Potassium Orotate® is a non-hormonal, anabolic agent, which is a potassium salt of carboxylic acid. It has a general stimulating effect on metabolic processes. It is a stimulant for the synthesis of nucleic acids involved in protein synthesis; it enhances reparative and regenerative processes in body tissues.

  • Orotic acid is the “ancestor” of the substance in acids, synthesizing protein molecules. It was discovered in 1904 by the scientists Biscaro and Belloni. And in 1953, the scientists Manna and Hauge proved that vitamin B13 and orotic acid are identical.[1] Orotic acid enhances the formation of albumin in the liver, especially in case of prolonged hypoxia that occurs in some diseases, such as heart failure. It improves the tolerance to cardiac glycosides and increases diuresis.
  • Potassium is another active substance of the drug which activates the benefits of orotic acid. Potassium is present in the body of every person and is considered one of the most important minerals. It regulates water balance, stimulates muscle contraction and membrane potential. This substance is contained in the cells (80%) and in the intercellular space (20%), being constantly washed out of the cell cytoplasm. To maintain the required concentration, potassium needs to be injected back into the cells, which is carried out using sodium. Hypokalemia (potassium deficiency) develops in case of the potassium-sodium interaction failure because of the insufficient intake of the microelement in the body or its poor absorption. In this regard, it is necessary to compensate for the deficiency of the vital mineral by using various drugs, such as Potassium Orotate®.

Given the medical properties of the drug, it can be called a low-risk medication with a wide range of indications for use:

  • Heart failure;
  • Muscle dystrophy;
  • Anaemia;
  • Therapy of hepatic pathologies;
  • Overexertion;
  • Stimulation of anabolic process.

Sometimes bodybuilders also use Potassium Orotate® for their purposes: muscle growth, cutting training, prevention of pathologies of the heart and blood vessels against intensive steroid courses.

Close analogs:

  • Magne B6;
  • Panangin;
  • Asparcam;
  • Potassium Chloride.

[1] http://www.jbc.org/content/202/1/91.citation