The article is a result of collaboration between Laboratory for Materials Chemistry, Laboratory for Analytical Chemistry and German institute Max Planck from Düsseldorf. The most important message of the article is…
We all know that tying a knot in our everyday life involves a defined order of crossing ends of the rope. But how do we tie a molecule into a knot? Researchers report rules to define the order of crossing ends of the DNA chain to obtain rapidly self-tying highly knotted nanostructures.
The research brought together experts in materials synthesis, crystallography, microscopy and theoretical chemistry who disproved the belief that the energy density of battery materials is intrinsically limited by the number of electrons that can be reversibly incorporated into the electrochemical reaction. Based on the insights gained by using different characterisation techniques, they proved that in some cases the oxygen subnet in crystal structures could reversibly enter the electrochemical reaction.
Researchers from the Laboratory for Environmental Sciences and Engineering (Maxim Zabilskiy, Dr. Petar Djinović and Prof. Dr. Albin Pintar) and Laboratory for Materials Chemistry (Dr. Elena Tchernychova) have in…
Group from the Laboratory for inorganic chemistry and technology has developed a new method for the investigation of spatial distribution of various organic linkers or functional groups within metal-organic materials.
Such findings demonstrate the importance of fully understanding the change of oxidation state and involvement of oxygen in the electrochemical reaction.
A research team working in the scope of international consortium comprised of National Institute of Chemistry (Ljubljana), Biotechnical faculty from University of Ljubljana, SME Acies Bio d.o.o. (Ljubljana), Helmholtz institute, HIPS (Helmholtz-Institute for Pharmaceutical Research Saarland, Germany), Univesity of Strathclyde (Scotland) and Hospital Universario Marques de Valdecilla (Spain) has succeeded to construct a novel antibiotic carboxyamido-chelocardin belonging to a group of atypical tetracyclines produced by bacteria Amycolatopsis suplhurea.
An extensive review article has been published in a prestigious journal Chemical Reviews (IF 45.66), which presents a state-of-the-art account of the rapidly expanding field of atmospheric organic compound…
A group of researchers from Slovenian NMR centre at National Institute of Chemistry, EN-FIST Centre of Excellence and Faculty of Chemistry and Chemical Technology University of Ljubljana has determined a DNA structure…
Researchers from National Institute of Chemistry and the Centre of Excellence EN- FIST, Ljubljana, Slovenia in collaboration with researchers from the University of Tübingen, Germany, discovered the molecular mechanism…
e Laboratory for inorganic chemistry and technology has developed a new method for the investigation of spatial distribution of various organic linkers or functional groups within metal-organic materials.
