• percolation in biological and biomimetic systems,
• flexibility substrates and cell migration,
• study the behavior of the final layer of water on the surfaces of biological and biocompatible porous materials in terms of loss of continuity (percolation) and kinetics of dehydration,
• study of the biophysical mechanisms regulating cell migration processes (impact the mechanical properties of the substrate on the biophysical parameters migration and growth of various cell types),

• broadband impedance spectrometer Novocontrol CONCEPT 80,
• system of "optical tweezers" optical trap or optical pinceta "PALM MicroTweezers" Zeiss,

• impedance measurements of various materials in a wide frequency range, dielectric relaxation, conductivity, electrochemical and bioelectric phenomena in the very low frequencies,
• trapping particles of size from about 0.1 μm to 100 μm using the optical tweezers system,
• study the percolation of continuity of molecular network of water and kinetics of dehydration of porous materials,
• study of the biophysical mechanisms regulating cell migration processes (impact the mechanical properties of the substrate on the biophysical parameters migration and growth of various cell types),
• study cell migration in response to the topography of the ground,

methods and research techniques:

• broadband impedance spectroscopy,
• Patch-clamp and Optical-Tweezers technique,
• confocal microscopy,