CAJ | 학술논문

目的：研究脉冲电磁场对家兔骨软骨骨折的修复作用。方法：将16只家兔人工造成临床常见的胫骨平台骨折的动物模型，骨折采用钢丝内固定，不用外固定。随机分为实验组和对照组。实验组术后每天用脉冲电磁场刺激6 h，对照组不用电磁场刺激，喂养条件相同。术后12周全部处死后行大体标本、光镜、电镜检查。结果：实验组6只家兔软骨骨折全部愈合，修复组织为类透明软骨，2只软骨骨折未完全愈合，修复组织为纤维软骨。对照组7只未完全愈合，修复组织为纤维软骨，1只完全愈合，修复组织为类透明软骨。结论：①脉冲电磁场对骨软骨骨折的愈合有促进作用；②脉冲电磁场能使软骨骨折达到类透明软骨修复。
목적：연구맥충전자장대가토골연골골절적수복작용。방법：장16지가토인공조성림상상견적경골평태골절적동물모형，골절채용강사내고정，불 용외고정。수궤분위실험조화대조조。실험조술후매천용맥충전자장자격6 h，대조조불용 전자장자격，위양조건상동。술후12주전부처사후행대체표본、광경、전경검사。결과：실험조6지가토연골골절전부유합，수복조직위류투명연골，2지연골골절미완전유합 ，수복조직위섬유연골。대조조7지미완전유합，수복조직위섬유연골，1지완전유합，수복 조직위류투명연골。결론：①맥충전자장대골연골골절적유합유촉진작용；②맥충전자장능사연골골절체도류투명연골수복。
Objective:To study the effects of pulse electro-magnetic fields (PEMFs) on the healing of tibial condylar osteochondral in rabbits.Methods:Sixteen rabbits were divided into two groups,and osteochondral fractures of left tibia condyle were created,internal fixation was performed with steel wire.Group 1 was constantly treated with PEMFs six hours per day;group 2 was not treated.The results were studied by gross morphology,light microscopy and elect ro-microscopy.Results:75% and 13% fractures were repaired by hyalin-like cartilage in group 1 and in group 2 respectively.Conclusion:PEMFs are essential to facilitation of the cartilage repair.