Children Essential Nutrients

>> Monday, March 23, 2009


Proper nutrition for a child is critical at an early age
Children are heavily dependent on the quality and quantity of nutrients available in their diets.  Children's diets today are often as severely limited in proper nutrients.   Even an overweight child can be lacking in proper nutrition.  It is imperative that children have a continuous source of  “micro-nutrients”.  The best sources of micro-nutrients come from fresh vegetables, fruits, seeds, nuts, whole grains, and legumes.  
Essential nutrients are vitamins, minerals, essential fatty acids, and amino acids ; a deficiency of these nutrients may cause much more health damage than adults would experience since adults are not utilizing these elements for growth and development.
FKC scientists’ solution to malnutrition in children is focused on replacing essential nutrients which are missing from their modern diet. The FKC scientists created a health supplement solution to help address this deficiency. 
The first component in the solution is Kids-Vita and Kids-Vitamin, which was designed to provide a comprehensive array of the essential vitamins, minerals, fatty acids, and phyto-nutrients necessary for normal growth.  Childhood is a critical stage where the entire span of a life time of health or illness can be affected, based on the nutrients in the diet. 
The second component in the solution is CalciMagD, which helps in providing all the essential nutrients to build bone strong bones.
CalciMagD provides fundamental nutrients that are the very building block of bone tissue. These nutrients are commonly missing in children’s diets, but must be supplemented to protect from the diseases like rickets  in childhood and osteoporosis  in adulthood. Magnesium, the most powerful mineral in CalciMagD, not only promotes the deposit of calcium into bones, but also provides the massive energy needed to build the bone structures. This supplement is a carefully balanced ratio of molecules for optimal absorption and assimilation of calcium into bones.

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