DHC Rakuraku Ex with Glucosamine for Joint Mobility Restoration, 30-Day Japan - 240 tablets

DHC Rakuraku Ex with Glucosamine for Joint Mobility Restoration, 30-Day This DHC complex of chondroprotectors is designed for the treatment and prevention of arthritis, arthrosis, and other joint-related conditions. It consists of 10 active components: chondroitin, Thai black ginger, polymethoxyflavones, MSM (methylsulfonylmethane), type II collagen, 5-Loxin, hyaluronic acid, CBP (concentrated whey active protein), and elastin peptides. Key Benefits: • Reduces joint and spine pain and inflammation: Helps alleviate symptoms of arthritis, arthrosis, and osteochondrosis while improving joint flexibility and mobility. • Promotes cartilage regeneration: Restores cartilage tissue and synovial fluid, accelerating recovery after injuries and surgeries. • Prevents age-related joint changes and osteoarthritis in individuals with increased physical activity. • Comprehensive joint health support: The combination of chondroitin, glucosamine, CBP, and fibrillar collagen II promotes cartilage regeneration, making movements painless. Hyaluronic acid, collagen peptides, and elastin peptides enhance joint flexibility and elasticity, while MSM and Thai black ginger extract effectively address joint and ligament pain. Active Ingredients: Chondroitin: Enhances cartilage regeneration, offering anti-inflammatory and analgesic effects. Glucosamine: Activates cartilage metabolism. 5-Loxin: Clinically studied and patented, it improves joint function, protects collagen, and offers anti-inflammatory effects, especially for knee and hip arthritis. Elastin Peptide: Supports connective tissue elasticity and prevents wear and tear. Hyaluronic Acid: A key component of joint fluid, promoting cartilage elasticity. Collagen Peptide: The primary component of connective tissues. Fibrillar Collagen II: Essential for tendons, bones, skin, and connective tissues. CBP: Aids in calcium retention and absorption in the body. Thai Black Ginger Extract: Known for its anti-inflammatory properties, used in…