M.V. MAMMEDOVA, G.G. ABDULLAYEVA
MATHEMATICAL MODEL OF EVOLUTIONARY FEASIBILITY OF CONCURRENT REDUPLICATION
The existing models of the primordial life cycle are based on the assumption of reproduction advantage gained in non-concurrent reduplication of the nucleotide sequences due to reduced likelihood of erroneous or incomplete sequences. However, this assumption is not entirely satisfactory as the evolution of the reproductive organelles in nature does not rule out error-free concurrent synthesis of the dual spiral. Any explanation of the lack of concurrent reduplication mechanism in the contemporary Biosphere should be based on more rational constraints of Biological Kinetics. In this work, we present a model of concurrent reduplication with coupling of concurrent processes, and demonstrate that the parallel processes “degenerate” into a single process in the presence of substrate diffusion across the locus of reduplication.
Keywords: reduplication, diffusion, substratum, biosphere, biokinetics, model, dual spiral
MATHEMATICAL MODEL OF EVOLUTIONARY FEASIBILITY OF CONCURRENT REDUPLICATION
The existing models of the primordial life cycle are based on the assumption of reproduction advantage gained in non-concurrent reduplication of the nucleotide sequences due to reduced likelihood of erroneous or incomplete sequences. However, this assumption is not entirely satisfactory as the evolution of the reproductive organelles in nature does not rule out error-free concurrent synthesis of the dual spiral. Any explanation of the lack of concurrent reduplication mechanism in the contemporary Biosphere should be based on more rational constraints of Biological Kinetics. In this work, we present a model of concurrent reduplication with coupling of concurrent processes, and demonstrate that the parallel processes “degenerate” into a single process in the presence of substrate diffusion across the locus of reduplication.
Keywords: reduplication, diffusion, substratum, biosphere, biokinetics, model, dual spiral