Analysis of Octyl-2-Cyanoacrylate as a Dressing Material after Pediatric Urological Procedures

PURPOSE: We aimed to evaluate the efficacy of Octyl-2-cyanoacrylate (Dermabond(TM)) as a topical skin adhesive for pediatric urologic open surgery. METHODS: From August 2010 to August 2011, we retrospectively evaluated pediatric patients who underwent urologic open surgery at our institution. A total of 128 pediatric patients with 210 incisions used Dermabond(TM) for skin closure. RESULTS: We divided the 128 patients into 3 groups according to type of surgery. Group 1 underwent hydrocelectomy (55 cases, 41.3%), Group 2 underwent orchiopexy (43 cases, 32.3%), Group 3 underwent penoplasty (35 cases, 26.4%). One hundred and twenty eight patients who underwent 133 surgeries in total, with a total of 210 incisions visited our outpatient department postoperatively, and a total of 5 wound complications (2.3%) occurred, but were simple inflammations and no dehiscence was observed. When analyzed according to groups, no wound problems occurred in Group 1 (0/55, 0%), one occurred in Group 2 (1/43, 2.3%) and four cases occurred in Group 3 (4/35, 11.4%) respectively. When re-analyzed according to wound locations, one occurred in an inguinal wound (1/120, 0.83%), none occurred in scrotal wounds (0/55, 0%), and four occurred in penile wounds (4/35, 11.4%). In Group 3, the incidence of penile wounds was significantly increased compared to other groups (P=0.008). All 5 wound problems were inflammatory and healed at an average of 13.8 days (13-15 days) with antibiotic ointment application only. CONCLUSION: Dermabond(TM) is feasible and safe topical skin adhesive alternative to standard skin suture in pediatric urologic surgery. However, further research about its efficacy and safety could be valuable in the future.

Treatment of Facial Bone Fracture Using Octyl-2-Cyanoacrylate: Case Report

Precise fixation of fracture fragments is important for the successful management of facial bone fractures. However, the conventional metal plates and screws used in such procedures are sometimes difficult to place when the facial bone fracture occurs in a narrow area or has significant comminution. We report herein our experience with 6 patients with facial fractures, which were difficult to fix using titanium plates and screws. All injuries were satisfactorily repaired using octyl-2-cyanoacrylate (OCA). In addition, there were no significant complications related to OCA during the follow-up period.