Injectable hydrogel could save injured joints from osteoarthritis

Where much of the osteoarthritis experienced by more than 32 million Americans is brought on by gradual wear and tear on the joints, some is triggered by injuries to the articular cartilage that covers the ends of the bones. Scientists have developed a… Continue reading Injectable hydrogel could save injured joints from osteoarthritis

“Pain pathway” a promising new drug target to treat osteoarthritis pain

Osteoarthritis can be a debilitating disease, rendering regular movements painful. Researchers have now identified a signaling pathway that transmits this pain, with a study in mice finding that normal limb use returned after this pathway was blocked. … Continue reading “Pain pathway” a promising new drug target to treat osteoarthritis pain

Piezoelectric material shown to help regrow knee-joint cartilage

By stimulating cells to reproduce, electricity has already been shown to help heal soft tissue injuries. Now, an electricity-producing implantable material likewise appears to boost the regrowth of cartilage in compromised joints.Continue ReadingCatego… Continue reading Piezoelectric material shown to help regrow knee-joint cartilage

Experimental medication could treat osteoarthritis by acting like ice

Ice in and of itself isn’t slippery – it becomes slippery when friction causes a thin layer of liquid water to form on top of it. Scientists have now applied that same basic principle to an injectable medication that could be used to treat osteoarthrit… Continue reading Experimental medication could treat osteoarthritis by acting like ice

Cartilage resurfacing implant restores hip function in arthritic dogs

A new, dissolving, textile-based stem cell implant has reduced pain and restored hip joint function to dogs with moderate osteoarthritis, in what researchers say could be a first step toward less invasive joint resurfacing in dogs as well as humans.Con… Continue reading Cartilage resurfacing implant restores hip function in arthritic dogs

How nose cartilage cells are being weaponized against osteoarthritis

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 to help things along. The researchers have since ta… Continue reading How nose cartilage cells are being weaponized against osteoarthritis

Cyrogel sponge slowly releases stem cells to reverse arthritis in mice

With no real forms of treatment other than pain-relieving medications or a full joint replacement, osteoarthritis remains a difficult disorder to tackle, at great pain and discomfort to sufferers. Regenerating the degrading tissue in worn out joints th… Continue reading Cyrogel sponge slowly releases stem cells to reverse arthritis in mice

Anti-depressant found to promote healing in osteoarthritic joints

As a degenerative disease that gradually wears away at the joint cartilage and causes great pain for sufferers, scientists are searching far and wide for potential cures for osteoarthritis. For researchers at Pennsylvania State University, that search … Continue reading Anti-depressant found to promote healing in osteoarthritic joints

Smart cartilage drip feeds arthritis drugs into joints under stress

Although anti-inflammatory drugs can be used to tackle conditions like osteoarthritis, there are downsides to our current methods of delivery, including the need for regular injections or the fact that these medications affect the entire body. New rese… Continue reading Smart cartilage drip feeds arthritis drugs into joints under stress

Experimental gene therapy prevents obesity, builds muscle, without exercise or dieting

A compelling new study, led by scientists from Washington University School of Medicine in St. Louis, has found a novel gene therapy can prevent obesity and build muscle without the need for additional exercise, in mice being fed a high-fat diet.Contin… Continue reading Experimental gene therapy prevents obesity, builds muscle, without exercise or dieting