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Hair transplantation in the form of follicular units constitutes the cornerstone of hair-replacement surgery. Harvesting follicular units directly from the donor area by using punches is described as follicular unit extraction (FUE) technique, and it eliminates the need for excision of a hair-bearing strip. In this article, we presented our surgical approach for hair transplantation, which is based on performing follicular extraction in 2 phases: follicular unit isolation and follicular unit collection, and discussed some technical details of FUE and some advantages and disadvantages of this approach. We transplanted an average of 1651 follicular units in 1 day, 2610 follicular units in 2 days, and 3200 follicular units in 3 days.

To increase the survival of proximally pedicled venous island flaps, which are known to be safe only when small, we used surgical and chemical delaying procedures both individually and in combination for 7, 14, and 21 days. Survival was 1% in those flaps designated as controls, in which there was neither surgical nor chemical delay. However, it was 3%, 31%, and 68% at 7, 14, and 21 days, respectively, when surgical delay was used and 16%, 56%, and 86%, at 7, 14, and 21 days, respectively, when chemical delay was used. Survival was 32%, 84%, and 87%, at 7, 14, and 21 days when both chemical and surgical delays were used. We conclude that chemical delay is more effective than surgical delay in increasing survival of proximally pedicled venous island flaps, but the use of combined chemical and surgical delay may reduce the time required for delay.

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Numerous chemical agents are used in the topical treatment of warts. Monochloroacetic acid (MCAA) is one of these agents, which is used in low or high concentrations in most European countries. MCAA is a strong organic acid which is irritating and corrosive to the skin and has a high systemic toxicity. In addition to wart treatment, it is used for industrial purposes, such as the synthesis of certain organic chemicals. We present a case of joint deformity manifesting after the use of a preparation containing MCAA for topical wart treatment. This underlines the need to reassess the safety of MCAA use for topical wart treatment.

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Capsular contracture is the most common complication of breast augmentation. Oxidized regenerated cellulose can be used as a matrix for drug transport. Colchicine is an antimitotic drug that interferes with various steps of wound healing. The aim of this study was to evaluate the effects of oxidized regenerated cellulose alone or in combination with colchicine on capsular contracture. Twenty-one adult female Wistar-Albino rats were divided into 3 groups. In group 1 silicone blocks only, in group 2 oxidized regenerated cellulose-wrapped silicone blocks, and in group 3 colchicine-impregnated oxidized regenerated cellulose-wrapped silicone blocks were inserted in the dorsal region. Four weeks later, implants were removed and histopathological examination was performed. Capsular thickness, inflammatory infiltrate degree, collagen fiber organization, and myofibroblast density were evaluated. Macroscopic examination revealed a distinct capsule formation only in group 1 animals, with average measurement being 134.65 µm on histopathological examination. In groups 2 and 3 animals, no distinct capsule formation was seen. Inflammatory infiltrate degree was found to be less in groups 2 and 3 animals than in group 1 animals. Collagen fiber organization around the implants was found to be parallel and organized in group 1 animals, whereas it was random and disorganized in animals in both groups 2 and 3. High myofibroblast density was observed in animals in groups 1 and 2, while no myofibroblast was found in animals in group 3. The results of our study suggest that coating silicone implants with oxidized regenerated cellulose or with colchicine-impregnated oxidized regenerated cellulose may be effective in preventing capsular contracture.