Glucosamine Sulfate

Glucosamine sulfate is a natural derivative of aminomonosaccharide, and it is an important component of cartilage matrix for the synthesis of proteoglycan. Proteoglycan can absorb the impact force of articular cartilage by inhibiting the tensile force of collagen fibers. In the early stage of degenerative disease, the biosynthesis of aggregation of Glucosamin increased; In the late stages of the disease, the opposite. This leads to the weakening of cartilage elasticity and the gradual emergence of many symptoms of arthritis. Aminomonosaccharide can stimulate chondrocytes to produce glycoprotein with normal polymer structure, inhibit some enzymes (such as collagenase) that can damage articular cartilage, prevent the damage of corticosteroids and some non steroidal anti-inflammatory drugs on chondrocytes and reduce the release of endotoxin factor in damaged cells. In the development of arthritis, it is possible to supplement exogenous glucosamine. Therefore, glucosamine can play a direct anti-inflammatory role, alleviate the pain symptoms of osteoarthritis, improve the joint function, and prevent the development of osteoarthritis.

1.Glucosamine sulfate can regulate human immunity. It can stimulate chondrocytes to produce glycoprotein with normal polymer structure. Inhibit some enzymes (such as collagenase) that can damage articular cartilage; To prevent the damage of chondrocytes caused by corticosteroids and some non steroidal anti-inflammatory drugs and to reduce the release of endotoxin factor in injured cells.

2.Glucosamine sulfate can relieve osteoporosis,which is an important component of cartilage matrix to synthesize proteoglycan. Proteoglycan can absorb the impact force of articular cartilage by inhibiting the tensile force of collagen fibers. Osteoporosis patients can effectively relieve bone and joint pressure.

3.Glucosamine sulfate can alleviate arthritis. In the development of arthritis, supplement of exogenous glucosamine may play a beneficial role. In vitro, if glucosamine was supplemented, the chondrogenic polymorphous cells could synthesize more aggregated glucosamine. In the animal model of arthritis, glucosamine also has antioxidant effect and inhibits the production of superoxide free radicals in injured cells. Through the above ways, glucosamine can play a direct anti-inflammatory role, relieve the pain symptoms of osteoarthritis, improve joint function, and prevent the development of osteoarthritis.