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3. A review of plasma-assisted catalytic conversion of gaseous carbon dioxide and methane into value-added platform chemicals and fuelsHarinarayanan Puliyalil, Damjan Lašič Jurković, Venkata D. B. C. Dasireddy, Blaž Likozar, 2018 Ključne besede: atmospheric pressure plasma, carbon capture and utilisation, CCU, chemical reaction engineering, heterogeneous catalysis design, natural gas valorisation, plasma catalysis
DiRROS - Objavljeno: 22.08.2018; Ogledov: 145; Prenosov: 21
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4. Investigation of protective coatings for bronze using combined techniquesAngela Šurca Vuk, Mohor Mihelčič, Ervin Šest, Ivan Jerman, Miran Gaberšček, Gabriella Di Carlo, Chiara Giuliani, Martina Salzano de Luna, Marino Lavorgna, 2018 DiRROS - Objavljeno: 18.06.2018; Ogledov: 241; Prenosov: 12
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5. Design of coiled-coil protein-origami cages that self-assemble in vitro and in vivoAjasja Ljubetič, Fabio Lapenta, Helena Gradišar, Igor Drobnak, Jana Aupič, Žiga Strmšek, Duško Lainšček, Iva Hafner Bratkovič, Andreja Majerle, Nuša Krivec, Mojca Benčina, Tomaž Pisanski, Tanja Ćirković-Veličković, Adam Round, José María Carazo, Roberto Melero, Roman Jerala, 2017 DiRROS - Objavljeno: 17.04.2018; Ogledov: 449; Prenosov: 29
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7. Molecular basis of the functional differences between soluble human versus murine MD-2 : role of Val [sup] 135 in transfer of lipopolysaccharide from CD14 to MD-2Jožica Vašl, Alja Oblak, Tina Tinkara Peternelj, Javier Klett, Sonsoles Martín-Santamaría, Theresa L. Gioannini, Jerrold P. Weiss, Roman Jerala, 2016 Ključne besede: MD-2, TLR-4, species specificity, innate immunology
DiRROS - Objavljeno: 10.11.2016; Ogledov: 2015; Prenosov: 54
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8. Design principles for rapid folding of knotted DNA nanostructuresRoman Jerala, Jonathan P. K. Doye, Tomaž Pisanski, Nino Bašić, Helena Gradišar, Slavko Čeru, John S. Schreck, Vid Kočar, 2016 Povzetek: Knots are some of the most remarkable topological features in nature. Self-assembly of knotted polymers without breaking or forming covalent bonds is challenging, as the chain needs to be threaded through previously formed loops in an exactly defined order. Here we describe principles to guide the folding of highly knotted single-chain DNA nanostructures as demonstrated on a nano-sized square pyramid. Folding of knots is encoded by the arrangement of modules of different stability based on derived topological and kinetic rules. Among DNA designs composed of the same modules and encoding the same topology, only the one with the folding pathway designed according to the "free-end" rule folds efficiently into the target structure. Besides high folding yield on slow annealing, this design also folds rapidly on temperature quenching and dilution from chemical denaturant. This strategy could be used to design folding of other knotted programmable polymers such as RNA or proteins.
DiRROS - Objavljeno: 13.04.2016; Ogledov: 1644; Prenosov: 12
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