The Mineral Electrolyte Answer®
Enhance the availability of nutritionally important trace elements
Regenerate and prolong the residence time of essential
nutrients in the medium
Modify the damage of toxic compounds
Chelate out toxic, out-of-balance mineral salts
Enhance permeability of cell membranes
Increase metabolism of proteins (RNA and DNA)
Increase activity of a number of enzymes that have been
attributed to the presence of fulvic acids.
Without sufficient electrolyte in the system, cell-batteries do not function effectively. You may also consider each cell-battery to be similar to the on/off, binary "switch" utilized in electronic communication.
As the electric energy builds in the nucleus of the cell and then "fires" across the membrane to the cytoplasm, it is like very rapidly 'flicking' the switch on and then off again and each 'shot' of electrical current carries with it an 'instruction' essential for life. If the cell-batteries are weak - if the electrolyte is low, then the switch malfunctions and the communication of instructions is greatly diminished.
Without clear and strong communication at the cellular level, organs, tissue, brain function, etc., will weaken thus causing reduced mental and physical function, including reduced immune functions and, ultimately, death.
The Answer® products are produced using only the non-chemical, slow water-leaching of top quality,
organic, humic material. This low-molecular-weight substance may also be known as fulvic acid.
One of the major benefits of fulvic acid based mineral electrolyte is its chelating ability demonstrated by its capable to bond essential minerals and to enhance the minerals for use by living organisms. Such chelation has been known to:
nutrients in the medium
attributed to the presence of fulvic acids.
Without sufficient electrolyte in the system, cell-batteries do not function effectively. You may also consider each cell-battery to be similar to the on/off, binary "switch" utilized in electronic communication.
As the electric energy builds in the nucleus of the cell and then "fires" across the membrane to the cytoplasm, it is like very rapidly 'flicking' the switch on and then off again and each 'shot' of electrical current carries with it an 'instruction' essential for life. If the cell-batteries are weak - if the electrolyte is low, then the switch malfunctions and the communication of instructions is greatly diminished.
Without clear and strong communication at the cellular level, organs, tissue, brain function, etc., will weaken thus causing reduced mental and physical function, including reduced immune functions and, ultimately, death.
