Sahar Jadidi

Treating knee joint defects with cartilage from the nose: The University Hospital in Würzburg is working on the approval of this procedure.

Fraunhofer researchers have created a PCL/bioactive glass combo material for use in non-union bone breaks.

Whether a surgeon uses advanced manual instruments or navigation or robotics, the technique will drive patient outcomes.

Older knee replacement designs are just as effective as newer models—according to new research from the Norfolk and Norwich University Hospi

Experts at four leading knee replacement implant manufacturers comment on their companies’ strategies and latest technological innovations.

The smart implant consists of a fracture plate with an embedded silicon element and embedded nitinol wires that stimulate healing of the bon

Using a heating process, Duke researchers have created a synthetic cartilage hydrogel that can outperform the real thing.

Scientists from leading biotech company ExplantLab in Newcastle (UK) have discovered a genetic link to explain why some patients develop pai

The tool that eases the process of designing medical devices.

Supply partners provide innovative services to orthopedic device makers to help enhance their implant offerings.

Orthopedic companies can print their way to success using selective laser sintering to produce biodegradable implants.

Changing healthcare regulations and hospitals’ war on germs are driving innovation in medical device materials.

Although fractures normally heal, bone will not regenerate under several circumstances. When bone does not regenerate, major clinical proble

CEA-Leti to unveil world’s-first multi-sensor system for knee-implants that improves surgery accuracy, detects infection early, and enhances

How 3D printing has evolved over the years to claim its rightful place in manufacturing products.

How new battery designs solve many of the challenges that have impeded the widespread integration of smart implants.