With numerical and theoretical analysis of complex systems with magnetic particles we examined the interactions and magnetic state of such systems and the effect of microstructure. We showed that the agglomeration and percolation have large effect on the magnetic properties of the suspension, where we also included the nonmagnetic coating. Results and numerical analysis itself are important for understanding of properties of complex magnetic systems and are basis for the further studies of magnetic nanoparticles in suspensions and biological systems.
COBISS.SI-ID: 30626565
We demonstrated for the first time that the electrophoresis is key for the efficient electrogene transfection in cases where plasmid DNA concentrations are relatively low (typically in vivo). Presented results are essential for understanding of the mechanisms of gene electrotransfection and for anaylsis of the interaction of DNA with the cell membrane, as well as for further studies of magnetophoresis and electrophoresis of nanoparticles for magnetofection.
COBISS.SI-ID: 6679380