OBJECTIVE: A well-known problem in primary surgery of the soft palate is its shortness and the deficit of local soft tissue. This article introduces a modification of the primary intravelar veloplasty, allowing lengthening of the soft palate, and compares this alternative technique to the classic intravelar veloplasty. METHOD: The soft palate wave-line technique adds a wavy incision at the velar cleft margins to the intravelar veloplasty. In 24 patients with complete clefts of the palate, either the newly developed or classic technique was performed. Four years following primary surgery, speech performance and type of breathing were analyzed. RESULTS: Even in wide clefts of the soft palate, repair was easily accomplished using the wave-line technique. Complete closure of the nasal, muscular, and oral layers was achieved, and no postoperative fistula was observed. An average lengthening of the soft palate of 56% (range 24% to 83%) was observed immediately following velar repair with the wave-line technique. Speech was significantly better in the wave-line group (p <.05). Furthermore, physiological breathing was observed more often in these patients. CONCLUSION: Primary repair of clefts of the soft palate using the wave-line technique is straightforward, safe, and easy. On the basis of the present results, this technique seems superior to the classic intravelar veloplasty.
RCT Entities:
OBJECTIVE: A well-known problem in primary surgery of the soft palate is its shortness and the deficit of local soft tissue. This article introduces a modification of the primary intravelar veloplasty, allowing lengthening of the soft palate, and compares this alternative technique to the classic intravelar veloplasty. METHOD: The soft palate wave-line technique adds a wavy incision at the velar cleft margins to the intravelar veloplasty. In 24 patients with complete clefts of the palate, either the newly developed or classic technique was performed. Four years following primary surgery, speech performance and type of breathing were analyzed. RESULTS: Even in wide clefts of the soft palate, repair was easily accomplished using the wave-line technique. Complete closure of the nasal, muscular, and oral layers was achieved, and no postoperative fistula was observed. An average lengthening of the soft palate of 56% (range 24% to 83%) was observed immediately following velar repair with the wave-line technique. Speech was significantly better in the wave-line group (p <.05). Furthermore, physiological breathing was observed more often in these patients. CONCLUSION: Primary repair of clefts of the soft palate using the wave-line technique is straightforward, safe, and easy. On the basis of the present results, this technique seems superior to the classic intravelar veloplasty.
Authors: Michael C Hanes; Jeffrey Weinzweig; Kip E Panter; W Thomas McClellan; Stefanie A Caterson; Steven R Buchman; John A Faulkner; Deborah Yu; Paul S Cederna; Lisa M Larkin Journal: Ann Plast Surg Date: 2008-02 Impact factor: 1.539