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On Circular Coding Properties of Gene and Protein Sequences

Nikola Štambuk ; Rudjer Bošković Institute, Bijenička 54, HR-10001 Zagreb, Croatia

Sažetak

The algorithms and equations that define and link circular coding properties of the genetic code and amino acid structural properties are derived according to the model of Cantor dynamics based automaton. It is shown that the model defines a unifying concept of the genetic code, which incorporates Crick's code without comma and the evolutionary code concept. Arithmetic for codes is defined via the number theory results in coding theory, Smale's horseshoe map and the dynamics on fractal lattices. The method has been denoted SCA (Symbolic Cantor Algorithm) and defined with respect to the principles of Molecular Recognition Theory, Grafstein's hypothesis of the stereochemical origin of the genetic code and Siemion's mutation ring. Underlying Fibonacci dynamics is extracted and mathematically defined considering the Cantor set and Farey tree codon and amino acid projections. Two digit specification of the codon positions, by means of the binary group subdivision, is particularly analysed with respect to octal coding and defined according to the purine-pyrimidine, amino-keto and strong-week H bonding discrimination principles.

Ključne riječi

Circular codes; gene; protein; DNA; RNA; Cantor set; necklace; horseshoe map; model

Hrčak ID:

132317

URI

https://hrcak.srce.hr/132317

Datum izdavanja:

1.12.1999.

Posjeta: 1.088 *