Topics
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High-performance and distributed computations in computer systemic biology and biomedicine;
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Methods for intellectual data analysis in natural sciences.
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Mathematical problems of living systems modeling: direct and inverse problems.
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Mathematical modeling of gene and metabolic networks.
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Mathematical modeling in biomedicine.
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Mathematical modeling of biostructure and dynamics of biopolymers.
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Neuromathematics.
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Modeling of DNA-protein and protein-protein interactions with methods of molecular dynamics.
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Software for bioinformatics and biomedicine.
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Modeling of pharmocinetic processes in organism. Numerical methods for direct and inverse problems of pharmocinetic.
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Mathematical models of immune processes. Direct and inverse problems of immunology.
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Investigation and description phase-space configurations of nonlinear dynamic models of gene-networks operation. Periodic modes identification.