| The plant and related process for achieving "I" and "S" structured
waters in electric field, generate anion stabilized clusters, cations respectively,
and separate the tap water into two components, namely : the “I” type –
inhibitively activated water for biosynthesis processes, that uses the
inductive dextrogyre components and anion stabilized clusters and the “S”
type – stimulatively activated water for biosynthesis processes, that uses
the inductive levogyre components and cation stabilized clusters.The plant
is made up of a certain number of structuring cells placed in a structuring
column, each cell consisting of a pair of activators and nine working spaces.
Since the polymlecular structures of "I "type-inhibitively activated
water are dextrogyre, they act on the inhibitive elements, by blocking
some factors, especially the proteic ones, needed to replicate DNA, to
progress RNA towards the ribosomes of the protein synthesis process, beginning
with the RNA-amino acid like couplings and proceeding with the protein
synthesis initiation at the level of polisome, peptide elongation, their
release, etc.Given the blocking properties of some cell multiplying processes,
the polymolecular structures of "I" type-inhibitively activated water
prove themselves strong brakes or blockers of those mechanisms.
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