Biodegradable Internal Fixation For Displaced Non: Comminuted Malleolar Fracture.
- Author:
Hyung Ku YOON
;
Kwang Pyo JEON
;
Kyung Hoon KANG
;
Jin Il KIM
;
Dong Soo KIM
;
Young Kwan KOH
- Publication Type:Original Article
- Keywords:
Ankle;
Malleolar fracture;
Biodegradable internal fixation
- MeSH:
Ankle;
Ankle Joint;
Orthopedics;
Polymers;
Prospective Studies;
Skin;
Supination
- From:The Journal of the Korean Orthopaedic Association
1998;33(2):309-313
- CountryRepublic of Korea
- Language:Korean
-
Abstract:
Displaced fracture of the ankle are probably the most common skeletal injury managed today by open reduction and internal fixation. But, it is recommended that metallic implant might be removed to restore normal biomechanical forces on hone and to reduce discomfort directly under the skin. in order to reduce the resources needed for the removal of metallic fixation devices, absorbable impiants of biodegradable synthetic polymers were deveioped. However reports of clinical application of such implants have so far been very few. This prospective study represents the good resuits in 15 displaced non-comminuted closed malleolar fractures of the ankle treated using hiodegradahle internal fixation in department of orthopedic surgery of Kwang Myung Sung Ae general hospitai from June I 995 to December 1996. The results were as follows 1. All cases were united and the average time for union was 7.6 weeks. 2. As a results of comparison with normal side, a restriction of 10 degrees or more of dorsiflexion of the ankle joint was present in 4 cases, a restriction of 20 degrees or more of plantar tlexion was present in 2 cases, a restriction of supination was present in 3 cases and a restriction of plantar flexion was present in 4 cases. 3. According to Phillips functional scoring scale, 4 cases were excellent, 7 cases good, 4 cases fair and no cases were poor. 4. There were no complications in all cases.
