ABSTRACT
Craniofacial cleft is a rare congenital anomaly with a wide range of clinical manifestation and severity of deformity. In 1976, Tessier announced classification system on the basis of anatomical observation derived from clinical finding or operative dissection. Nowadays, this system is in common use because it is in accordance with terminology and observational finding and clinical manifestation is accordant with operative finding. Median facial cleft(No. 0-14 facial cleft) has a wide range of congenital malformation from a midline cleft upper lip to orbital hypertelorism, among which the bifid nose is frequently associated with hypertelorism. The manifestation of a bifid nose is variable from a simple central groove at the nasal tip to a complete clefting of the osteocartilaginous framework. In consequence, the planning of correction of the bifid nose must be individualized. We contrived correction of bifid nose using rib bone graft containing small amount of costal cartilage with maneuver of 2mm incision on nasal root skin together with fixation with 9mm miniscrew through an open approach in two No. 0-14 facial cleft patients with mild hypertelorism and bifid nose. With this method we could obtain satisfactory results in the standpoint of function as well as aesthetics. We think that this method is appropriate for correction of bifid nose of mild median facial cleft.
Subject(s)
Humans , Cartilage , Classification , Congenital Abnormalities , Esthetics , Hypertelorism , Lip , Nose , Orbit , Ribs , Skin , TransplantsABSTRACT
The treatment of fingertip amputation is difficult and controversial. Although the microsurgery has been accepted as a procedure of choice, in distal location, however, both reattachment of amputated portion as a composite graft and microvascular anastomosis are prone to failure. The fact that microscopic reconstruction of vessels is safer means of replacing amputated digits, makes considerably smaller the need to use the technique of composite graft nowadays. Nevertheless, there still remains a group of distal digital amputations which cannot be replaced by microsurgical procedure and the composite grafting is the only way of achieving a full length digit with a normal nail complex. Nowadays, it is generally accepted that replacement should be made as early as possible for the prevention of bacterial and proteolytic activity. However, if the replacement is made so quickly that bleeding doesn't stop, there is a layer of clot blocking adhesion between the two surfaces, and the union will not be achieved. We report a new strategy: the tie-over dressing ensures not only fixation, but also hemostasis, and the drainage application is used to drain retained blood, so composite graft doesn't need to be delayed until the bleeding stops. We achieved good results by using this new technique.
Subject(s)
Amputation, Surgical , Bandages , Drainage , Hemorrhage , Hemostasis , Microsurgery , TransplantsABSTRACT
The constricted ear was suggested by Tanzer for the purpose of obviating the confusion involving lop ear, cup ear and prominent ear as defect whose helix turns down, and scapha and fossa triangularis are narrowed. The constricted ear has a spectrum of severity and therefore, requires a graded surgical approach. Tanzer has described the degree of deformities of the constricted ear as falling into three groups. For the correction of constricted ear, there are numerous techniques but we have had difficulties in adopting these techniques in various type. We also describe the various constricted ear as the Tanzer's classification and adopted three methods to each type, banner flap(group I), concha cartilage graft (group II) and rib cartilage graft(group III) for reducing postoperative deformity and confusion in correcting the ear deformities. Constricted ear repairs must be individualized to accomodate each specific deformity. We corrected 22 cases of constricted ear in 20 patients using each optimal method described above according to the degree of deformities. Mild deformities need only reshaping and adjusting of existing tissues, moderate deformities need additional skin and severe deformities require a cartilage graft. For correction of constricted ear, accurate identification of the severity of deformity is essential. The results were satisfactory and we report our experience with relative literatures.