Cell Language Theory, The: Connecting Mind And Matter

234 The Cell Language Theory: Connecting Mind and Matter

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

Without describing any details, it may be reasonably argued that the

existences of the D-EmotoGlyphs and the D-KröplinGlyphs may be

relatively easily proved by carrying out the Emoto and Kröplin experi-

ments by incorporating CymaScope in their experimental protocols (see

the first column of Table 4.16). If the results of these experiments turn

out to be positive, then the symmetry of Table 4.16 may guarantee the

existence of E-CymaGlyphs which may be very difficult, if not impos-

sible, to detect experimentally, unlike detecting D-EmotoGlyphs and

D-KröplinGlyphs.

Proving the existence of E-CymaGlyphs may have the following

potential consequences:

(i) Validates the Benveniste–Montagnier experimental results (described

in Section 2.13.2),

(ii) Provides a strong empirical support for the aquaresonance model of

biological evolution proposed in [494, 498], and

(iii) Validates the basic premise of homeopathy [516].

4.22 Exosomes as Extracellular Text Messages That May

Be Deciphered by Digital CymaScopy

Exosomes are one of the several kinds of phospholipid-enclosed extracel-

lular vesicles (EVs) with sizes ranging from 30 to 100 nm (10–9 m) carry-

ing various biochemicals (e.g., cholesterol, sphingomyelin, ceramide) and

biopolymers (e.g., proteins involved in membrane transport, heat shock

proteins, integrins, DNA, mRNA, micro-RNA, ncRNA) [529] for the pur-

pose of intercellular communication to accomplish diverse biological

functions [530–533].

The main objective of this section is to propose a hypothesis

concerning the theoretical foundation for the biology of exosomes and

other EVs:

Exosomes may be the carriers of molecular texts algorithms (in contrast

to molecular words, e.g., hormones) that are transmitted through the

medium of water in living systems. (4.41)

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