Cell Language Theory, The: Connecting Mind And Matter

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54 The Cell Language Theory: Connecting Mind and Matter

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

3.2 The Principles and Major Concepts Embedded in the
Bhopalator Model of the Living Cell
The Bhopalator [15, 16, 133] (Figure 3.2) is a molecular model of the liv-
ing cell constructed on the basis of a set of physical, chemical, linguistic,
and semiotic principles that constitute biocybernetics [7]. It may be the
first comprehensive molecular–theoretical model of the living cell pro-
posed [25]. The Bhopalator was presented in an international meeting
held in Bhopal, India, in 1983 (hence the name), and the first full-length
paper on it was published in 1985 [15, 16, 136].
The idea that cells are the structural and functional units of all living
things was first proposed by the German biologist Theodor Schwann in 1839
and is known as the cell theory. But Schwann’s cell theory was devoid of any
physical principles underlying cell structure and function. In contrast, the
Bhopalator model of the cell proposes a set of physical, chemical, and semi-
otics (study of signs) principles that are deemed necessary to understand how
the cell works on the molecular level. The relation between the Bhopalator
and Schwann’s cell theory may be comparable to the relation between the
model of the atom proposed by N. Bohr in 1913 and the idea proposed by
Democritus in the 5th century BC that all things are made out of atoms:

The Bhopalator Cell Model (1985) ~ Schwann’s Cell Theory (1839)
Bohr’s Atomic Model (1913) ~ Democritus’ Atomic Theory (5th
Century BC) (3.1)

Two features are novel in the Bhopalator model of the cell:

a) Dissipative structures of Prigogine (also called intracellular dissipa-
tive structures, IDSs) which serve a dual role — the final form of
gene expression, and the immediate driving force for all cell func-
tions (see arrow 20).
b) The concept of conformons as the carrier of both mechanical energy
and genetic information. Conformons serve as the source of the
molecular forces for all purposive (or goal-directed) actions of
molecular machines inside the cell. (For a detailed explanation for
the concept of the conformon, see Section 3.4.)

The dotted arrows indicate the feedback interactions between IDSs
and all other cellular components including DNA, RNA, and proteins.

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