Abstract
The article investigates kinetics of nucleic acid elongation as a multistage consequent reaction curling up to cycle. There is represented a matematically precise proof of empiric formulae used to estimate elongation time depending on nucleotide chain length. There are given some estimations of characteristic elongation time for typical chain lengths, for example for new coronavirus (SARS-nCoV-2). There is also investigated stability of elongation kinetics and at typical chain lenghts is shown an existance of instable oscillating solution component in addition to main exponential component.
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