OSTROVIT VITA&MINERALS SPORT - 60 CAPS

OstroVit Vita&Minerals Sport is a comprehensive dietary supplement that contains valuable vitamins and minerals, as well as amino acids and plant extracts. It is a preparation in the form of easy-to-swallow capsules, created for athletes and people leading an active lifestyle.
OstroVit Vita&Minerals Sport - comprehensive source of valuable ingredients
Vitamins are exogenous substances that must be supplied to the system with food, since the body is not capable of producing them on its own. These are compounds that do not perform nutritional or energy functions, but are nevertheless necessary for the proper functioning of the body.

Minerals are a group of nutritional elements that are not synthesized by the human body and must be supplied to the system from the outside, with daily food and/or dietary supplements. These are compounds that are not a source of energy, but are necessary for the proper functioning of the body. Minerals used in OstroVit preparation are distinguished by their high bioavailability, which positively affects the absorption and quality of the dietary supplement.

Properties of the ingredients contained in OstroVit Vita&Minerals Sport
Vitamin A contributes to the normal functioning of the immune system, while thiamine contributes to the maintenance of proper energy metabolism, while niacin contributes to the reduction of tiredness and fatigue. Biotin helps maintain normal psychological functions, and vitamin B12 plays a role in cell division. Vitamin C helps maintain proper immune system function during and after intense exercise, while vitamin D supports proper muscle function, and vitamin E helps protect cells from oxidative stress. Magnesium helps maintain electrolyte balance, and calcium supports proper muscle function. In turn, potassium helps in the proper functioning of the nervous system, and zinc contributes to maintaining proper macronutrient metabolism. Selenium helps protect cells from oxidative stress, and iron supports the proper transport of oxygen in the body.