- BrandОдесская биотехнология, НПА
- Country of manufactureUkraine
Lecithin D 3
(Lek of D 3)
Lecithin, calcium citrate, D3 vitamin
* Anti - inflammatory
* Anti - toxic
* Fractures of bones
* Caries of teeth, periodontal disease
* Diseases of a liver and gall bladder
* Gipovitaminoz D, rickets
* For the fast - growing, adynamic, often ill children
* to All pregnant women and the feeding women
Individual intolerance of components
Method of application:
On 1 - 2 tablets 3 times a day irrespective of meal
Bottles on 120 tablets
It is developed according to TU U 15. 8 - 13903778 - 82 - 2000
Conclusion of MZ of Ukraine No. 5. 08. 07/630 of 23. 02. 2000
To store at a temperature not higher than + 200C in tight packing
Expiration date 1 year
Dietary additive from sunflower
The main action of Lekad3 is directed to formation of healthy tissue of teeth and bones. Lecithin, citrate of calcium and D3 vitamin is its part.
Lecithin is a source of the digestible organic phosphorus necessary for education in the presence of hydroxyapatite calcium - the main component of a bone tissue. At the same time lecithin stimulates the enzymes which are responsible for intensity of a mineralization of teeth and bones.
Calcium source in the preparation Lekad3yavlyaetsya the calcium citrate possessing the highest bioavailability, besides, it oppresses secretion of a paratgormon, thus reducing intensity of destruction of a bone tissue. Calcium as a part of citrate does not cause a kaltsinoz of vessels and a kamneobrazovaniye in kidneys and zhelchevyvodyashchy ways.
D3 vitamin promotes digestion of calcium, activates synthetic processes in a bone tissue. In the presence of lecithin D3 vitamin is much better soaked up, it is especially important at diseases of a liver and gall bladder. D3 vitamin is formed under the influence of sunshine therefore the preparation Lekad3 is especially shown during the autumn and winter period.
The combination of sources of phosphorus (lecithin), calcium (calcium citrate) and D3 vitamin allows to improve significantly processes of a mineralization of a bone tissue at any age.