Exercise is overlooked treatment for osteoarthritis

Millions worldwide suffer from osteoarthritis, yet many miss out on the most effective treatment: exercise. Experts highlight that movement nourishes joints and reduces pain more than surgery or medications in many cases. Studies show fewer than half of diagnosed patients receive referrals for physical activity programs.

Osteoarthritis affects more than 595 million people globally and could reach one billion by 2050, driven by longer lifespans, sedentary lifestyles, and rising obesity rates. The condition involves the entire joint, including cartilage, fluid, bone, ligaments, muscles, and nerves, rather than just wear and tear.

Cartilage lacks its own blood supply and relies on movement to stay healthy. When joints are compressed during activities like walking, fluid is pushed out, and upon release, it draws in nutrients and lubricants. This process supports repair and maintenance, countering the disease's progression.

Despite evidence that exercise strengthens muscles, reduces inflammation, and improves joint function, it is underutilized. Research from Ireland, the UK, Norway, and the United States indicates that fewer than half of osteoarthritis patients are referred to exercise or physical therapy by primary care providers. Over 60 percent receive non-recommended treatments, and about 40 percent are sent to surgeons before exploring non-surgical options.

Programs like GLA:D, designed for hip and knee osteoarthritis, involve supervised group sessions focusing on movement quality, balance, and strength. Participants report reduced pain, better function, and improved quality of life for up to 12 months post-program. Exercise also addresses obesity-related inflammation by lowering markers and influencing gene expression to support joint health.

No medications alter osteoarthritis's course, and while surgery helps some, it carries risks. Experts, including Clodagh Toomey from the University of Limerick, emphasize exercise as a first-line, low-risk approach that benefits overall health across chronic conditions.

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Split-image illustration depicting knee cartilage regeneration in mice and human tissue from a Stanford Medicine study on 15-PGDH inhibitor.
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Stanford study finds 15-PGDH inhibitor regrew knee cartilage in mice and slowed osteoarthritis changes in human tissue

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Stanford Medicine researchers report that blocking the enzyme 15-PGDH reversed age-related cartilage loss in older mice and reduced osteoarthritis-like damage after ACL-like knee injuries. In lab experiments, cartilage taken from knee replacement surgeries also showed early signs of regeneration after exposure to the inhibitor, findings published in *Science*.

An umbrella review and pooled analysis published in BMJ’s open-access journal RMD Open concludes that exercise therapy—widely promoted as a first-line treatment for osteoarthritis—delivers, at most, small and short-term improvements in pain and function compared with placebo or no treatment, with benefits appearing smaller in larger and longer-term trials.

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Researchers at the University of Colorado Boulder have demonstrated that a single injected drug-delivery system can reverse osteoarthritis in animals within weeks. The team, led by chemical and biological engineer Stephanie Bryant, reported success in early animal experiments. They aim to advance to human trials after further safety testing.

A new analysis reveals that the body compensates for increased exercise by reducing energy use elsewhere, limiting weight loss. This effect is stronger when combined with dieting. Researchers from Duke University examined 14 trials to reach these findings.

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Morning stiffness is common after 40 and often harmless. But if it lasts long or comes with swelling and fatigue, it may signal a deeper problem. Doctors advise not ignoring these signs.

Researchers at Lund University in Sweden have created a cell-free cartilage scaffold that guides the body to repair damaged bone. The innovation, tested successfully in animal models, avoids strong immune reactions and offers a universal alternative to patient-specific grafts. Plans are underway to test it in human clinical trials.

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Researchers at Emory University have discovered that excessive brain and muscle activity during minor balance disruptions contributes to poorer balance recovery in older adults, including those with Parkinson's disease. The study, published in eNeuro, reveals that trying harder to balance may actually increase fall risk. Opposing muscles stiffening simultaneously further impairs stability.

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