Summary. The M2a-38. tm.
The objective of this study was to investigate how a new customizable light-curable osteosynthesis method (AdFix) compared to traditional
Over the last decades, biodegradable
This study reports the mid-term results of a large bearing hybrid
The poor outcome of large head
Reports of improved functional outcome of Metal on Metal Hip Resurfacing Arthroplasty (mHRA) to Total Hip Replacement needs to be balanced with concerns of
The biological reaction in metallosis and pseudotumor generation after
Hip resurfacing arthroplasty (HRA) became a popular procedure in the early 90s because of the improved wear characteristic, preserving nature of the procedure and the optimal stability and range of motion. Concerns raised since 2004 when
Systemic
Objectives. Modular dual-mobility (MDM) constructs are used to reduce dislocation rates after total hip replacement (THR). They combine the advantages of dual mobility with the option of supplementary acetabular screw fixation in complex revision surgery. However, there are concerns about adverse reaction to
Introduction:. When having to remove broken or embedded metal implants using high speed burrs, the consequence is often a significant amount of
Background. Metal-on-metal hip implants can produce adverse tissue reactions to wear debris. Increased
Abstract. Objectives. Modular dual-mobility (MDM) constructs are used to reduce dislocation rates after total hip replacement (THR). They combine the advantages of dual mobility with the option of supplementary acetabular screw fixation in complex revision surgery. However, there are concerns about adverse reaction to
Total knee arthroplasty is a well-established treatment for degenerative joint disease, on the other hand
Objectives. Third-body wear is believed to be one trigger for adverse results
with metal-on-metal (MOM) bearings. Impingement and subluxation
may release
Metal-on-metal (MOM) hip arthroplasty, including resurfacing, has become the subject of recent research and debate. There is the perceived benefit of improved wear rates of bearing surfaces leading to superior durability and performance of these types of implant. An associated feature of MOM bearing surfaces is the generation of
The biological significance of cobalt-chromium wear particles from metal-on-metal hip replacements may be different to the effects of the constituent
Different 3D printing techniques for orthopaedic ceramic implants fabrication were compared. Stereolithography of calcium-phosphate slurries makes possible to achieve pre-determined pore size (50 mkm and more) and porosity of 70–80%. For the first time ceramic implants based on double calcium alkali