1.骨质溶解
2.溶骨作用
3.骨自溶症
1.the gradual disintegration of bone caused by disease
1.Another technique is impaction grafting, which is usually reserved for severe osteolysis.
另一种技术是打压植骨，这通常应用于严重骨溶解。
2.BACKGROUND: Recent studies indicate that osteolysis surrounding prosthesis is the main reason causing artificial joint loosening.
近年来研究表明，假体周围的骨溶解是引起人工关节松动的最主要原因。
3.Vertebral fracture be due to osteolysis, osteonecrosis, or osteosclerosis can have heterogeneous bone structure.
由于骨质溶解、骨坏死或骨质硬化所导致的椎体骨折往往骨质结构不均匀。
4.Taking the periprosthetic osteolysis of hip arthroplasty as the central, this article shows a briefly overview of this subject.
本文以髋关节置换为切入点，对假体周围骨溶解作简要综述。
5.The fracture healed, and over the next 2. 5 years there was further refracturing and healing with progressive osteolysis.
骨折愈合，在未来2.5年有进一步压裂和愈合逐步溶骨。
6.Radiographs evaluated union and stability of the femoral and acetabular components, osteolysis, or the development of any heterotopic bone.
线片评估股骨和髋臼组件的稳定性，骨溶解，或异位骨化。
7.Polyethylene wear and debris formation result in synovitis, joint instability, osteolysis, and prosthesis loosening.
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。
8.The using of diphosphonate to prevent the osteolysis has positive significance, but it is not broadly used in clinical.
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。
9.Massive osteolysis remains an enigmatic condition that involves various skeletal locations and is caused by endothelial proliferation.
大量自发溶骨性疾病是否由内皮增生造成与侵犯骨骼各处的情形仍是一团谜。
10.This study gave a review of interface membrane including its formation, cellulosity, osteolysis factor, immunity reaction and turnover.
本文从界膜组织的形成机制、组织细胞构成、与溶骨有关因子、免疫反应、转归等方面作一综述。