这就是为什么可以通过PGE2的作用解释肢端骨溶解和骨膜骨形成的原因。
This is why acroosteolysis and periosteal bone formation can be explained by the action of PGE2.
无一例因骨溶解或聚乙烯磨损进行翻修手术。
No case required revision due to symptomatic osteolysis or polyethylene wear.
这些失败伴随着局部区域的骨破坏和吸收(骨溶解)。
These failures were associated with localised areas of bone destruction and resorption (osteolysis).
线片评估股骨和髋臼组件的稳定性，骨溶解，或异位骨化。
Radiographs evaluated union and stability of the femoral and acetabular components, osteolysis, or the development of any heterotopic bone.
聚乙烯磨损颗粒导致滑膜炎、关节不稳定、骨溶解和假体松动。
Polyethylene wear and debris formation result in synovitis, joint instability, osteolysis, and prosthesis loosening.
如果假体松动，有放射学表现的骨溶解，这将是一个困难的问题。
If the prosthesis is loose and there is radiological evidence of osteolysis is a difficult problem.
结果两组病人术后疗效及假体可能生存率，股骨近端广泛骨溶解无显著差异。
Result There were no significant differences between cemented and cementless THR as regards to clinical outcomes, possible survivorship curve and the severity of osteolysis.
患者均未见骨溶解，干燥同种异体颗粒骨融合时间3～9个月，平均5个月。
Eight cases with dried bone allograft particles recovered within an average period of 5 months(3-9 months) .
目前防治骨溶解的途径主要有两种：一是从摩擦学和材料学角度减少磨屑的产生；
The main approaches include reducing the generation of wear debris in terms of tribology and material science, and preventing osteolysis pharmacologically.
末次随访未见可确诊的无菌性松动影像表现或要求翻修，亦无骨盆局限性骨溶解。
The final follow-up showed no aseptic loosening could be diagnosed with imaging findings or no requirement for renovation was found as well as non-limited pelvic osteolysis.
目的观察博宁配合中药补肾活血方对肿瘤性骨溶解性骨破坏骨痛及骨质修复的疗效。
Objetive To evaluate therapeutic effect of Boning combined with reinforcing the kidney and promoting blood flow herbs in patients with bone destruction caused by cancer-associated osteolysis.
人工关节松动的主要原因是UHMWPE的细小磨损颗粒引起骨溶解致使假体松动。
The main reason of flexible joint is that UHMWPE's thin frayed grains result bone's melting and artificial joint's flexibility.
二磷酸盐在防治全髋置换术后假体周围骨溶解方面有积极意义，但仍未广泛应用于临床。
The using of diphosphonate to prevent the osteolysis has positive significance, but it is not broadly used in clinical.
与四肢骨关节成形术一样，有磨损颗粒引起骨溶解及自由金属离子产物引起系统性反应的担心。
As in arthroplasty of the appendicular skeleton, there exists concern over wear debris leading to osteolysis and the systemic effects of free metallic ion production.
人工关节置换术后假体周围骨溶解所引起的假体无菌性松动是影响其使用寿命的主要原因之一。
Aseptic loosening of prosthesis resulting from periprosthetical osteolysis after artificial joint replacement is the main cause affecting its in-service life.
目的：通过股骨近端骨密度的变化规律，定量分析人工全关节置换术后股骨近端骨溶解改变情况。
OBJECTIVE to quantitatively analyze the changing status of osteolysis in proximal femur after total joint replacements TJR through the changing rules of bone density in proximal end of femur.
目的：阿仑膦酸钠可预防由磨损颗粒诱导的假体周围骨溶解，但对其作用机制还需要做较深入地研究。
AIM: alendronate can prevent periprosthetic osteolysis induced by wear debris particles of the implants, but the mechanism of alendronate still needs further research.
这篇文章的目的将向我们展示在全髋关节置换术中，陶瓷界面能显著减少因磨损诱发的骨溶解所导致的翻修以及相关并发症。
The goal of this article is to show that ceramic bearings in THA significantly reduce the revision rate caused by wear induced osteolysis and the followed complications.
结论铁合金颗粒使成骨细胞OPG基因表达下降，使破骨细胞分化、活化功能增强，这可能是导致假体松动的骨溶解机制之一。
Conclusion Titanium alloy particles decrease expression of OPG gene in human osteoblasts, and this may contribute to the differentiation of osteoclasts which may lead to the periprosthetic osteolysis.
结果：上颌骨良性肿瘤和肿瘤样病变多为类圆形边界清楚的骨质溶解，有硬化边，呈膨胀性生长，无邻近软组织肿块。
Results: Most of the benign tumor and tumor-like diseases in maxillary bone revealed round like, well defined bony destruction with sclerotic rim, expansive growth and no surrounding soft tissue mass.
结论小骨窗微创血肿清除加尿激酶血肿腔溶解血肿的结合，最佳化地发挥了各自的优势，同时避免了其缺点。
Conclusion the minimal invasive operation coalesced with urokinase to dissolve and eliminate hematoma exert their respective superiorities, while avoid their shortcomings.
结论小骨窗微创血肿清除加尿激酶血肿腔溶解血肿的结合，最佳化地发挥了各自的优势，同时避免了其缺点。
Conclusion the minimal invasive operation coalesced with urokinase to dissolve and eliminate hematoma exert their respective superiorities, while avoid their shortcomings.
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