Description
Properties and Effects of Synergy Osteofit Forte
Synergy Osteofit Forte provides full recommended daily intake of calcium, magnesium, zinc, vitamin D3 and vitamin K2. It is widely used to support the musculoskeletal system.
Calcium and magnesium are required for normal maintenance of bones and teeth, normal muscle function and energy release in metabolic processes during cell division.
Calcium contributes in normal blood clotting, normal neurotransmission, normal activity of digestive enzymes, growth and development of bones in children.
Calcium and vitamin D3 help to reduce the loss of bone material in menopausal women as a risk factor for osteoporotic bone fractures. Both are needed for normal growth and development of bones in children.
Vitamin D3 (Cholecalciferol) contributes to normal absorption and usage of calcium and phosphorus. Improves bone mineralization, helps in the formation of the skeleton and teeth in children, strengthens the process of ossification, is required for normal functioning of parathyroid gland. It has a role in many neurological and cellular functions that require calcium and participates in the production of monocytes.
Magnesium takes part in the reduction of tiredness and fatigue and normal functioning of the nervous system and psychological function. It participates in keeping up the normal electrolyte balance and protein synthesis.
Zinc contributes for the normal function of the immune system, protecting cells from oxidative stress, the maintenance of normal bones, hair, nails, skin type and testosterone levels. It contributes to normal fertility and reproduction, normal metabolism of carbohydrates, fatty acids and vitamin A. It contributes to normal cognitive functions and synthesis of DNA and proteins.
Vitamin K contributes to normal blood clotting and maintenance of normal bones.
Advantages of SYNERGY Osteofit Forte:
- Organic forms of minerals which allows their maximum usage (up to 90%)
- One tablet contains all the vitamins and minerals necessary to maintain healthy musculoskeletal system
