BACKGROUND: Biologic-reactivity to implant-debris is the primary determinant of long-term
clinical performance. The following reviews: 1) the physical aspects of spinal-implant debris …

The performance of total joint arthroplasty (TJA) depends on the size/shape, material, and
amounts of implant debris. Much remains unknown in terms of which types of debris are …

Biologic reactivity to orthopedic implant debris is generally the main determinant of long‐
term clinical performance where released polymeric particles of Ultra‐high molecular weight …

Purpose We evaluated the consequences of cobalt–chromium alloy (CoCr) wear debris
challenge in the peri-spine region to determine the inflammation and toxicity associated with …

In vitro durability tests of cardiovascular devices are often used to evaluate the potential for
fretting damage during clinical use. Evaluation of fretting damage is important because …

Metal hypersensitivity to biomaterial alloys have been reported since the 1970s. While most
reports have been in the total joint literature, in the last 10 years isolated spinal implant …

Tato diplomová práce si klade za cíl představit základní skupiny biomateriálů, jejich primární
použití a poukázat jak na jejich výhody, tak jejich nevýhody. Jsou zde také diskutovány …