Equally important is the ratio of trace elements. For example, if you compare the levels of minerals in human's and cow's milk, you will see significant differences between the two. In fact, the ration of mother's milk is different for every animal, suggesting the importance nature has placed on the differential physiological needs of each animal on this planet. O.M. Chan, W-Y. Metabolism of Trace Metals in Man, Vol. The concentration differences seen in tables 7 and 8 within species and between species emphasizes the importance of needing to recognize biochemical individuality.
Numerous factors contribute to determining the optimal minerals intake for each individual.
Such claims can create confusion in the minds of some consumers and are worth discussing. In the field of plant physiology it is a well known fact that minerals enter the plant roots in ionic form. From there the mineral is carried upward in its ionic state across critical membranes until the mineral is delivered to those leaves and other plant parts requiring them. This is essential to any plants ability to survive and grow normally. Examples of important cations in the body include magnesium, sodium, potassium, calcium, and hydrogen.