Cell Language Theory, The: Connecting Mind And Matter

Key Terms and Concepts 43

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

(v) The E component of the D–E systome produced in B may be stabi­

lized by the D–E signals arriving from A through the pre­fit mecha­

nism [25, pp. 209–220] rather than the induced­fit mechanism of

Koshland. This means that the water in B may already contain many

coherence domains formed transiently through Brownian motions and

the signal from A selects a small number of these pre-existing water

structures or “aquastructures” [494] that are complementary to D.

If the 5­step mechanism proposed above for the BMEs can be proved to

be correct in the future, it may have profound consequences in both basic

biology and medicine, including homeopathic medicine. For example, the

key difference between Western medicine and homeopathy may turn out to

be that the former emphasizes the system component, while the latter is

related primarily to the environmental component of the systome and hence

both individually may be viewed as incomplete. The complete medicine, i.e.,

the systome medicine, may not emerge unless and until the traditional system

medicine is integrated with the emerging environmental medicine (including

homeopathy). These and related ideas are recapitulated in Table 2.3.

2.14 Cell Water as a Four-Dimensional Proton Transfer

Network: Water is to Cell Language What Air

is to Human Language

Primarily based on the cell water structures suggested by Ling

(see Figure 2.9) and Pollack (see Figure 2.10) and supported by theoreti­

cal results of Bono et al. [110] and Del Guidice [364], I have come to

postulate that

The water molecules inside a living cell are organized in space and

time in order to facilitate the transfer of protons from one site to

another in a living cell via the Grotthuss mechanism, just as a silicon

chip facilitates the transfer of electrons from one site to another via

quantum mechanical tunneling.

The Grotthuss mechanism, formulated by German chemist F. von

Grotthuss (1785–1822) in 1806, refers to the mechanism of proton

(2.27)

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