Biomedical subjects
Publications and source records attributed to Sh K Bayramov.
Based on the sufficient conditions for existence of concentration oscillations of the components of bicomponent reaction, all possible chemical reactions with two, three, or four intermediate stages proceeding via the mass-action expression are considered. About forty new schemes of chemical/biochemical oscillators are developed.
The kinetic behavior of mnemonic enzymes is analyzed. Based on sufficient conditions for initiation of oscillations, the possibility of concentration oscillations in an open five-component enzymatic system is shown.
Based on the sufficient conditions for the existence of oscillation modes in the mathematical models of biological systems, simple three-component schemes of chemical reactions with oscillatory behavior including only mono- and bimolecular steps are suggested.
Kinetic behavior of various reaction systems consisting of three compounds was analyzed in order to find and study the origin of multiple-steady-state and auto-oscillatory behavior in biochemical systems. More than 3000 such reactions were considered. Using the bigraph method, six simple critical reaction schemes were found. It is shown that the presence of these fragments in the composition of more complex biochemical systems may be the origin of the multiple steady-states and auto-oscillations.