Otoplasty: the experience of 100 consecutive patients

Autor: P, Yugueros, J A, Friedland
Rok vydání: 2001
Předmět:
Zdroj: Plastic and reconstructive surgery. 108(4)
ISSN: 0032-1052
Popis: Although prominent ears are the most common congenital deformity in the head and neck region, only approximately 8 percent of patients who present for treatment of this deformity will have some family history of the abnormality. More than 200 techniques have been described for correction of this deformity, indicating that there is no single widely accepted procedure that has been adopted by most surgeons. The authors of this study present their choice of a procedure that combines the most beneficial features of three previously described techniques and that provides consistently satisfactory results. The surgical technique consists of scoring of the antihelical cartilage on its anterior surface in a subcutaneous position (as described by Stenstrom), suturing to recreate the fold of the antihelix (in the fashion of Mustarde), and concha-mastoid suturing applied to the back of the ear to decrease the concha-scaphoid angle (in the manner of Furnas). The last 100 consecutive patients operated on by the senior author (J.A.F.) over a 10-year period were evaluated. Follow-up data were analyzed using the Kaplan-Meier survival method. The postoperative analysis focused on the incidence of postoperative complications and the overall results of the technique.Most operations were performed bilaterally, on women, and with the patient under local anesthesia. There were few complications, and the incidence of complications was much lower than had been noted in previously reported series. All patients were very satisfied with the improvement in the appearance of their ears. The combined technique presented is safe, easy to perform, and has few complications, and its final outcome is reproducible and long-lasting. It can be considered a standard technique to be used for treating patients of any age and with any magnitude of defect.
Databáze: OpenAIRE