osteolysis

Another technique is impaction grafting, which is usually reserved for severe osteolysis.

BACKGROUND: Recent studies indicate that osteolysis surrounding prosthesis is the main reason causing artificial joint loosening.

Vertebral fracture be due to osteolysis, osteonecrosis, or osteosclerosis can have heterogeneous bone structure.

Taking the periprosthetic osteolysis of hip arthroplasty as the central, this article shows a briefly overview of this subject.

The fracture healed, and over the next 2. 5 years there was further refracturing and healing with progressive osteolysis.

Radiographs evaluated union and stability of the femoral and acetabular components, osteolysis, or the development of any heterotopic bone.

Polyethylene wear and debris formation result in synovitis, joint instability, osteolysis, and prosthesis loosening.

The using of diphosphonate to prevent the osteolysis has positive significance, but it is not broadly used in clinical.

Massive osteolysis remains an enigmatic condition that involves various skeletal locations and is caused by endothelial proliferation.

This study gave a review of interface membrane including its formation, cellulosity, osteolysis factor, immunity reaction and turnover.

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

The X-ray findings were osteolysis of the phalanges and mutilating arthropathy of the lower limb.

Osteolysis and local lymphocytic infiltration have been reported at revision of some metal-on-metal devices.

No case required revision due to symptomatic osteolysis or polyethylene wear.

One concern with a fixed-stem implant with a mobile head has been the risk of osteolysis .

The reason and development process of osteolysis surrounding prosthesis are not fully understood.

No wear was found on the latest radiograph, but osteolysis was noted in three femora and two acetabula.

This design feature has been associated with early development of osteolysis about the tip of the stem despite bone ingrowth proximally .

Wear of the polyethylene counterface results in osteolysis and impingement, both of which culminate in aseptic loosening.

If the prosthesis is loose and there is radiological evidence of osteolysis is a difficult problem.

Moreover, new drugs are being developed that will prevent osteolysis and loss of bone.

And osteolysis areas in 10 units sodium ibandronate group was smaller than that of 1 unit sodium ibandronate group(P05).

Relation between the osteolysis and inducible nitric oxide synthase peroxynitrite around failed hip protheses

The Experimental Study of Osteolysis Induced by Polyethylene Particles

The Preliminary Study of Trace Elements in the Hair of Patient With Massive Osteolysis

Bone resorption and osteolysis after joint prosthesis replacement operations

Biological factor of artificial joint loosening: cytokine and osteolysis of artificial joint

Mechanism of alendronate preventing the periprosthetical osteolysis induced by the wear particles

Morselized bone grafting in osteolysis around the stable cenmentless acetabular cup

Experimental studies of response of osteolysis resulted from wear debris of Magnesium Silicon Jade

Features and treatments of the pelvis osteolysis in total hip arthroplasty

Research progress of osteolysis after implant of the prosthesis

Research progresses of prophylaxis for periprosthetic osteolysis

The cellular and molecular biology research of periprosthetic osteolysis

Massive osteolysis a report way