• basic research of iron porphyrins (learning processes of ion and electron transport at the molecular level),
• mobility of nanoparticles in organic matter
• structure of the magnetic nanoparticles in protein gels under the influence of the external magnetic field,
• imaging and modeling of the structure of the internal temporal bone,
• physiological and pathological mineralization of human tissues,
• study of the microstructure of metal foams,
• morphology of root canals in human teeth,
• impact of obesity on microstructure of rat bones,

• SkyScan 1172 micro-CT (determination of the structure of objects with a maximum diameter of 6 cm and height of 9 cm; the software to reconstruct the object from the measured projection and its three-dimensional visualization),
• system for Mössbauer spectroscopy (two modern Mössbauer spectrometers with helium cryostat, measurements in the temperature range from 2.2 K to 300 K),
• mass spectrometer TOF-SIMS (Time-of-Flight Secondary Ion Mass Spectrometry),
• spectrometer to infrared study FTIR,
• lab for cell culture,

• Mössbauer measurements using radioactive ⁵⁷Co source,
• investigation the extent of mobility of nanoparticles in organic matter,
• testing the biological effects induced by magnetic fields at the cellular level,
• biomedical imaging - analysis of the internal structure of bones, physiological and pathological mineralization of human tissues and microstructure of metallic foams,
• testing of materials of biological origin by mass spectrometry (atomic / molecular composition, 2D and 3D imaging),
• spectroscopic characterization of biological materials (metal porphyrin complexes, healthy and pathologically changed tissues),
• imaging with high resolving power of the internal structure of the temporal bone by means of X-ray microtomography,
• studies of the magnetic relaxation processes in the iron porphyrins,
• creating a new class of organometallic composite materials in the form of three-dimensional structures of magnetic nanoparticles in protein gels,
• development of new diagnostic tools (e.g. by demonstrating the activity of the trypsin enzyme in hydrolysis of amino acid chains on silicon surfaces),

Methods and research techniques:

• computer microtomography,
• Mössbauer spectroscop,
• cell culture,