To enable long lasting osteochondral defect repairs which preserve the native function of
synovial joint counter-face, it is essential to develop surfaces which are optimised to support …

This study presents new insights into the potential role of polyelectrolyte interfaces in
regulating low friction and interstitial fluid pressurization of cartilage. Polymer brushes …

The friction of solids is primarily understood through the adhesive interactions between the
surfaces. As a result, slick materials tend to be nonstick (eg, Teflon), and sticky materials …

The growth plate is a cartilaginous tissue that functions to lengthen bones in children. When
fractured, however, the growth plate can lose this critical function. Our understanding of …

Early stage osteoarthritis is characterized by disruption of the superficial zone (SZ) of
articular cartilage, including collagen damage and proteoglycan loss, resulting in …

Context It is unclear whether the response in femoral cartilage to running at different
intensities is different. Objective To examine the acute patterns of deformation and recovery …

Articular cartilage, primarily composed of water and collagen, is vital for synovial joint
function. Traditional hard biomaterials like ceramic or cobalt-chrome used in …

Excessive wear can result in irreversible damage to the cartilage. Experimental studies
indicate that cartilage wear is significantly influenced by both the orientation of …

Load-induced volume change is an important aspect of knee meniscus function because
volume loss creates fluid pressure, which minimizes friction and helps support compressive …

Background Comparisons of talar cartilage and the anterior talofibular ligament (ATFL)
profiles in individuals with different levels of chronic ankle instability (CAI) provide insight …