acetabular bone

Objective To evaluate the anatomical structure of bone in the formation of acetabular teardrop shadow.

目的探讨形成髋臼泪滴影的骨质解剖结构。

acetabular bone stock is further compromised by osteolysis resulting from wear of the thin polyethylene.

因薄壁聚乙烯磨损造成的骨溶解可使髋臼骨质受到更严重的破坏。

bioresorbable poly(l-lactide) screws were used for fixation of the acetabular bone grafts to prevent any possible delayed remodeling.

我们应用生物可吸收接骨材料左旋聚丙交酯螺钉固定髋臼骨移植物以防止可能的滑脱。

conclusion: the technique of acetabular bone cement pressurization is closely related to the long-term survival of the prosthesis.

结论：髋臼侧骨水泥加压灌注技术与假体的远期生存率密切相关。

titanium plate and morselized bone grafting for severe acetabular bone defect

髋臼钛板加颗粒植骨治疗髋臼严重骨缺损

objective to explore the value of x-ray and ct imaging in the diagnosis of acetabular bone deficiency.

目的探讨X线检查、CT扫描对不同类型髋臼骨缺损的诊断价值。

Hips of IV type loosening, using allograft bone with anatomic reconstruction and bone cement acetabular component molding.

IV型松动骨缺损1髋，采用解剖异体植骨，重建髋臼、骨水泥髋臼假体成型。

The titanium plate and morselized bone grafting can repair the acetabular bone defects effectively and provide a solid initial fixation for prosthesis and restore the role of rotational center of hip.

髋臼钛板加颗粒植骨可有效修复髋臼骨缺损，为假体提供坚强的初始固定，具有恢复髋关节旋转中心的作用。

Effect of using Structural Bone Graft in Acetabular Superior Lateral Wall Defect

结构性植骨重建髋臼上外侧壁骨缺损的疗效