OSTEOCARE CHEWABLE TABS 30S

Description

For nutritional support that’s easier to swallow, Osteocare Chewable Tabs 30s give you Calcium and co-factors like Vitamin D in great-tasting orange and peppermint chewable tablets.

• Based on the original Calcium, Magnesium, Vitamin D and Zinc formula
• Calcium, magnesium, vitamin D and zinc which contribute to the maintenance of normal bones
• With Vitamin D3, the preferred form of Vitamin D
• Osteocare is proud to support the Royal Osteoporosis Society
• UK’s No.1 calcium supplement brand

• This is a multivitamin and multimineral supplement for adults and children.
• Each tablet contains vitamin D (as vit d3), Calcium, Magnesium, Zinc, Copper, Manganese, selenium and Boron.

Osteocare is the UK’s no.1 calcium formula for men, women and children. It has been scientifically developed on the basis of the very latest research to provide a rich source of calcium and co-factors including vitamin D which helps with the normal absorption of calcium by the body in a great tasting orange & peppermint chewable tablet.

Osteocare Chewable tabs 30s contain the preferred D3 form of vitamin D. Vitamin D3, also known as cholecalciferol, is the form of vitamin D that is produced by the skin on exposure to sunlight. D3 is the preferred form of vitamin D because it is the specific form made in the human body and therefore more effective than D2 which is found in some supplements.

Calcium plus co-factors

Osteocare Chewable tabs 30s provide 100% NRV (Nutrient Reference Value) of calcium carefully combined with co-factors including vitamin D, zinc and magnesium which help to maintain normal bones.

Calcium is important for everyone

Ensuring an adequate intake of calcium is vital for men and women of all ages, as evidence suggests that healthy practices early in life, including the adequate consumption of calcium and trace elements, contribute to normal bone health and optimal bone mineralisation. Peak bone mass, obtained during childhood and adolescent growth is known to be of major importance in maintaining bones later in life.