147 athletes with joint pain were divided into two groups: one took FORTIGEL® and the other took a placebo. After 24 weeks, the FORTIGEL® group showed a significant reduction in joint pain compared to placebo. - Link to the study

3 athletes with damaged cartilage in the knee and ankle were given FORTIGEL®. As a result (based on MRI imaging), joint surfaces were restored and joint health and mobility improved. - Link to the study

In a double-blind, placebo-controlled study, 30 individuals with knee joint damage received FORTIGEL® daily for 48 weeks. MRI scans showed a significant increase in cartilage density. - Link to the study

In a study of 160 young adults with physical-activity–related knee pain, participants received FORTIGEL® or a placebo daily for 12 weeks. After 6 weeks, the FORTIGEL® group showed significant improvements in pain, stiffness, and physical function, with further improvement after 12 weeks. - Link to the study

A study with 20 participants with chronic Achilles tendon injury involved daily intake of 5 g of TENDOFORTE® and a specialized exercise protocol for 6 months. After 3 months, 12 participants started running again, and the benefits persisted even after a 3-month break, suggesting long-term effects. - Link to the study

A study in 50 people with ankle instability showed that a daily intake of 5 g of TENDOFORTE® for 6 months, compared to placebo, significantly improved ankle stability during everyday activities and sports and reduced the number of injuries. - Link to the study

Collagen alleviates symptoms of knee cartilage wear (osteoarthritis) and is very well tolerated. - Link to the study

A double-blind, placebo-controlled study showed that collagen peptides have potential in treating cartilage wear (osteoarthritis) and maintaining joint health. - Link to the study

Collagen peptide supplementation combined with exercise improves joint function, reduces pain, improves body composition, muscular strength, and recovery. - Link to the study

Collagen is a key component of cartilage and may play a crucial role in its regeneration. - Link to the study

Collagen peptide supplementation reduces pain and improves joint function. - Link to the study

Collagen products rich in collagen peptides significantly improve skin hydration, elasticity, and appearance, including wrinkle reduction, compared to placebo. - Link to the study

Chondroitin and glucosamine may help with cartilage wear (osteoarthritis), as they may support cartilage repair and help rebalance the ratio between cartilage formation and breakdown. - Link to the study

A meta-analysis of studies lasting 12 months or longer found a statistically significant effect on cartilage volume with chondroitin and glucosamine use. - Link to the study

Glucosamine

A meta-analysis of 17 randomized, double-blind studies with glucosamine sulfate found a small but statistically significant reduction in pain. - Link to the study

In addition to its direct structural role, glucosamine also shows anti-inflammatory effects, which may reduce osteoarthritis progression and alleviate symptoms. - Link to the study

Chondroitin

In addition to its direct structural role, chondroitin also shows anti-inflammatory effects, which may reduce the progression of cartilage wear (osteoarthritis) and alleviate symptoms. - Link to the study

Chondroitin may produce a mild but significant short-term reduction in osteoarthritis pain. - Link to the study

A meta-analysis of 18 randomized controlled trials found a mild but statistically significant reduction in pain and a small improvement in physical function with chondroitin use. - Link to the study

Turmeric extract significantly reduces knee pain and improves physical function compared to placebo, with effects comparable to anti-inflammatory drugs. Turmeric also has 12% fewer side effects than anti-inflammatory drugs. - Link to the study - Link to the study

Curcumin can significantly reduce symptoms of cartilage wear (osteoarthritis), including pain, compared to placebo, with effects comparable to drugs such as ibuprofen. - Link to the study

Curcumin may be an effective adjunct to traditional osteoarthritis treatment. - Link to the study

The combination of curcumin and boswellia significantly improved pain and joint function compared to placebo. - Link to the study

Turmeric and ibuprofen produced similar results in reducing pain and improving joint function. - Link to the study

Curcumin led to a significant reduction in pain in patients with knee osteoarthritis, especially in those with high baseline pain levels. - Link to the study

Curcumin and diclofenac (a pain medication) were both effective in improving pain and quality of life in people with knee osteoarthritis. - Link to the study

Curcumin was safe and effective in alleviating osteoarthritis symptoms. - Link to the study

Curcumin significantly improved osteoarthritis symptoms and reduced pain compared to placebo. - Link to the study

Curcumin is effective in reducing pain and may be comparable to commonly used medications such as paracetamol (acetaminophen). - Link to the study

Curcumin helps reduce levels of certain inflammatory markers in the body, which may be useful in preventing chronic diseases. - Link to the study

Curcumin significantly reduces pain and improves knee function compared to placebo. - Link to the study

According to a meta-analysis, curcumin is more effective than pain medications at reducing pain and improving knee function. - Link to the study

Curcumin improves knee pain and function similarly to pain medications. No serious side effects were reported in any of the studies. - Link to the study

Curcumin helps reduce levels of certain inflammatory compounds in the body, which may help in treating chronic inflammation. - Link to the study

Curcumin supports muscle recovery by reducing soreness and inflammation and improving antioxidant capacity. - Link to the study

Piperine, the active compound in black pepper, increases the absorption and bioavailability of various nutrients in Complex™ Joint Ultra Care—especially curcumin—by up to 20×!

Link to the study

MSM reduces pain and improves knee function in people with cartilage damage (osteoarthritis) without causing side effects. - Link to the study

MSM provides positive evidence for treating mild to moderate knee osteoarthritis. - Link to the study

MSM supplements may improve inflammation, joint/muscle pain, oxidative stress, and antioxidant capacity, without side effects. - Link to the study

MSM may be effective in reducing cartilage degradation in mouse models of osteoarthritis, but high doses may cause organ atrophy. - Link to the study

Vitamin C supplements may have potential in preventing osteoarthritis, but more high-quality studies are needed to confirm its effectiveness in treatment and prevention. - Link to the study

Vitamin C may improve bone health and tendon healing, reduce post-surgical pain, and help prevent complex regional pain syndrome after orthopedic procedures. - Link to the study

Adding vitamin C to dietary supplements may help alleviate knee osteoarthritis symptoms and improve quality of life in young people with early-stage osteoarthritis. - Link to the study

Hydrolyzed collagen supplements enriched with vitamin C may improve collagen formation. - Link to the study

Vitamin C helps maintain optimal collagen density in the skin. - Link to the study

Vitamin C supports skin health by stimulating collagen production and helping protect against UV-induced damage. - Link to the study

Boswellia serrata appears to reduce pain, likely due to the active compound AKBA, which inhibits an enzyme responsible for inflammation. - Link to the study

A 2020 meta-analysis of 7 randomized controlled trials found that men and women with joint damage experienced improvements in joint pain, stiffness, and function after 4 weeks of Boswellia serrata supplementation. Even greater pain reduction was observed when BS was taken for 12 weeks. - Link to the study

Boswellia serrata supplementation has a beneficial effect on symptoms in patients with knee joint damage. - Link to the study