中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2013年
13期
2313-2319
,共7页
骨关节植入物%人工假体%股骨头坏死%髋关节%X 射线%跟踪调查%解剖参数%颈干角%CE 角%AC角%国家自然科学基金
骨關節植入物%人工假體%股骨頭壞死%髖關節%X 射線%跟蹤調查%解剖參數%頸榦角%CE 角%AC角%國傢自然科學基金
골관절식입물%인공가체%고골두배사%관관절%X 사선%근종조사%해부삼수%경간각%CE 각%AC각%국가자연과학기금
bone and joint implants%artificial prosthesis%femoral head necrosis%hip joint%X-ray%fol ow-up survey%anatomical parameters%neck shaft angle%center-edge angle%acetabular index%Natural Science Foundation of China
背景:目前国内对股骨近端解剖参数特点的研究仅局限于普通国人,而对某些特殊群体关于此方面的研究较少.
目的:对1例因右侧股骨头坏死而行人工髋关节置换的运动员进行为期10年的跟踪调查,进行健侧与患侧,健侧与普通国人的髋关节参数对比.
方法:2001至2011年在医院对观察对象进行骨盆平片的 X 射线片拍摄.拍摄时患者仰卧于摄影台上,双下肢标准中立位,紧贴 X 射线片,摄影距离100 cm,以小转子水平为中心拍摄骨盆平片.要求股骨内旋,使股骨颈处在冠状面,于股骨颈纵轴平行位摄片.对 X 射线片上髋关节的各解剖参数进行测量,将数据导入 SPSS 16.0软件,进行方差分析、相关分析以及主成分贡献率分析.
结果与结论:长期职业训练使受试者髋关节负荷严重增加,其股骨头所承受的压缩应力也远超普通人.患侧偏心距偏小,使关节周围软组织收缩乏力.应注意维持和恢复这些变形的部位.髋关节置换后的牵引使中心边缘角(CE 角)有所恢复,但由于长期拄拐行走,患侧受压小于常人,患侧下肢重力自然牵引所致,要注意对患侧髋臼相对位置的恢复.由于患侧股骨头坏死,超载负荷区出现股骨头塌陷,关节腔隙减小,骨盆高度明显下降,手术后健侧股骨头与髋臼相对位置有所恢复,但患侧相对位置差异更为明显.
揹景:目前國內對股骨近耑解剖參數特點的研究僅跼限于普通國人,而對某些特殊群體關于此方麵的研究較少.
目的:對1例因右側股骨頭壞死而行人工髖關節置換的運動員進行為期10年的跟蹤調查,進行健側與患側,健側與普通國人的髖關節參數對比.
方法:2001至2011年在醫院對觀察對象進行骨盆平片的 X 射線片拍攝.拍攝時患者仰臥于攝影檯上,雙下肢標準中立位,緊貼 X 射線片,攝影距離100 cm,以小轉子水平為中心拍攝骨盆平片.要求股骨內鏇,使股骨頸處在冠狀麵,于股骨頸縱軸平行位攝片.對 X 射線片上髖關節的各解剖參數進行測量,將數據導入 SPSS 16.0軟件,進行方差分析、相關分析以及主成分貢獻率分析.
結果與結論:長期職業訓練使受試者髖關節負荷嚴重增加,其股骨頭所承受的壓縮應力也遠超普通人.患側偏心距偏小,使關節週圍軟組織收縮乏力.應註意維持和恢複這些變形的部位.髖關節置換後的牽引使中心邊緣角(CE 角)有所恢複,但由于長期拄枴行走,患側受壓小于常人,患側下肢重力自然牽引所緻,要註意對患側髖臼相對位置的恢複.由于患側股骨頭壞死,超載負荷區齣現股骨頭塌陷,關節腔隙減小,骨盆高度明顯下降,手術後健側股骨頭與髖臼相對位置有所恢複,但患側相對位置差異更為明顯.
배경:목전국내대고골근단해부삼수특점적연구부국한우보통국인,이대모사특수군체관우차방면적연구교소.
목적:대1례인우측고골두배사이행인공관관절치환적운동원진행위기10년적근종조사,진행건측여환측,건측여보통국인적관관절삼수대비.
방법:2001지2011년재의원대관찰대상진행골분평편적 X 사선편박섭.박섭시환자앙와우섭영태상,쌍하지표준중립위,긴첩 X 사선편,섭영거리100 cm,이소전자수평위중심박섭골분평편.요구고골내선,사고골경처재관상면,우고골경종축평행위섭편.대 X 사선편상관관절적각해부삼수진행측량,장수거도입 SPSS 16.0연건,진행방차분석、상관분석이급주성분공헌솔분석.
결과여결론:장기직업훈련사수시자관관절부하엄중증가,기고골두소승수적압축응력야원초보통인.환측편심거편소,사관절주위연조직수축핍력.응주의유지화회복저사변형적부위.관관절치환후적견인사중심변연각(CE 각)유소회복,단유우장기주괴행주,환측수압소우상인,환측하지중력자연견인소치,요주의대환측관구상대위치적회복.유우환측고골두배사,초재부하구출현고골두탑함,관절강극감소,골분고도명현하강,수술후건측고골두여관구상대위치유소회복,단환측상대위치차이경위명현.
@@@@BACKGROUND: At present, research on the anatomy parameters of the proximal femur is only confined to ordinary Chinese people, and the studies on some special groups are less.
@@@@OBJECTIVE: To perform a 10-year fol ow-up in one athlete treated with artificial hip replacement due to right femoral head necrosis, and to compare the hip parameters between healthy side and affected side and between healthy side and ordinary Chinese people.
@@@@METHODS: Pelvis X-ray plain films were taken from 2001 to 2011. The subject supine on photography table while shooting with double lower limbs in neutral position and closed to the X-ray films, the photographic distance was 100 cm, with the smal rotor level as the center. Internal rotation of the femur was required to make the femoral neck in the coronal plane, then paral el to the longitudinal axis of the femoral neck for radiography. The various hip anatomy parameters were measured on the X-ray film, and then the data were imported into the SPSS 16.0 software for variance analysis, correlation analysis and principal component analysis of the contribution rate.
@@@@RESULTS AND CONCLUSION: Long-term training led to a serious increase in hip load, and the stress on femoral head was far beyond the ordinary people. The eccentricity on the healthy side was smal er which leading to the periarticular soft tissue contraction asthenia. Attention should be paid to maintaining and restoring the deformed parts. The traction after hip replacement recovered the center edge angle somewhat. As a result of long-term curtch walking, the compression on the healthy side was less than that of the ordinary people. A natural form of gravity-assisted traction was shown in the lower limbs. We should pay attention to the recovery of relative acetabular position on the healthy side. As a result of femoral head necrosis, femoral head col apse was observed in the overload area, joint cavity and pelvic height was decreased obviously. After operation, the femoral head and relative acetabular position on the healthy side were restored somewhat, but relative ipsilateral position difference was more obvious.