Engineered Hydrogel Matches Natural Cartilage in Stiffness and Toughness
Researchers have developed a biodegradable implant that addresses the challenge of regenerating cartilage in injured joints. ...
Researchers have developed a biodegradable implant that addresses the challenge of regenerating cartilage in injured joints. ...
The treatment could bring relief to the 520 million people worldwide who suffer from the debilitating pain and inflammation caused...
Researchers demonstrated that the technology could someday be used to prevent surgical infection and map strain on implants....
The implant allows surgeons to provide data-driven, personalized care as fracture repair patients progress through their recoveries....
The plant's unique attachment system could could double the repair strength of current suturing techniques....
A new three-dimensional cylindrical nanofiber scaffold could promote healing without sourced stem cells or growth factors. ...
Researchers identified the cellular change in joints that occurs after trauma and initiates the degenerative disease process....
The discovery could reduce post-op infection risks and decrease the number of knee replacement and spinal surgery revisions....
The company’s collagen-based scaffold has the strength and bio-inductive properties for soft tissue regeneration, repair and support....
The researchers discovered that activating the RORβ protein has the potential to restore joints to healthier levels and reduce inflammation....
The smart implant consists of a fracture plate with an embedded silicon element and embedded nitinol wires that stimulate the...
Researchers leverage highly sophisticated technologies to double as a self-powered sensor that monitors bone healing in the spine....
Researchers at the Technical University of Delft published a paper showing how novel micro-architected implant structures could further innovate orthopedic...
Australian researchers developed an orthopedic device coating with long-term antibacterial properties capable of warding against “superbugs.”...
A team of Japanese researchers announced the development of a material that can change shape to stimulate bone growth and...
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