Achievements of the Institute during the last 10 years:

  • nanobioelectronics theoretical foundations;

  • molecular dynamics models of ferredoxin, phospholipid mono- and bilayers of biomembranes, dendrimers;

  • algorithms and programs for recognition of protein-coding regions in higher eukaryotes;

  • spatial structure of a lipoprotein particle, containing over 100 thousand atoms;

  • modeling of formation of neuronal bonds in higher organisms;

  • methods of human brain activity analysis;

  • "Mathematical cell" Project;

  • development of the parallel processing system (High-Performance Computing Cluster);

  • methods of multiscale digital terrain modelling.