A Clinical Result of the Fracture of the Forearm Bone Shaft in Adult / 대한정형외과학회잡지

Thirty-seven patient who had forearm bone fracture were treated by four different methods at the Department of Orthopedic Surgery, Soonchunhyang University Hospital from Jan. 1979 to March 1982. The obtained results are as follow; 1. Nineteen cases out of 37 cases of the forearm bone fracture were both forearm bones, 10 cases were ulna and 8 were radius fracture. 2. Twenty-three cases out of 37 were closed and 13 cases were open fracture, respectably. 3. The applied treatment were manual reduction with cast immobilization, intramedullary naliing, plate and screw fixation and combined. 4. Mean duration of primary bone union of the forerm bone fracture which were treated by plate and screw was 12. 4 weeks, combined fixation was 12.8 weeks, intramedullary nailing was 15.3 weeks and that of manual reduction and cast was 16 weeks in order. 5. Functional result was classified according to the rating system of Smith and Sage. The best method was plate and screw and the worst was manual reduction and cast immobilization. 6. D.C.P. fixation seems to be one of the best method in this series. Combined method, in a way of D.C.P. for radius and I–M nailing for ulna, is a method when shortening of operation time is inevitable.

The Clinical Experience of Flexible Intramedullary Nailing for Tibial Shaft Fractures / 대한정형외과학회잡지

No abstract available in English.

A Consideration for Metallic Failure of internal Fixation Devices in Treatment of Long Bone Fractres / 대한정형외과학회잡지

The ten cases of metallic failure after I-M nailing & plate fixation who were treated at depart tment of orthopaedic surgery, Soon Chun Hyang University during nine years from June, 1974 to May, 1983 were clinically analysed. The survey as summerized as follows: l. Of the ten cases, six cases were seen the breakage of plate, two cases were the loosening of screw, one case was the brakage of nail & one case was the angulation of nail. Of the six cases of plates, two cases were DCP, three cases were ordinary plate & one case was Thornton plate. 2. Of the six cases who metallic failure occurred as plate failure, five cases were the femur fractures, one case was the tibia fracture. All case who metallic failure occurred as nail failure were ferumr fractures. Of the two cases of screw loosening, one case was the fermur fracture. One case was the tibia fracture. 3. The average interval between operation and metallic failure. 1) The plate breakage was 6.3 months. 2) The screw loosening was 7 months. 3) The nail breakage was 6 months. 4) The nail angulation was 8 months. 4. The causes of failure after internal fixation. 1) The causes of plate breakage.

Experience of Microsurgery Using Dorsalis Pedis Artery / 대한정형외과학회잡지

Since the introduction of surgical microscope in microvesael surgery by Jacobson and Suarez in 1960, many surgeons have succeeded replantation, transplantation of composite segment of tissues so called free fiap-free bone graft and toe to hand transfer. McCraw & Furlow reported successfully transfered dorsal foot flap using dorsalis pedis artery in 1975 and Cobett transfered great toe to band for reconstruction of the amputated thunb. The authors experienced six cases of microsurgery using dorsalis pedis artery durig the recent two years in the department of Orthopaedic surgery of Soon Chun Hyang College and results in this paper. 1. Four cases out of six were dorsalis pedis free flap, one case was second toe to thumb and tbe other one was reconstruction of an amputated thumb in one stage using iliac bone graft and dorsalis pedis flap. 2. One case out of four cases of dorsalis pedis free flap was performed for reconstruction of contracted first web and the other cases were performed for foot. 3. Five cases out of six were successfully transfeed, one case which was toe to thumb was failed. The cause. of fail was probably due to post-operative hematoma. 4. Composite tissue using dorsalis pedis artery is one of the good donor site for composite tissue transfer for not only skin defect and scar contracture of the hand and foot but also reconstruction of the amputated fingers because it has several advantages; an acceptable thickness, a constant arterial supply, venous drainage through the saphenous system, and constant innervation through the terminal branches of the superficial and deep peroneal nerve.