– ceramic nanostructured materials
– nanotechnologies for the prevention and elimination of technogenic disasters
– nanobioarchitectonics: directed design of hybrid materials
– establishment of mechanisms of action for new chemical compounds-"candidates" into drugs
– anti-tumor therapy targets: protein kinases and their inhibitors
– new nanomaterials in experimental therapy of tumors: biocompatibility, drugs depot
– sensors and the test systems for point-of-care (POC) diagnosis of human infections
– DNA nano-machines for cancer gene therapy
– smart DNA nanostructures for anti-influenza virus therapy
– DNA nano-machines for double stranded DNA cleavage and genetic engineering
– creation of an artificial chemical cell, chemical computing
– high energy chemistry and self-organization of molecules and nanoparticles
– creation of electrochemical chips for personalized express diagnostic
– new approaches and applications in soft robotics
–Medical genome bioinformatics including human genomics and metagenomes
–Applied genome bioinformatics of domesticated animals and plants including livestock, plants, and pets
– learners in a student-centric environment
– the impact of the educational environment on student achievement and satisfaction
– learning variation among individuals, groups, and across cultures
