News

1.  Andrej Ferlež, Boris Petrič, Maja Ovsenik, Luka Prodnik, Jernej Vidmar, Ksenija Cankar, Lidija Nemeth, “Magnetno resonančno slikanje odziva zobne pulpe na ortodontske premike zob: prikaz primera”, In: Maja Ovsenik (ed.), Jasmina Primožič (ed.), 20 let raziskovalnega in strokovnega dela: zbornik: Zavod Orthos, 2018, 308-315.

2.  Janez Dolinšek, “Electronic transport properties of complex intermetallics”, In: Peter Gille (ed.), Yuri Grin (ed.), Crystal growth of intermetallics, 2018,  260-278.

3.  Denis Arčon, I. Heinmaa, R. Stern, “Low-temperature NMR: techniques and applications”, In: Paul Hodgkinson (ed.), Modern methods in solid-state NMR: a practioner’s guide, (New developments in NMR 15) 2018, 231-261.

4.  Ivan Sedmak, Iztok Urbančič, Janez Štrancar, Michel Mortier, Iztok Golobič, “High-Resolution thermal imaging based on the fluorescence of Erbium/Ytterbium co-doped ceramic”, V: Sergey Y. Yurish (ed.), Physical sensors, sensor networks and remote sensing, (Advances in sensors: Reviews 5) 2018, 325-338.

Collaboration between Tilen Koklič from the F5 Department and N. Aničić, M. Vukomanović and D. Suvorov from the K9 Department resulted in discovery of basic principles of contact-based mechanism of MgO antibacterial activity. Their research confirmed the key role of MgO surface defects in hydrolysis, antibacterial activity and ROS generation, setting guidelines for further development of MgO-based medical devices. The findings were published in the Small journal and the research illustration was chosen as the cover of the June issue.

Collaboration between Tilen Koklič from the F5 Department and N. Aničić, M. Vukomanović and D. Suvorov from the K9 Department resulted in discovery of basic principles of contact-based mechanism of MgO antibacterial activity. Their research confirmed the key role of MgO surface defects in hydrolysis, antibacterial activity and ROS generation, setting guidelines for further development of MgO-based medical devices. The findings were published in the Small journal and the research illustration was chosen as the cover of the June issue.

Researchers from Jožef Stefan Institute (IJS) I.Urbančič, M.Garvas, H.Majaron, B.Kokot, P.Umek, Z.Arsov, T.Koklič, M.Škarabot, I.Muševič in J.Štrancar (F5) and M.Čeh (CEMM in K7) as well as from University of Oxford (UO) F.Schneider, S.Galiani in C.Eggeling and from from University College Dublin (UCD) have identified the causal connection between inhalation of nanoparticles, lipid wrapping and triggerring of the coagulation signal cascade in lung epithelium. Recently installed super-resolution STED microscope significantly contributed to this findings together with expertise transfer from UO and new proteomics techniques at UCD. The work entitled Nanoparticles Can Wrap Epithelial Cell Membranes and Relocate Them Across the Epithelial Cell Layer was published in Nano Letters.

1.  Matej Ogrin (avtor, fotograf), Katja Vintar Mally (avtor, fotograf), Anton Planinšek, Griša Močnik, Luka Drinovec, Asta Gregorič, Ivan Iskra, Onesnaženost zraka v Ljubljani: koncentracije dušikovih oksidov, ozona, benzena in črnega ogljika v letih 2013 in 2014, Ljubljana: Znanstvena založba Filozofske fakultete, 2018.

2.  Gregor Posnjak, Topological formations in chiral nematic droplets, Cham: Springer, (Springer Theses), 2018.