Furlow palatoplasty has been favored by many plastic surgeons as the primary treatment for the velopharyngeal insufficiency associated with submucous cleft palate. The purpose of this article is to introduce an efficacy of Furlow palatoplasty and speech therapy performed on patients who were diagnosed belatedly as having submucous cleft palates. From 2002 to 2004, four submucous cleft palate patients over 5 years of age with velopharyngeal insufficiency received Furlow palatoplasty. The patients were evaluated through the preoperative perceptual speech assessment, nasometry, and videonasopharyngoscopy. Postoperatively, two patients achieved competent velopharyngeal function in running speech. One of the remaining two could achieve competent velopharyngeal function with visual biofeedback speech therapy and the other could not use her new velopharyngeal function in running speech because of her age. Speech therapy can correct the articulation errors and thus improve the velopharyngeal function to a certain extent by eliminating some compensatory articulations that might have an adverse influence on velopharyngeal function. This study shows that Furlow palatoplasty can successfully correct the velopharyngeal insufficiency in submucous cleft palate patients and speech therapy has a role in reinforcing surgical result. But age is still a restrictive factor even though surgery was well done.
Biofeedback, Psychology ; Cleft Palate* ; Humans ; Running ; Speech Therapy* ; Velopharyngeal Insufficiency

PURPOSE: The crushing injury is one of the most severe type injuries in the finger. For the reconstruction of fingers with crushed and devitalized tissue, various surgical methods have been attempted to cover the soft tissue defects. We performed free flaps for finger reconstruction and investigated the results. MATERIALS AND METHODS: Between March 2010 and July 2011, we retrospectively reviewed 14 patients who had soft tissue defects of fingers after severe crushing injuries. There were 8 pulp losses, 4 dorsal skin losses with bony exposure, 1 nail complex loss, and 1 total loss of distal phalanx. In all cases, soft tissue defects in fingers were reconstructed with a free flap. RESULTS: All flaps survived successfully. We could reserve the functional length without additional necrosis and amputation. Reconstructed fingers were returned to normal activity in a short time and the atrophy or deformity was not observed. CONCLUSION: Free flap transfer for the reconstruction of the finger defect after crushing injury is useful for the functional recovery and cosmesis.
Amputation ; Atrophy ; Congenital Abnormalities ; Fingers ; Free Tissue Flaps ; Humans ; Nails ; Necrosis ; Retrospective Studies ; Skin