New research suggests injured joints may not be as permanent as once believed, opening fresh strategies to fight osteoarthritis.

A new study reports that GLP-1 semaglutide medications may help reverse the effects of osteoarthritis in the joints by ...

Researchers in Sweden have engineered a cell-free cartilage scaffold that can guide the body to rebuild damaged bone. By removing the cells but preserving the structure and natural growth signals, the ...

Taking collagen supplements regularly supports bone and muscle health in adults, improving strength and quality of life.

Stiff knees and aching hips may seem like an inevitable part of aging, but experts say we’re getting osteoarthritis all wrong. Despite affecting nearly 600 million people worldwide — and potentially a ...

Post-traumatic osteoarthritis develops rapidly after joint injury, yet current treatments largely address symptoms rather ...

Injured cartilage can take the body a long time to repair, but back in 2014 we looked at a promising study where scientists created grafts from nasal cartilage cells and deployed them in damaged knees ...

Just as the tread on your tires wears away over time, the cartilage that cushions your joints can break down, too. It's a condition called osteoarthritis. And without enough padding, your bones will ...

Currently, in order to reshape cartilage such as that within the nose, incisions and subsequent sutures are typically required. Not only is the procedure invasive, but it can also result in scarring.

In this Review we describe three approaches for cartilage tissue repair at the rheumatology–orthopaedics interface: disease-modifying osteoarthritis (OA) drug (DMOAD) treatment; cell-based therapies, ...

Articular cartilage, the load-bearing tissue of the joint, has limited repair and regeneration potential. The scarcity of treatment modalities for large chondral defects has motivated attempts to ...

Researchers say the new printer can create stronger cartilage than other techniques Researchers have developed a way to "print" cartilage that could help treat joint diseases and sporting injuries.