12-18-2025, 07:20 PM
(Ten post był ostatnio modyfikowany: 12-18-2025, 07:22 PM przez E-D-255.)
po co go usuwałeś?
Tu ciekawostka o wanadzie, https://pubmed.ncbi.nlm.nih.gov/25371519/ Jest tu ktoś kto zauważył jakiekolwiek jego działanie Czy jest tu ktoś kto suplementował wanad ale nie to chelatowane gowno od swansona ?
Essentiality and toxicity of vanadium supplements in health and pathology
The biological properties of vanadium complexes have become an object of interest due to their therapeutic potential in several diseases. However, the mechanisms of action of vanadium salts are still poorly understood. Vanadium complexes are cofactors for several enzymes and also exhibit insulin-mimetic properties. Thus, they are involved in the regulation of glucose metabolism, including in patients with diabetes. In addition, vanadium salts may also normalize blood pressure and play a key role in the metabolism of the thyroid and of iron as well as in the regulation of total cholesterol, cholesterol HDL and triglyceride (TG) levels in blood. Moreover, in cases of hypoxia, vanadium compounds may improve cardiomyocytes function. They may also exhibit both carcinogenic and anti-cancer properties. These include dose- and exposure-time-dependent induction and inhibition of the proliferation and survival of cancer cells. On the other hand, the balance between vanadium's therapeutic properties and its side effects has not yet been determined. Therefore, any studies on the potential use of vanadium compounds as supplements to support the treatment of a number of diseases must be strictly monitored for adverse effects
Tu ciekawostka o wanadzie, https://pubmed.ncbi.nlm.nih.gov/25371519/ Jest tu ktoś kto zauważył jakiekolwiek jego działanie Czy jest tu ktoś kto suplementował wanad ale nie to chelatowane gowno od swansona ?
Essentiality and toxicity of vanadium supplements in health and pathology
The biological properties of vanadium complexes have become an object of interest due to their therapeutic potential in several diseases. However, the mechanisms of action of vanadium salts are still poorly understood. Vanadium complexes are cofactors for several enzymes and also exhibit insulin-mimetic properties. Thus, they are involved in the regulation of glucose metabolism, including in patients with diabetes. In addition, vanadium salts may also normalize blood pressure and play a key role in the metabolism of the thyroid and of iron as well as in the regulation of total cholesterol, cholesterol HDL and triglyceride (TG) levels in blood. Moreover, in cases of hypoxia, vanadium compounds may improve cardiomyocytes function. They may also exhibit both carcinogenic and anti-cancer properties. These include dose- and exposure-time-dependent induction and inhibition of the proliferation and survival of cancer cells. On the other hand, the balance between vanadium's therapeutic properties and its side effects has not yet been determined. Therefore, any studies on the potential use of vanadium compounds as supplements to support the treatment of a number of diseases must be strictly monitored for adverse effects