Cell Language Theory, The: Connecting Mind And Matter

Key Terms and Concepts 41

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

Montagnier himself [115]. The explanation for the BME described in

[114] seem generally consistent with the theory of water structures advo­

cated by Ling [2], Pollack [5, 111], and others [116].

The explanation given above for the BME in terms of “coherence

domains” [109, 364] can be viewed as being rooted in the wave–particle

duality principle (WPDP) as applied to water and biopolymers [26, 27,

375, 441].

Based on the observation that the PDE derived from Planck’s black­

body radiation equation [25] (see Section 8.1) fits long­tailed histo­

grams generated by atoms, enzymes, cells, brains, speech, decision

making, economic activities, and possibly the polarization of the micro­

wave background radiation (see Section 8), I concluded that the WPDP

is not only confined to quantum mechanics, but also applies generally

to many (if not all) physicochemical processes at all scales. Thus, it is

possible that WPDP applies to the BME as well. It can be predicted that,

if long­tailed histograms can be generated from BMEs, these histo­

grams may produce different numerical values for A, B, and C, the three

parameters of PDE, reflecting the physicochemophysiological charac­

teristics of BMEs, e.g., whether DNA segments are obtained from

healthy or AIDS patients.

2.13.3 Systome Medicine: The Complementary Union of System

Medicine and Environmental Medicine

In Section 2.5, the term “systome” was defined as follows:

... when what is observed is the result of the interaction between a

system and its environment, it would be useful to have a term that

combines the system and its environment. Since there seems to be no

English word for such an entity (to the best of my knowledge), I coined

one in 2013 [55], i.e., “systome”.

The main purpose of introducing the concept of systome is to avoid

the unjustified bias for the system and to treat the role of the environment

in determining the observable properties of the systome on an equal foot­

ing with the system. Chemical kineticians learned by the 1960s the funda­

mental role that water plays in determining chemical reaction rates and

(2.26)

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