Using HRTEM analysis we were able to explain how the Ca2+ ions that are released from the bioactive glass can change the protein secondary structure, mainly the size of beta-sheets domains, that effectively control scaffolds properties. In collaboration with Animacel d.o.o., we have expanded the knowledge of fibroin to the synthesis of films and patches for treatment of large skin wounds in animals. Several films were already used in experimental stem cell treatment of large skin/underskin wounds on dogs.
COBISS.SI-ID: 29771303
We have explained the mechanism of self-assembling of rutile mesocrystals under hydrothermal synthesis conditions leading to the formation of hierarchical nanostructures which exhibit superior efficiency in photo-electrochemical production of hydrogen and improved solar energy conversion efficiency. Our pioneering study was first to clearly indicate the presence of electromagnetic force fields that convey critical structural information through which oriented attachment of nanocrystals is accomplished
COBISS.SI-ID: 29423143
The first one-step synthesis of dumbbell-like gold–iron oxide nanoparticles has been reported here. Surface functionalization with a biocompatible chitosan matrix allowed us to obtain a novel targetable diagnostic and therapeutic tool.
COBISS.SI-ID: 29014055
Based on a study of kinetics in the field of photocatalysis we have developed a new, innovative device for efficient water and air purification at relatively high flow rates. The main part of the device is a photocatalytically active material, which we synthesized using an anodic oxidation process. For the purpose of making a bigger device, we have developed a process, which enables simple synthesis of the photocatalytically active titania nanotubes that are rigidly attached to a specially shaped metal titanium foil used in our device.
COBISS.SI-ID: 29555239
New technology developed is based on the grain-boundary diffusion process which involves the electrophoretic deposition of TbF3 as initial step. Implementation of such technology gave Nd-Fe-B permanent magnets the coercivity of )2000 kA/m and the remanence of )1.3 T at room temperature. These are the key magnetic properties which allow electric motor to operate at 150 °C. Beside ambitious magnetic properties, the use of essential heavy rare earths, which are identified as critical elements is minimized down to only 1.37 wt. %.
COBISS.SI-ID: 29734183