Cell Language Theory, The: Connecting Mind And Matter

230 The Cell Language Theory: Connecting Mind and Matter

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

One indirect evidence supporting APL is provided by the surprising

morphological similarity between the CymaGlyphs (or aquaresonances)

shown on the right-hand column with the natural forms shown on the left-

hand column of Figure 4.15.

APL is consistent with the pre-fit hypothesis of enzyme catalysis

formulated in 1974 based on GFCP [25, pp. 209–214]; see also

Sections 3.26 and 3.29. A typical evidence supporting the pre-fit hypoth-

esis in contrast to the widely cited “induced-fit” hypothesis of Koshland

is shown in Figure 7.1 in [25]. As you can see in this figure, the enzyme

rearranges its conformation (presumably through Brownian motions)

before its substrate binds to its active site. Similarly, APL asserts that the

hydration shells surrounding biopolymers (DNA, RNA, proteins) must

assume, again through Brownian motions, the right, functional conforma-

tions before biopolymers can carry out any biological processes such as

protein folding, catalysis, signal transduction, muscle contraction, active

transport, etc. As in general relativity where “Spacetime tells matter how

to move; matter tells spacetime how to curve” (https://en.wikiquote.org/

wiki/John_Archibald_Wheeler), so it may be that the following two state-

ments hold in chemistry and biology:

Chemicals tell water how to form aquaresonances and aquaresonances

tell chemicals how fast to react. (4.38)

Enzymes tell water how to form aquaresonances; aquaresonances tell

enzymes how fast they should catalyze. (4.39)

All these statements may be summarized more conveniently thus:

Life supervenes on water structures. (4.40)

Please be reminded that behind this seemingly simple 5-word proposi-

tion is both the GFCP (Section 2.7) rooted in quantum mechanics and the

water-wave patterns visualized using CymaScope (Figure 4.14). If this

statement can be proved to be true through further critical experiments,

using CymaScope and related experimental techniques, it may have impor-

tant practical applications in biomedical sciences, including the possible

resolutions of the controversies surrounding the validity of the Benveniste–

Montagnier experiments (Section 2.13.2) and homeopathy [516].

b2861_Ch-04.indd 230 17-10-2017 11:59:09 AM