Conducive to hematopoietic function: Vanadium can stimulate the hematopoietic function of bone marrow, promote the synthesis of heme, and can effectively treat various anemias. The mechanism of vanadium stimulating hematopoiesis is by inhibiting the oxidation-reduction system, causing hypoxia, thereby stimulating the hematopoiesis of bone marrow. Vanadium can enhance the physiological effect of iron on red blood cells. Studies have shown that animals that consume sufficient vanadium can increase their hemoglobin and red blood cell count. Prevent dental caries: Vanadium ions in tooth enamel and dentin can increase the hardness of hydroxyapatite and increase the adhesion between organic and inorganic substances. Because tooth enamel and dentin both belong to apatite, vanadium can be substituted into apatite molecules, which can effectively prevent dental caries. Concentrations of vanadium are higher in drinking water from areas with low dental caries incidence. Promotes bone growth: Vanadium also has a positive impact on bone health. It promotes calcium absorption and bone formation, helping to prevent osteoporosis. Vanadium also increases bone stability and reduces the risk of fractures. Regulate kidney function: The kidneys have an accumulation effect on vanadium, mainly because the kidneys can absorb accumulated VO2+ compounds. Since vanadate is absorbed and accumulated in a large concentration in the kidneys and is mainly excreted in the urine, similar to diuretics, this indicates that vanadium has the effect of regulating renal function. Beneficial to cardiovascular disease: When the concentration of vanadium in the body is at normal levels, it can promote lipid metabolism, inhibit cholesterol synthesis, promote the conversion of cholesterol into cholic acid, reduce plasma phospholipids and cholesterol levels, and reduce aortic cholesterol concentration. Reduce the degree of induced arteriosclerosis
