中华创伤骨科杂志
中華創傷骨科雜誌
중화창상골과잡지
CHINESE JOURNAL OF ORTHOPAEDIC TRAUMA
2010年
11期
1021-1024
,共4页
安智全%姜朝来%宋飒%张长青
安智全%薑朝來%宋颯%張長青
안지전%강조래%송삽%장장청
肱骨骨折%骨折固定术,内%骨板
肱骨骨摺%骨摺固定術,內%骨闆
굉골골절%골절고정술,내%골판
Humeral fracture%Fracture fixation,internal%Bone plates
目的 探讨微创三切口双钢板固定技术治疗累及肱骨远端特别是肱骨远端、关节面的肱骨干中下段骨折的疗效.方法 2004年9月至2007年11月共收治6例累及肱骨远端的肱骨干中下段骨折患者,经肘关节内侧切口复位关节内骨折,空心螺钉固定.肱骨远端与骨干复位后,内侧柱用1/3管型钢板固定.肱骨干骨折采用闭合复位,于上臂前侧三角肌和肱二头肌之间另做小切口,制备此小切口与肘关节外侧切口之间的肌下隧道.将塑形的4.5 mm动力加压钢板经上臂小切口肌下插入,至肘关节外侧切口.钢板近端置于肱骨于前缘,远端置于外侧柱前外侧面,各至少3枚螺钉固定.术后采用Mayo肘关节功能评分系统评价结果.结果 6例患者术后获13~36个月(平均22.2个月)随访.骨折均获愈合,愈合时间为12~24周(平均19周).无医源性桡神经麻痹及内固定失败病例发生.肘关节活动度为110°~140°,平均130.8°.根据Mayo肘关节评分标准评定疗效:全部为优.结论 采用微创三切口双钢板技术治疗累及肱骨远端关节面的肱骨中下段骨折操作简单,可获得满意效果.
目的 探討微創三切口雙鋼闆固定技術治療纍及肱骨遠耑特彆是肱骨遠耑、關節麵的肱骨榦中下段骨摺的療效.方法 2004年9月至2007年11月共收治6例纍及肱骨遠耑的肱骨榦中下段骨摺患者,經肘關節內側切口複位關節內骨摺,空心螺釘固定.肱骨遠耑與骨榦複位後,內側柱用1/3管型鋼闆固定.肱骨榦骨摺採用閉閤複位,于上臂前側三角肌和肱二頭肌之間另做小切口,製備此小切口與肘關節外側切口之間的肌下隧道.將塑形的4.5 mm動力加壓鋼闆經上臂小切口肌下插入,至肘關節外側切口.鋼闆近耑置于肱骨于前緣,遠耑置于外側柱前外側麵,各至少3枚螺釘固定.術後採用Mayo肘關節功能評分繫統評價結果.結果 6例患者術後穫13~36箇月(平均22.2箇月)隨訪.骨摺均穫愈閤,愈閤時間為12~24週(平均19週).無醫源性橈神經痳痺及內固定失敗病例髮生.肘關節活動度為110°~140°,平均130.8°.根據Mayo肘關節評分標準評定療效:全部為優.結論 採用微創三切口雙鋼闆技術治療纍及肱骨遠耑關節麵的肱骨中下段骨摺操作簡單,可穫得滿意效果.
목적 탐토미창삼절구쌍강판고정기술치료루급굉골원단특별시굉골원단、관절면적굉골간중하단골절적료효.방법 2004년9월지2007년11월공수치6례루급굉골원단적굉골간중하단골절환자,경주관절내측절구복위관절내골절,공심라정고정.굉골원단여골간복위후,내측주용1/3관형강판고정.굉골간골절채용폐합복위,우상비전측삼각기화굉이두기지간령주소절구,제비차소절구여주관절외측절구지간적기하수도.장소형적4.5 mm동력가압강판경상비소절구기하삽입,지주관절외측절구.강판근단치우굉골우전연,원단치우외측주전외측면,각지소3매라정고정.술후채용Mayo주관절공능평분계통평개결과.결과 6례환자술후획13~36개월(평균22.2개월)수방.골절균획유합,유합시간위12~24주(평균19주).무의원성뇨신경마비급내고정실패병례발생.주관절활동도위110°~140°,평균130.8°.근거Mayo주관절평분표준평정료효:전부위우.결론 채용미창삼절구쌍강판기술치료루급굉골원단관절면적굉골중하단골절조작간단,가획득만의효과.
Objective To assess the minimally invasive three-incision technique used in surgical treatment of humeral fractures of middle and inferior shaft involving the distal end. Methods Six cases of humeral fractures of middle and inferior shaft involving the distal end were surgically treated from 2004 to 2007. A combined medial and lateral elbow incision was made to expose the intra-articular fracture of distal humerus. The articular fragments were reduced and fixed with a cannulated screw. The articular component was then reduced to the metaphyseal part of the distal humerus and fixed with a medially positioned one-third tubular plate. The humeral shaft fracture was closely reduced. A pre-contoured 4.5 mm dynamic compression plate was inserted through a small incision made at the anterior side of the proximal part of the arm and placed proximally on the anterior aspect of the humeral shaft and distally on the anterolateral side of the lateral column of the distal humerus to fulfill the fixation of both the humeral shaft and the articular component. Bone healing time, range of motion (ROM) of the affected elbow and postoperative complications were recorded. Elbow functions were evaluated by the Mayo system. Results The 6 cases were followed up for a mean time of 22. 2 months (range, 13 to 36 months). All the fractures were healed in a mean time of 19 weeks (range, 12 to 24 weeks) . The mean ROM of the elbow was 130. 8° (range, 110° to 140°) . No iatrogenic radial nerve paralysis or hardware failure occurred in this series. By the Mayo evaluation system, the elbow functions were rated as excellent for all in this series. Conclusion The minimally invasive three-incision technique is simple and effective for treatment of humeral fractures of middle and inferior shaft involving the distal end.