Reacted Magnesium Supplement - Muscle Relaxation - Bone Formation - 120 Vegetable Capsules, 200mg per Serving

Magnesium is a naturally occurring mineral that is important for many systems in the body especially the muscles and nerves. The NutraBio Magnesium (200mg) exerts a relaxant effect on muscles by inhibiting calcium influx and smooth muscle contraction. Magnesium is called the anti-stress mineral because it promotes relaxation, supports nerve conduction and helps induce restful sleep. Magnesium is essential for bone matrix formation and helps maintain bone strength. Magnesium deficiency can result in low calcium and cause vitamin D abnormalities. Magnesium may play an important role in regulating blood pressure and cardiac rhythm and assisting cardiac muscle function. Magnesium is involved in glucose metabolism and insulin action. More than 30% of diabetics are low in magnesium. Low levels have been linked to insulin resistance and abnormal glucose tolerance. SUPERIOR QUALITY - NutraBio uses only the best, and this product is no exception. Our Magnesium is gluten free, soy free, vegetarian, third-party tested, non-GMO, certified kosher, and made in the USA. Our manual encapsulation process ensures our products are free of fillers and stearates. THIRD PARTY TESTED, FULL DISCLOSURE – Like all NutraBio products, our Magnesium is tested by an independent third party lab to ensure it is both pure and that it meets our strict quality standards. All NutraBio products feature fully transparent labels with no proprietary blends. • MUSCLE RELAXATION – Magnesium, a crucial electrolyte, has a relaxant effect on muscles by inhibiting calcium influx and smooth muscle contraction. This may also prevent muscle cramps. • IMPROVE SLEEP QUALITY – Studies have found that supplemented magnesium is associated with an improvement in sleep quality in persons with poor sleep quality. • ENHANCE ATHLETIC PERFORMANCE – Supplemented magnesium has been associated with an improvement in aerobic exercise performance, as well as an improvement in muscle oxygenation in at least one study.