0. Amino acids and codon bases;
Why this coding system ?

Å. Wohlin

A main question:

Why genes, why this coding system between RNA and proteins?

It's suggested here that the relation between codon triplets of bases and amino acids could be illustrated (note just illustrated) as in the table 0 below. Other classes of substances are marked as well in the pattern, i. e.. their main structural properties, showing on their close relationships.

The hexagonal pattern - as in graphite - can be regarded either as a pattern of hexagons, sharing edges with one another - or as consisting of atomic points, centers with 3 radii.
   Virtual 4th valence pointing upwards from the plane, as towards next layer in a crashed or sliced diamond.

In this illustration the relation bases - amino acids shows up to be only a question of complementary "aspects", a fundamental one on the whole pattern.
   One property of these aspects is the polarity between circular and radial structures. Another is the center - anticenter polarity with regard to the carbon atoms: in amino acids a central C-atom of tetrahedrons, in hexagon rings decentralized, anti-centric atoms.

A third, also fundamental, aspect is the physical polarity between mass (atomic structure) versus space as antimatter, which may appear when regarding the whole pattern as structures of fatty acids. It means "semipermeable" membranes, another essential condition for life. At a certain temperature they also form hexagonal patterns (Lindahl et al 1967).

The mentioned polarities correspond to the complementary "poles" or "partial structures" in the proposed, dimensional background model here and follows from polarizations of dimension degrees 5 - 4 - 3.

Codon bases - amino acids:
Each "3-radii-center" gets defined by 3 hexagons - as do amino acids through a codon triplet.
   Each coding base gets synthesized to an essential degree of amino acids, the simplest one, Gly, being a kind of displaced center, an intermediate bridge between the two rings in purine bases G and A from Hypoxanthine). The amino acid Asp gives about half the rings of pyrimidine bases U and C.
   (A hexagon ring of the bases include 4 C, 2 N, corresponding to 2 N-C-C-parts in bound backbone chains of amino acids.)

How could anything that only would be two different aspects, get translated to existing processes in a cell?
   If departing from the illustration in the figure above, it seems necessary to imagine that the two opposite "aspects" on such a pattern - in some way* - get polarized into separate types of units, substantiated and saturated to structural classes of molecules in interaction with present substituents as N, O, H (nitrogen, oxygen and hydrogen). Further that the long range of intricate processes develops "the other way around" to recombine to the sense of a "reference system". This within - or on? - demarcating layers of fatty acids.

* The idea of a crashed diamond leads to the thought of different substances created from the different pathways and diffraction of light in the crystal.

The figure doesn't include pentagon rings, e.g. the extra three edges in purine bases or ribose molecules, not differences in angles of valences etc. With the figure above it's not the intention to assert that this was 'the way it happened'.
   Yet, it may illustrate the close relations between substances and the underlying two aspects on the whole structure: a pattern of rings or a pattern of centers with 3 radii - and a virtual 4th for differentiated growth of side chains (R) of ams?

© Åsa Wohlin
Individual research
E-mail: a.wohlin@u5d.net


Links and Notes

Table 24 amino acids (ams)
R-chsins, A, Z, N

- ways of writing -

Background model

Files here:

0. Amino acids and codon bases.
Why this coding system?

All these files in 3 documents, pdf:
Section I, files 0-11

Section II, files 12-16
Section III, files 17-22
Discusssion, References in section III

To 17 short files.
- partly other material -

The 17 files as one document,


An earlier version (2007)
with more material
on the same subject, 73 pages

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