Cell Language Theory, The: Connecting Mind And Matter

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

dynamic mechanism that is based on the concept of the conformon first

proposed in 1972 [6–8, 14, 65, 143–145].

3.3.10 Proton-Transfer Chains/Complexes as the Fourth-Phase

Water Structures of Ling and Pollack

The mitochondrial inner membrane is the site of the interaction among

three different kinds of charged particles — electrons (e-), protons (H+), and

phosphorons (j–), as indicated in Figure 3.18 and summarized in Table 3.18.

There are specific enzyme complexes that catalyze the e- transfer reactions

(i.e., Complexes I, II, III, and IV) and j– transfer reactions (i.e., Complex

V; see Figure 3.32). But, to the best of my knowledge, no one has yet iso-

lated any independent proteins that are known to catalyze H+ transfer reac-

tions in the mitochondrial inner membrane, similar to the ETCs and the

phosphoron-transfer complex that exist as separate entities (Figure 3.34).

There are at least three possible explanations for this observation:

(i) Although no one has yet isolated the PTC as predicted in [144], it

may eventually be identified and isolated in the future;

(ii) PTC is a part of ETCs and/or the phosphoron-transfer complex as

exemplified by the D- and K-water channels in cytochrome c oxidase

(Figure 3.40(a)), and

(iii) PTC is a non-proteinaceous molecular complex such as the Ling–

Pollack (LP) water structures postulated to exist in in the fourth-

phase water (Section 2.13).

If the Benveniste–Montagnier experiments (defined in Section 2.13.2)

can be shown to be real and not the results of some as-yet-unidentified

error, such results would favor possibility (iii), leading to a further gener-

alization that Ling–Pollack water structures act as a new class of catalysts

operating in living systems, catalyzing not only proton-transfer reactions

(as originally thought), but also other chemical reactions such as immune

reactions [114] and DNA synthesis [115]. If this speculation turns out to

be true, we would be able to conclude that

Ling–Pollack water structures catalyze the Benveniste–Montagnier

reactions. (3.46)

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