Abstract:
ASEA is “the first stable mixture with redox signaling molecules
(RSM)” with the highest ORAC index (free radical absorption capacity). It is
not a drug intended to cure a certain disease, but a mixture of redox signaling
molecules (RSM) with high addressability, high efficacy level (100%) and zero
toxicity. Considered to be a food supplement, ASEA acts on every cell
stimulating the intracellular balance disrupted after the appearance of
oxidative stress (OS) which is characteristic to most acute and chronic disease.
This contraindication free food supplement is recommended for the disorders of
all organs, apparatus and to all ages, its efficacy being remarkable in the case
of autoimmune diseases. ASEA, this stable mixture of redox signaling molecules
was developed and put on the American market from 2009. It is obtained of
clean water, after a three-phase process: the dissolution of a certain amount of
pure sodium chloride (NaCl) in water (I), the solution obtained goes through a
special electrolysis process where the bonds between chloride, sodium,
hydrogen and oxygen atoms are broken and they are transformed into free,
floating radicals (II) and their recombination and the formation of stable
molecules with redox signal (III). The present experiment tries to compare the
antioxidant potential of this stable mixture with the antiradical capacity of
certain phytopreparates as Pycnogenol (maritime pine bark extract), a
phytopreparate with an ORAC index lower than that of ASEA, but with
recognized efficacy, well tested in the European therapy. The experiment was
conducted on 4 groups of Wistar rats and lasted 6 weeks. The results were
assessed using the biochemical evaluation of certain oxidative stress indices.
