An experimental inhibitor regrew cartilage in aged mice, opening up an alternative to arthritis and prosthetics.
For the first time ever, an anti-aging drug is providing hope for millions who suffer from this common condition.
Dr. Reske has proven leadership in clinical development and regulatory affairs following key role in FDA approval of cartilage repair product Agili-C leading to CartiHeal's $330 million acquisition ...
A research lab at the University of Caen Normandy (France) has succeeded in making cartilage using decellularized apples.
ZME Science on MSN
Scientists found a way to regrow cartilage without using stem cells
Cartilage is the body’s most stubborn tissue. Once it wears away, it’s usually gone for good. This biological dead-end is the engine behind osteoarthritis, a grueling condition that stiffens joints, ...
This rare outcome in cartilage repair suggests true biological cartilage regeneration, not merely defect filling Unlike ...
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 ...
In a study conducted at the University of Connecticut, a team led by Asst. Prof. Thanh Nguyen and postdoctoral fellow Yang Liu explored the use of a "tissue scaffold" made out of nanofibers of a ...
Osteoarthritis (OA) refers to a group of mechanically-induced joint disorders to which both genetic and acquired factors contribute. Current pathophysiological concepts focus on OA as a disease of the ...
Current intra-articular drug delivery methods do not guarantee sufficient drug penetration into cartilage tissue to reach cell and matrix targets at the concentrations necessary to elicit the desired ...
Choosing what type of piercing to get next in your ear is a tough decision. Once you have your lobes pierced, the options get infinitely more complicated. Whether it's your rook, tragus, helix, ...
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.
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