Natures Aid Calcium, Magnesium + Zinc 90 Tablets

Calcium helps to reduce the loss of bone mineral in post-menopausal women. Low bone mineral density is a risk factor for osteoporotic bone fractures. Calcium a contributes to the maintenance of normal bones and teeth. Magnesium also helps support the maintenance of normal bones and teeth and contributes to normal muscle function and a reduction in tiredness & fatigue. Zinc contributes to the maintenance of normal bones as well as the maintenance of normal hair, skin and nails. Just 2 tablets a day will provide the RDA of all these important nutrients.

USAGE

Take 2 tablets per day with food. Do not exceed the recommended intake.

ADDITIONAL INGREDIENTS

Microcrystalline Cellulose, Tablet Coating Hydroxypropylmethylcellulose, Calcium Carbonate, Glycerine), Sodium Carboxymethylcellulose, Anticaking Agents (Vegetable Source Magnesium Stearate, Silicon Dioxide).

ALLERGENS

Vegetarian and Vegan. No artificial colours or flavours. FREE FROM: GM, corn, dairy, lactose, gluten, wheat, yeast, nuts, salt, soya, starch and sugar.

EFSA APPROVED CLAIMS

• Calcium and Magnesium are needed for the maintenance of normal bones • Zinc contributes to the maintenance of normal bones • Calcium, Magnesium and Zinc have a role in the process of cell division and specialisation • Calcium and Magnesium are needed for the maintenance of normal teeth • Calcium and Magnesium contribute to normal muscle function • Calcium contributes to normal: ◦ blood clotting ◦ energy-yielding metabolism ◦ neurotransmission ◦ function of digestive enzymes • Magnesium contributes to: ◦ a reduction of tiredness and fatigue ◦ electrolyte balance ◦ normal energy-yielding metabolism ◦ normal functioning of the nervous system ◦ normal protein synthesis • Zinc contributes to normal: ◦ DNA synthesis ◦ acid-base metabolism ◦ carbohydrate metabolism ◦ macronutrient metabolism ◦ protein synthesis • Zinc contributes to the maintenance of normal: ◦ hair ◦ nails ◦ skin •Zinc contributes to the protection of cells from oxidative stress