Characteristics:

Calcium from marine algae (Ca): – Calcium is a nutrient essential for enzymatic functions such as building and maintaining bones, muscle contraction and relaxation, nerve impulse transmission, and blood clotting. Calcium deficiency is a primary cause of decreased bone mass and osteoporosis. A lack of calcium can also lead to delayed growth in infants and children, increasing the risk of rickets and tetany.
Chitooligosaccharides – Help promote the growth of bifidobacteria and have a positive effect on intestinal function, constipation, and colon cancer prevention.
B-complex vitamins – Play an important role in cellular metabolism. They stimulate the immune system, metabolism, and nervous system function.
Magnesium – An essential mineral for bone health that is often underestimated. It plays a key role in maintaining bone strength and supports proper calcium absorption, which is especially important for bone maintenance and osteoporosis prevention.
Vitamin C – An effective aid in colds and flu and an active supporter of the immune system. It is a powerful antioxidant that helps protect cells from damage caused by free radicals in the body.
Marine collagen – A type of collagen derived from fish and marine organisms that has gained popularity due to its potential health benefits, including support for bones and joints. It contains high levels of amino acids such as glycine and proline, which are essential for maintaining the structure of connective tissues, including bones and cartilage.
Vitamin C – Plays an important role in bone health, although it is most commonly associated with immune support and antioxidant protection. It is essential for collagen synthesis—the primary protein that forms the structural basis of connective tissues, including bones, cartilage, and joints. Without sufficient vitamin C, the body cannot produce enough collagen, which may lead to deterioration of bone structure.
Fucoidan – A sulfated polysaccharide found in brown seaweed that, due to its unique biological properties, has attracted attention in bone health research. Its effects on osteogenic differentiation and bone mineralization are associated with several mechanisms:
Stimulation of osteogenic differentiation: – Osteogenic differentiation is the process by which mesenchymal stem cells transform into osteoblasts—the cells responsible for forming new bone tissue. Fucoidan stimulates this process by activating molecular signaling pathways that promote the conversion of stem cells into osteoblasts. These cells then begin synthesizing proteins such as type I collagen, which are necessary for forming the bone matrix and provide the foundation for subsequent mineralization.
Enhancement of the anabolic effect on bone mineralization: – Bone mineralization is the process of accumulating minerals such as calcium and phosphorus within the bone matrix, making bones hard and strong. Fucoidan supports this process by increasing osteoblast activity and accelerating mineral deposition in bone tissue. This results in an enhanced anabolic (constructive) process aimed at restoring and strengthening bone structure.
Thus, fucoidan simultaneously stimulates the formation of osteoblasts (bone-forming cells) and enhances mineral accumulation, contributing to improved bone density and strength. These properties are especially beneficial for preventing age-related changes in bone tissue, such as osteoporosis.