Cell Language Theory, The: Connecting Mind And Matter

302 The Cell Language Theory: Connecting Mind and Matter

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

Figure 7.7 The C. neoformans genome with each chromosome represented as a colored

bar. Genomic features are pseudocolored, from red (high density) to deep blue (low den-

sity). These include the density of genes, transposons, expressed sequence tags (ESTs),

and predicted single-nucleotide polymorphisms (SNPs) [326].

Figure 7.8 The atomic spectra of the hydrogen atom. (1) The hydrogen atom absorption

lines detected in the light from Zeta Tauri. (2) The same absorption lines observed in the

light from another star, 11 Camelopaadlis [73, p. 472].

locations and abundances of genes and related structures along the

chromosomes of the unicellular organism, Cryptococcus neoformans

[326]. In contrast, Figure 7.8 shows the wavenumbers (i.e., the number of

waves per cm) of light absorbed when the electron in the hydrogen atom

undergoes transitions from one energy level to another [73, 327].

Figure 7.7 is about the cell and Figure 7.9 is about the atom, but they both

reflect the probabilities of some events occurring along appropriate

structural coordinates in each system.

It may be useful to consider what may be referred to as the “gene

expression activity spectrum (GEAS)” which consists of the addresses

or locations of all the genes along chromosomes indicated on the x-axis

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