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Collagen makes up 70%~80% of the organic matter in bones, while inorganic matter accounts for 71%, mainly calcium salts such as hydroxyapatite. The network structure of collagen peptides is crucial for maintaining the integrity of bone structure and its biomechanical properties. Therefore, some people call collagen peptides the 'bones within bones'. If a long bone is likened to a cement pillar, then collagen fibers are the steel reinforcement framework of this pillar. A lack of collagen peptides in long bones is like using substandard steel reinforcement in a building, increasing the risk of fracture. After the age of 30, the body's ability to synthesize collagen decreases, with loss exceeding synthesis. Collagen deficiency prevents calcium from binding to bones, leading to bone calcium loss and osteoporosis. Furthermore, postmenopausal women experience accelerated loss of collagen and calcium, accelerating the development of osteoporosis. Prevention and improvement of osteoporosis are crucial. Haidisen's specialized bone collagen peptides effectively prevent and strengthen bone density and toughness, making young people stronger and the elderly healthier and longer-lived!

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