中华解剖与临床杂志
中華解剖與臨床雜誌
중화해부여림상잡지
Chinese Journal of Anatomy and Clinics
2014年
6期
448-451
,共4页
马德思%曲铁兵%温亮%潘江%林源%张博%辛星%赵潇雄%王志为
馬德思%麯鐵兵%溫亮%潘江%林源%張博%辛星%趙瀟雄%王誌為
마덕사%곡철병%온량%반강%림원%장박%신성%조소웅%왕지위
股骨%关节成形术,置换,膝%体层摄影术,X线计算机
股骨%關節成形術,置換,膝%體層攝影術,X線計算機
고골%관절성형술,치환,슬%체층섭영술,X선계산궤
Femur%Arthroplasty,replacement,knee%Tomography,X-ray computed
目的 探讨中国汉族人群正常股骨远端髁间前后轴线与旋转轴线的对位关系及在全膝关节置换术中的临床价值.方法 2012年10月-2013年7月,对北京、河北、新疆及重庆的288名健康汉族志愿者行双下肢全长CT扫描,共获得575个正常膝关节图像数据纳入研究进行分析.其中男148名,女140名;年龄17~65岁;左膝288个,右膝287个.通过垂直于股骨机械轴线的断层图像,进行轴线之间的测量,包括髁间前后轴线与外科上髁轴线夹角(ASA),髁间前后轴线与临床上髁轴线夹角(ACA),髁间前后轴线与后髁连线夹角(APA);按性别和侧别分组进行统计学分析.结果 ASA平均87.19°±1.92°,男性87.03°±1.95°,女性87.35°±1.87°,左膝87.33°±1.88°,右膝87.05°±1.95°;ACA平均90.93°±2.03°,男性90.68°±2.01°,女性91.19°±2.03°,左膝91.05°±1.93°,右膝90.81°±2.13°;APA平均83.99°±2.16°,男性83.86°±2.20°,女性84.12°±2.12°,左膝84.05°±2.09°,右膝83.92°±2.23°.其中ACA在男女性别中的差异具有统计学意义(t=3.000,P=0.003),女性比男性平均大0.51°,其余参数在性别及侧别中差异均无统计学意义(P值均>0.05).结论 通过对较大样本的中国汉族人群正常膝关节影像学的CT测量,得到相对准确的汉族人群股骨远端轴线间的对位关系,可以指导术中股骨远端截骨操作,确定适当的股骨外旋.
目的 探討中國漢族人群正常股骨遠耑髁間前後軸線與鏇轉軸線的對位關繫及在全膝關節置換術中的臨床價值.方法 2012年10月-2013年7月,對北京、河北、新疆及重慶的288名健康漢族誌願者行雙下肢全長CT掃描,共穫得575箇正常膝關節圖像數據納入研究進行分析.其中男148名,女140名;年齡17~65歲;左膝288箇,右膝287箇.通過垂直于股骨機械軸線的斷層圖像,進行軸線之間的測量,包括髁間前後軸線與外科上髁軸線夾角(ASA),髁間前後軸線與臨床上髁軸線夾角(ACA),髁間前後軸線與後髁連線夾角(APA);按性彆和側彆分組進行統計學分析.結果 ASA平均87.19°±1.92°,男性87.03°±1.95°,女性87.35°±1.87°,左膝87.33°±1.88°,右膝87.05°±1.95°;ACA平均90.93°±2.03°,男性90.68°±2.01°,女性91.19°±2.03°,左膝91.05°±1.93°,右膝90.81°±2.13°;APA平均83.99°±2.16°,男性83.86°±2.20°,女性84.12°±2.12°,左膝84.05°±2.09°,右膝83.92°±2.23°.其中ACA在男女性彆中的差異具有統計學意義(t=3.000,P=0.003),女性比男性平均大0.51°,其餘參數在性彆及側彆中差異均無統計學意義(P值均>0.05).結論 通過對較大樣本的中國漢族人群正常膝關節影像學的CT測量,得到相對準確的漢族人群股骨遠耑軸線間的對位關繫,可以指導術中股骨遠耑截骨操作,確定適噹的股骨外鏇.
목적 탐토중국한족인군정상고골원단과간전후축선여선전축선적대위관계급재전슬관절치환술중적림상개치.방법 2012년10월-2013년7월,대북경、하북、신강급중경적288명건강한족지원자행쌍하지전장CT소묘,공획득575개정상슬관절도상수거납입연구진행분석.기중남148명,녀140명;년령17~65세;좌슬288개,우슬287개.통과수직우고골궤계축선적단층도상,진행축선지간적측량,포괄과간전후축선여외과상과축선협각(ASA),과간전후축선여림상상과축선협각(ACA),과간전후축선여후과련선협각(APA);안성별화측별분조진행통계학분석.결과 ASA평균87.19°±1.92°,남성87.03°±1.95°,녀성87.35°±1.87°,좌슬87.33°±1.88°,우슬87.05°±1.95°;ACA평균90.93°±2.03°,남성90.68°±2.01°,녀성91.19°±2.03°,좌슬91.05°±1.93°,우슬90.81°±2.13°;APA평균83.99°±2.16°,남성83.86°±2.20°,녀성84.12°±2.12°,좌슬84.05°±2.09°,우슬83.92°±2.23°.기중ACA재남녀성별중적차이구유통계학의의(t=3.000,P=0.003),녀성비남성평균대0.51°,기여삼수재성별급측별중차이균무통계학의의(P치균>0.05).결론 통과대교대양본적중국한족인군정상슬관절영상학적CT측량,득도상대준학적한족인군고골원단축선간적대위관계,가이지도술중고골원단절골조작,학정괄당적고골외선.
Objective To explore the distal femur anterior posterior line and rotational alignment in normal Chinese Han population and discuss its clinical application.Methods From October 2012 to July 2013,288 volunteers (148 males and 140 females) from Beijing,Hebei,Xinjiang and Chongqing,aged from 17 to 65(36.3 in average)had undergone CT scan of their lower limbs.The CT scan images of 575 normal knees (288 left and 287 right knees) were obtained.With computer-assisted image processing and reconstruction,the correlative parameters,including anterior posterior line with surgical transepicongdylar axis angle (ASA),anterior posterior line with clinical transepicondylar axis angle (ACA) and anterior posterior line with anterior posterior line angle(APA) were measured.The parameters of two groups between males and females,left and right sides were analyzed.Results ASA:87.19° ± 1.92° in average,87.03° ± 1.95° in males,87.35° ± 1.87° in females,87.33° ± 1.88° in left knees and 87.05° ± 1.95° in right knees; ACA:90.93° ±2.03° in average,90.68° ± 2.01° in males,91.19° ± 2.03° in females,91.05° ±1.93° in left knees and 90.81° ± 2.13° in right knees; APA:83.99° ± 2.16° in average,83.86° ± 2.20° in males,84.12° ± 2.12° in females,84.05° ± 2.09° in left knees and 83.92° ± 2.23° in right knees.There was significant difference between males and females in terms of ACA (t =3.000,P =0.003) and ACA in females was 0.51° larger than that in males.There was no significant difference both in gender and sides in terms of other parameters (all P values > 0.05).Conclusions The relatively accurate relationship between distal femur anterior posterior line and rotational alignment was obtained by investigating larger samples in Chinese Han population,and it can guide the osteotomy of distal femur to get the appropriate rotational alignment.