AREAS OF SCIENTIFIC INTEREST
Mathematical and computer dynamic modeling of molecular networks; discrete, continuous, stochastic and hybrid modeling methods of molecular network kinetics; approximation theory of molecular network kinetics; molecular network inference; solving structural and parametric inverse problem for mathematical models of molecular networks; control theory; microarray and ChIP-chip data analysis; pattern recognition, machine learning, clustering and classification methods; mass spectrometry and phosphoproteome data analysis; transcription factor binding site recognition; signal processing; bifurcation analysis; time-frequency analysis.
MOLECULAR SYSTEMS OF INTEREST
Regulation of cholesterol homeostasis in vertebrate cells; fatty acid responsive signalome and gene regulatory network and peroxisome biogenesis in yeast cells; ; innate and adaptive immune systems; host-pathogen interactions; Hepatitis C virus life cycle; Dengue virus life cycle; Influenza virus cycle; Trypanosoma life cycle; macrophage activationerythroid differentiation; yeast GAL system; enzyme kinetics; gene regulation of E. coli metabolism.
Last modified: April 2012