Matsuo K, Hirose T
Unit of Plastic Surgery, Shinshu University Hospital, Matsumoto, Japan.
Ann Acad Med Singap. 1988 Jul;17(3):366-71.
By redefining the surgical anatomy of the nose, we were able to develop a new technique for the repair of the bilateral cleft lip nose. The lower one-third of the nose was divided into an outer layer, composed of skin, and an inner composed of fascia, muscle, cartilage and the skin of the vestible. From this viewpoint, the bilateral cleft lip nose deformity was reinterpreted as a combination of dislocation and deformity of the inner layer, and rotational displacement of the inner layer with respect to the outer layer. Using the double alar wing flap incision, we were afforded good visualization and anatomic reconstruction without tension by rotating the inner and outer layers in opposite directions. The length of the columella, the alar facial angle, the width of the nose and the size of alae have been satisfactory in 6 patients.
通过重新定义鼻部的手术解剖结构,我们得以开发出一种修复双侧唇裂鼻的新技术。鼻的下三分之一被分为外层(由皮肤组成)和内层(由筋膜、肌肉、软骨及前庭皮肤组成)。从这个角度来看,双侧唇裂鼻畸形被重新解释为内层的脱位和畸形,以及内层相对于外层的旋转移位。通过使用双翼瓣切口,我们通过将内层和外层向相反方向旋转,实现了良好的视野和无张力的解剖重建。6例患者的鼻小柱长度、鼻翼面部角度、鼻宽和鼻翼大小均令人满意。