Wear debris-induced aseptic loosening is an inflammatory bone disorder, which
compromises the long-term success of total joint replacement. Despite the extensive …

Joint replacements have considerably improved the quality of life of patients with joints
damaged by disease or trauma. However, problems associated with wear particles …

Wear particle-induced osteolysis is a major cause of aseptic loosening in THA. Increasing
wear resistance of polyethylene (PE) occurs by increasing the cross-link density and early …

Aseptic implant loosening related to implant wear particle-induced inflammation is the most
common cause of failure after joint replacement. Modulation of the inflammatory reaction to …

Our goal was to report a 10-year follow up of linear penetration rates for HCLPE, and to
determine whether a difference exists between penetrations measured on pelvis or hip …

Wear debris affects both initial osseointegration and subsequent bone remodeling of total
joint replacements (TJRs). To study the complex cascade associated with the continuous …

Particle generation from artificial knee prostheses is a leading cause of artificial joint failures.
Vitamin E stabilized highly cross-linked polyethylene (VE/HXLPE) is known for its …

Despite the widespread application of augmentation rhinoplasty in Asia, reports on the
interaction between alloplastic implants and injectable filler are scarce. This paper reports …

Continued production of wear debris affects both initial osseointegration and subsequent
bone remodeling of total joint replacements (TJRs). However, continuous delivery of …

Periprosthetic osteolysis and implant loosening are the outcomes of wear debris generation
in total joint replacements. Wear debris formed from the implanted materials consisting of …