Chinese Journal of Tissue Engineering Research
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Xu Jie, Ma Ruo-fan, Li Deng, Cai Zhi-qing, Li Liang-ping
Received:
2013-03-18
Revised:
2013-05-20
Online:
2013-10-22
Published:
2013-11-02
About author:
Xu Jie☆, M.D., Associate professor, Associate chief physician, Department of Orthopedics, Sun Yat-sen Memoral Hospital, Sun Yat-sen University, Guangzhou 510120, Guangdong Province, China
lplllpfe@163.com
CLC Number:
Xu Jie, Ma Ruo-fan, Li Deng, Cai Zhi-qing, Li Liang-ping. Three-dimensional measurement of acetabular side before arthroplasty for acetabular dysplasia[J]. Chinese Journal of Tissue Engineering Research, doi: 10.3969/j.issn.2095-4344.2013.43.002.
2.1 参与者数量分析 纳入患者11例,全部进入结果分析。 2.2 髋关节置换后功能恢复情况 患者关节置换后即开始进行下肢肌肉的收缩练习。关节置换后第1天作肌肉收缩锻炼,48 h内拔除引流管,关节置换后5 d扶拐下地并部分负重。关节置换后3个月逐渐增加负重而弃拐行走。本组病例正常负重并髋关节可屈曲达90°,对随访到的患者进行临床检查并行Harris评分,评价髋关节的功能。髋关节置换前Harris评分平均为(42.8±4.6)分(37-52分),髋关节置换后 Harris 评分(79.8±5.6)分(72-89分),差异有显著性意义(t=16.635,P < 0.05)。 随访时拍摄双髋正位片,最后一次随访时臼杯移位均未发现>5 mm 或旋转超5°,病例中未出现明显的髋臼假体与骨床间透亮带,无出现脱位或感染者,未见局部骨折发生。 2.3 CT三维成像所示髋臼解剖情况 本组病例均存在髋关节关系失常,股骨头脱位程度不一,髋臼外上方均存在骨缺损,脱位严重者骨缺损程度较剧。冠状面和轴面重建成像显示髋臼内侧壁较厚,骨贮备量尚可。矢状面成像显示髋臼后壁骨贮备多少不一。对于病变仅单侧者,患侧和健侧髋臼比较,髋臼变浅小。部分病例显示髋臼边缘骨赘形成。 2.4 髋关节置换前计划与置换后实际吻合度 见表1。三维髋关节置换前计划所拟定的臼杯大小数据中有10个与关节置换中实际一致,比率为71.4%,相比之下,二维计划仅7.1%的一致吻合率。对二维髋关节置换前计划所拟定的臼杯尺寸与关节置换中实际应用尺寸大小进行吻合度评估,其ICC值为0.313,较三维髋关节置换前计划与实际应用臼杯尺寸间ICC值明显偏小,后者值为0.888。"
将切面按前倾15°(图2A)、外展45°(图2B)重建并与髋臼开口处贴合,显示髋臼开口形态(见图2C,D),植入数字化臼杯模板,显示髋臼上下径可容纳48 mm臼杯,但前后径较小而并不能提供良好包裹覆盖;对于 40 mm臼杯,骨床可提供良好包裹。手术采用髋关节后外侧入路,置换中见髋臼发育浅而小,清理髋臼内的软组织后,以小号锉小心加深髋臼内壁,避免臼底磨穿。以髋臼前后壁为参考确定合适的假体型号后,根据髋臼杯外上缘被宿主骨包容的情况决定重建方法,本例无需植骨重建采用,40 mm臼杯试模显示包容良好,应用生物固定型髋臼杯获得满意的稳定(见图3)。髋关节置换后3个月完全负重,髋关节置换前髋关节疼痛症状基本缓解。末次随访,未见髋臼或股骨假体位置变化。"
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