could not be observed in the mucosa. Elastin fibers and bundles were very abundant and dense. Early edema formation can be explained by the loose character of the dermal structure. Better graft "take" in mucosal grafts may be the result of the dense vascular dermal network. Mild hyperpigmentation can be explained by the limited number of melanocytes. However, this can also be observed in mucosal grafts, despite the absence of melanocytes. This may be solely the result of inflammatory hyperpigmentation, which can be seen in skin grafts. The abundance of elastin fibers in the prepuce may be the reason behind the superior wound contraction inhibition.
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