Search

Analysis of biological samples

We use cutting-edge physical, chemical, and engineering technologies for highly sensitive and non-destructive analysis of cells, bacteria, extracellular vesicles, and biominerals. Our research goes beyond the scope of traditional biology, combining nano- and microscopic resolution with the ability to study structural, chemical, and functional changes in biological systems in detail.

We provide researchers and manufacturers with highly accurate data on:

Ultrastructure and morphology —direct visualization of the internal architecture of cells and the surface topography of bacteria and biofilms (TEM/SEM).

Molecular and elemental composition —local chemical mapping of metabolites (micro-Raman), as well as elemental analysis of biominerals and heavy metals (SEM-EDS).

Nanomechanics and kinetics —quantitative assessment of cell stiffness as a biomarker of their physiological state (AFM) and absolute counting of nanoparticles, particularly exosomes, for diagnostics and drug delivery (NTA).This comprehensive analysis is indispensable for studying toxicology, the mechanisms of action of new drugs, the development of biocompatible materials, and research into pathological processes at the molecular level.