Cell Language Theory, The: Connecting Mind And Matter

232 The Cell Language Theory: Connecting Mind and Matter

b2861 The Cell Language Theory: Connecting Mind and Matter “6x9”

(x) E-aquastructure = a water structure, either visible or in-visible, that

can exist without using up free energy, e.g., snowflakes.

(xi) EmotoGlyph = the morphology of water crystals photographed

using the method of Emoto [497]. Also called “Emoto water crys-

tals” in Figure 4.12.

(xii) KröplinGlyph = the structural patterns of the solute that remain

after evaporating water by the method of Kröplin [496].

(xiii) Emoto experiment = the experiment that produces EmotoGlyphs

by freezing water.

(xiv) Kröplin experiment = the experiment that produces KröplinGlyphs

upon evaporating water.

(xv) Reid experiment = the experiment that produces CymaGlyphs

using CymaScope.

The key elements of the “D-to-E reversibility postulate of aquastruc-

tures” are as follows:

(a) There are two types of aquastructures — E-aquastructures and

D-aquastructures, where E and D stand for “equilibrium” and “dis-

sipative”, respectively, as defined in (vii) and (viii) above.

(b) In pure water, E- and D-aquastructures are in dynamic equilibrium

through Brownian (also called thermal) motions. The number of

E- and D-aquastructures are presumed to be almost infinite, thus

being able to form the complementary replicas of any imaginable

solute morphologies, consistent with the pre-fit hypothesis of enzyme

catalysis discussed in Section 3.2.9.

(c) The solute–water interactions obey the GFCP described in

Section 3.2.6. This means that the rate of any enzyme or binding

reactions in water is determined by the rate of the structural changes

in the aquastructures in the transition state (Section 4.20).

(d) The E-aquastructure (also called the hydration shell) surrounding a

solute (or ligand, substrate, antibody, etc.) can remain more or less

unaltered in its structure after de-binding its solute, since the following

processes are postulated to be reversible.

Some of these ideas are summarized in Figure 4.19.

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