Yamamoto® Nutrition - "ArthroMINE®" - Joint Function
Yamamoto® Nutrition's "ArthroMINE®" for joint function & support
Yamamoto® Nutrition now presents "ArthroMINE®". It is a dietary supplement that contains Glucosamine, Methylsulfonylmethane (MSM), Hyaluronic acid, Chondroitin Sulphate, various plant extracts as well as vitamins and minerals. It is suitable for athletes who engage in strenuous physical activities, especially those that tend to put pressure on the joints or people with physically active/demanding jobs that also put continous stress on the joints. The vegetable ingredients found in "ArthroMINE®" promote joint function (Curcuma, Scutellaria) and work against localised tension (boswellia, ginger, white willow). Also, the Vitamin C found within the product contributes to a normal collagen formation for a normal cartilage function, while the manganese mineral contributes to a normal formation of connective tissues. Finally, the Vitamin D in "ArthroMINE®" contributes to the maintenance of a normal muscle function and - along with the zinc mineral, to the maintenance of normal bones. "ArthroMINE®" by Yamamoto® Nutrition is a complex formula to promote joint function and work agaist localised tension, based on the Italian company's formula of 14 different ingredients that work in synergistic manner.
Are you one to lift heavy and really stress out the joints and connective tissue? Do you even have an active and physically demanding job, perhaps alongside lifting weights recreationally? If you are seeking a worthy candidate to help your body protect and strengthen its' joints and connective tissue, "ArthroMINE®" by Yamamoto® Nutrition is the answer for you. To experience maximized effect from a product intended to support joint function and connective tissue health, you could pair it up with another connective tissue protective product such as "Effortex®" by Yamamoto® Nutrition. Find it via the link here.
To view our full line of Yamammoto® Nutrition products, click here. If you wish to visit the manufacturer's own website, click here.