Research interest and activities
- Interactions of ionizing radiation with polymers in solution and in the solid state
- Mechanisms and kinetics of radiation-induced reactions of macromolecules in solution
- Theory, experiments and simulations of radiation-induced polymerization, crosslinking and degradation
- Hydrogels, microgels, nanogels
- Polymeric materials for biomedical purposes – biomaterials, medical devices, implants, scaffolds for tissue engineering and cell layer engineering, drug delivery systems, nanoradiopharmaceuticals
- Biodegradable synthetic (co)polymers: PLA, PCL, PTMC
- Radiation processing of polysaccharides: chitosan, cellulose derivatives, dextran
- Radiation-induced reactions of oligopeptides and proteins
- Cell interactions and biocompatibility in vitro of novel biomaterials
- Sterilization of biomaterials and medical devices
- Sonochemistry of polymers
- New experimental techniques in studying fast reactions in polymer systems
- Metal nanoparticles and composite nanomaterials
- Meteorites – thermophysical properties and history of extraterrestrial matter
Treść (rozbudowana)
![BioMat - projekty](/sites/i34/files/styles/lista_newsow_510x330_/public/2023-03/BioMatProjects.jpg?h=ba979b52&itok=PcHqk8St)
Projects
0
![BioMat - aparatura](/sites/i34/files/styles/lista_newsow_510x330_/public/2023-03/BioMatIntruments.jpg?h=e2ba3cfd&itok=TKRWPD0q)
Instruments and equipment
0
![BioMat - współpraca](/sites/i34/files/styles/lista_newsow_510x330_/public/2023-03/BioMatCooperation.jpg?h=7ed31cd6&itok=aPA0CV-Y)
Cooperation
0
![kontakt](/sites/i34/files/styles/lista_newsow_510x330_/public/2023-03/BioMatContact.jpg?h=eff28a63&itok=31rafssX)
Contact
0