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    Box with tablets containing 15 mg organic zinc

    Bio - Zinc. Easily absorbed, organically bound zinc

    • Organically bound zinc ensures a high absorption
    • Zinc gluconate with 15 mg zinc in each tablet
    • For Skin, hair, nails and bones
    • Supports normal acid-base metabolism
    • Contributes to a normal immune function
    • Manufactured under pharmaceutical control
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    Pharma Nord

    1 tablet contains     % RDA*
    Zinc 15 mg   150%

    Product Facts

    1 tablet daily for adults and children 11 years and older.
    The recommended daily dose should not be exceeded.
    Not recommended for pregnant women and children under one year unless recommended by a doctor.

    Can be taken with meals. However, for best utilization, take between meals. Preferably before bedtime.

    Content 90 tablets = 32 g

    Mineral: (Zinc gluconate).
    Bulking agent: Microcristallene cellulose.
    Anti-caking agent: Magnesium salts of fatty acids, silica.

    Dark, dry and at room temperature.
    Keep out of reach of young children.

    What is Bio-Zinc?

    Bio-Zinc is made up of round, white tablets with clean, organically bound zinc in the form of zinc gluconate, which has a high absorption in the body. The content of elemental zinc in each tablet is 15 mg. This corresponds to 150% of the RDA. Bio-Zinc does not have to be taken with a meal.

    What is zinc?

    Zinc is an essential mineral and a trace element that is primarily found in cells and, to a lesser extent, in cellular fluid throughout the body. For instance, our white and red blood cells contain a substantial amount of zinc. Together with copper, zinc is an important constituent of the antioxidant enzyme superoxide dismutase (SOD).

    Zinc has many different functions in the human body and supports about 200 different enzymes, including enzymes that are necessary for metabolizing nutrients and enzymes that are important for translation and expression of genetic coding.

    We contain 2-4 g of zinc, which are distributed in all body cells, especially in the muscles, bones and skin. However, we have no definite zinc depot and therefore we need a continuous supply of the mineral. The highest concentrations of zinc in the body are seen in the male prostate gland and in sperm cells.

    The need for zinc is greatest during puberty, in pregnant and breastfeeding women, with vegetarians, with elderly people, by heavy drinking, under stress, the use of diuretics and in people who sweat a lot.

    Zinc is non-toxic in the recommended dosage range, but high zinc doses (10 to 30 times the RDA) for a longer period can lead to copper deficiency.

    Concomitant intake of iron and zinc can affect the body's zinc uptake negatively. A high calcium intake can also reduce the uptake of zinc in the body.

    Good zinc sources

    Zinc is found in a variety of foods. Good sources of the substance include:

    • Red meatOysters
    • Meat
    • Nuts
    • Pumpkin seeds
    • Whole grains
    • Spices
    • Spinach


    Official claims

    The EU Food Safety Agency (EFSA) has evaluated the evidence behind the product's content of zinc and has acknowledged the following statements:

    • Contributes to normal acid-base metabolism
    • Contributes to normal metabolism of carbohydrates
    • Contributes to normal cognitive function
    • Contributes to normal DNA synthesis
    • Contributes to normal fertility and reproduction
    • Contributes to normal macronutrient metabolism
    • Contributes to normal metabolism of fatty acids
    • Contributes to normal metabolism of vitamin A
    • Contributes to normal protein synthesis
    • Contributes to the maintenance of normal bones
    • Contributes to the maintenance of normal hair
    • Contributes to the maintenance of normal nails
    • Contributes to the maintenance of normal skin
    • Contributes to the maintenance of normal testosterone levels in the blood
    • Contributes to the maintenance of normal vision
    • Contributes to the normal function of the immune system
    • Contributes to the  protection of cells from oxidative stress
    • Plays a role in the process of cell specialisation