GreenSelenium®
GreenSelenium® is a highly bioavailable form of the mineral selenium, which is essential for preventing disease and supporting good health. GreenSelenium® technology provides the first organic selenium manufactured with “green” solvents and with the environmentally friendly process eliminating pollution — which is so important to modern consumers. Free Shipping 60 Tablets
An essential nutrient is a nutrient, e.g. trace mineral, required for normal body functioning but cannot be synthesized by the body, and therefore must be supplied through diet. The need for selenium as an essential element (mineral) in nutrition for the prevention of disease was established by Schwarz and Foltz in 1957.
Epidemiological investigations in Finland, a low-selenium area, indicated an association of low nutritional selenium status and increased cardiovascular disease. It also has been postulated that an unusually high mortality rate from cardiovascular disease in southwestern Georgia (U.S.) might be due to selenium deficiency.
Selenium deficiency has been linked with a number of symptoms in animals. Human selenium deficiency has been well documented in the pathogenesis and pathology of Keshan disease – a multifactorial myocarditis occurring in the Chinese province of Keshan, where the soil, from which the food that feeds the population grows, is severely lacking in selenium. Besides cardiomyopathy, the following clinical and/or laboratory manifestation of selenium deficiency in humans have been described: goiter (enlargement of thyroid due to iodine deficiency aggravated by selenium deficiency), myositis (inflammation of muscles), whitening of the fingernail beds, pseudoalbinism (skin changes), elevated creatinine kinase derived from muscles (enzyme indicative of muscle damage), macrocytosis, osteoarthropathy (known as Kashin-Beck disease, a degenerative bone condition occurring in regions of Tibet where the soil lacks selenium) and male infertility.
Epidemiological investigations in Finland, a low selenium area, indicated an association of low nutritional selenium status and increased cardiovascular disease. It also has been postulated that an unusually high mortality rate from cardiovascular disease in southwestern Georgia (U.S.) might be due to selenium deficiency. The inverse association between selenium levels and the carcinogenesis in various sites of the body including cancer of the liver, mammary gland, esophagus, stomach, colon, rectum, lung, urinary tract, prostate, female reproductive organs, thyroid, hematologic system, oral cavity, pharynx, and skin has been noted.