ABSTRACT
Dislocation of peroneal tendons are caused by forceful domifiexion of the foot accompanied by a powerful contraction of the peroneal muscles. This mechanism of injury tears the superior pemneal retinaculum and allows the tendons to snap anteriorly. It is an important, although infrequent, cause of disability of the ankle. The acute injury can be treated by immobilization in a plaster cast, but when there is chronic recurring dislocation, surgical reconstruction is necessary. Authors experienced two cases of dislocation of pemneal tendons which were treated by use of Sarmiento's and Platzgummer's(modified) operative procedures with good results.
Subject(s)
Ankle , Casts, Surgical , Joint Dislocations , Foot , Immobilization , Muscles , Surgical Procedures, Operative , Tears , TendonsABSTRACT
No abstract available in English.
Subject(s)
Clinical Study , Spine , Tuberculosis , Tuberculosis, SpinalABSTRACT
No abstract available in English.
Subject(s)
Arthroplasty , Arthroplasty, Replacement, Hip , Follow-Up StudiesABSTRACT
In Korea, the metallic implant had to be supplied through import channel with many problems. KAIST succeeded in making AISI 316 LVM stainless steel within the criteria of American Society for Testing and Materials. With the animal experiment at preliminary report I, the biocompatibility in the muscle was examined. For biocompatibility test of new material, test in the bone is essential. In this animal experiment using rat tibia, the biocompatibility of the Kirschner wire of KAIST was compared with that of Zimmer. The result was as follows: 1. Tissue reaction of the Kirschner wire of KAIST was minimal to moderate. 2. Corrosion was negligible, and there was no definite difference between the KAIST and Zimmer Kirschner wires. 3. Authors observed the satisfactory biocompatibility of the KAIST Kirschner wite in bone and muscle, and concluded that the Kirschner wire of KAIST can be applied to human body without serious problems.
Subject(s)
Animals , Rats , Animal Experimentation , Bone Wires , Corrosion , Human Body , Korea , Stainless Steel , TibiaABSTRACT
We have experienced 11 cases of large bony defect that were treated using microsurgery since 1981. Free vascularized bone transplantation was performed in 8 of them, vascularized bone transposition in 2 cases, and free vascularized joint transplantation in the remaining 1 case. The causes of the large bony defect were primary bone tumor (4 cases), congenital pseudoarthrosis (3 cases), open comminuted fracture (2 cases), sequela of osteomyelitis (1 case), and post-traumatic ankylosis of PIP joint of second finger (1 case). As a donor, fibula was used in 8 cases, iliac crest in 1 case, rib in 1 case and in the remaining 1 case, the second M-P joint of foot was transplanted. In 9 of 11 cases, successful result was obtained and 2 cases were failed because of vascular damage following tibial lengthening in one case and infection on the grafted area in the other one. From the above data and review of articles, following conclusions were obtained. 1. Fibula is thought to be the most appropriate donor for the large bony defect in the extremity, especially in lower extremity, but the donor site must be determined according to the anatomical and physilogical condition of the patient. 2. After mechanical lengthening of the extremity, it is recommened to perform the microvascular surgery after sufficient time for the recovery of vascular damage. But further studies are required for the identification of the change in the vascular tissue following stretching and its recovery time. 3. Progression of the ossification in the epiphysis of transplanted iliac crest was observed and this finding proposed us the idea that the epiphyseal plate injury or leg length discrepancy will be able to be treated with free vascularized epiphyseal plate transplantation and the reconstruction of the destroyed joint of growing children will be possible using free vascularized joint transplantation. 4. As the technique become more popular, the free vascularized bone transplantation is being used for the reconstruction of the extremity more frequently, but it seems to be wise to restrict its indication to cases which are impossible to be treated with more simple methods such as vascularized bone transposition or pedicled bone graft.