knowledge transfer
-In 2020, the average impact factor (IF) of publi-shed works of researchers was 6.37, which is higher than the average impact factor from 2019 and is the highest in recent years. The average place, held by the journal in a particular field in 2020, was 21 and reaches the set threshold, namely better than the 25th place in a particular field. 306 scientific works were published, which is more than in 2019. Citations of the scientific works of our researchers, which is an important indicator of success, amounted to 14,618 citati-ons in 2020.
Researchers successfully published their sci-entific papers in distinguished international jou-rnals with high impact factors. The share of pa-pers published in journals with an impact factor
Objave in citiranost
v letu 2020 Publications and Citations in 2020
V letu 2020 je bil povprečni faktor vpliva (IF) objavljenih del raziskovalk in raziskovalcev 6,37, ki je višji od povprečnega faktorja vpli-va iz leta 2019 in je najvišji glede na pretekla leta. Povprečno mesto, ki ga zaseda revija na določenem področju je v letu 2020 znašalo 21 in dosega zastavljeno mejo, boljše kot 25. mes-to na področju. Število objavljenih del je 306 in je večje, kot v letu 2019. Citiranost znanstvenih del naših raziskovalk in raziskovalcev, ki je po-memben pokazatelj uspešnosti, je bila v letu 2020 14.618 citatov.
Raziskovalke in raziskovalci so uspešno objavi-li svoja znanstvena dela v uglednih mednarodnih revijah z visokimi faktorji vpliva. Delež člankov, objavljenih v revijah s faktorjem vpliva višjim od
Leto / Year
Št. objavljenih del / No. of published works
Povprečni IF / Average IF
Povprečni faktor vpliva TOP-10 / Average impact
factor of TOP-10
Povprečno mesto revije / Average place of the journal
Citiranost / Citations
2011 295 3,34 8,84 33 5.301
2012 311 3,65 10,32 23 5.990
2013 281 3,10 7,82 28 6.601
2014 285 3,75 10,19 26 6.139
2015 287 4,39 13,30 23 6.806
2016 273 4,47 12,99 24 7.345
2017 287 5,28 20,52 24 9.096
2018 259 5,16 16,08 24 10.178
2019 260 5,89 16,24 23 11.804
2020 306 6,37 17,38 21 14.618
Preglednica: Objavljena dela v letu 2020 (članki, knjige, poglavja, patenti), povprečni faktor vpliva revij (IF) in povprečno mesto revije ter citiranost
Table: Published works in 2020 (articles, books, chapters, patents), average journal impact factor (IF) and average place of the journal and citations
higher than 9.00 reached 20% in 2020, which is the highest share in recent years. Between 2016 and 2019, the percentage of papers in journals with IF 9.00 amounted to around 10% (9 - 12%) considering the total number of published papers with IF in a year, while the share was equal to or less than 5% between 2009 and 2015. The scien-tific excellence of research work is also indicated by the increase of the average impact factor of selected original scientific papers (TOP-10).
All listed achievements of researchers enable increased competitiveness in the application of international and domestic research projects as well as greater visibility in research circles in the individual fields of research.
9,00 je v letu 2020 dosegel 20 %, kar je največ v zadnjih letih. V letih 2016 do 2019 je bil odstotek objav v revijah z IF 9,00 okrog 10 % (9 - 12 %) glede na celotno število objavljenih člankov z IF v letu, v letih 2009 do 2015 pa je bil delež enak ali manjši od 5 %. Znanstvena odličnost raziskoval-nega dela se kaže tudi v naraščanju povprečraziskoval-nega faktorja vpliva izbranih izvirnih znanstvenih član-kov (TOP-10).
Vsi navedeni dosežki raziskovalk in raziskoval-cev omogočajo večjo konkurenčnost pri prijavi mednarodnih in domačih raziskovalnih projektov kot tudi večjo prepoznavnost v raziskovalnih kro-gih na posameznih področjih raziskovanja.
Graf: Povprečni faktor vpliva revij (IF) vseh objavljenih člankov in povprečni faktor vpliva TOP 10 v letu 2020 Chart: The average impact factor (IF) of all published articles and the average impact factor of the TOP 10 in 2020
5.0 15.0
10.0 20.0 25.0
2006 2005
2.3 2.6 2.8 2.8 2.8 3.3 3.3 3.6
3.1 3.7 4.3 4.5 5.3 5.2 5.9 6.4
5.3 5.8 6.6
8.3 6.8
12.2
8.8 10.3
7.8 10.2
13.3 13.0
20.5
16.1
16.2 17.4
2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
Some papers published in the most prestigi-ous scientific publications should be awarded special mention. Researchers from the De-partment of Synthetic Biology and Immunology (D12) reported on the development and use of selective “molecular clamps” to regulate the functioning of human cells. This can significan-tly improve the regulation of human cell functio-ning, which will be useful for both research and cell therapy. They demonstrated that they can simultaneously direct molecules into multiple targeted areas of cells with these clamps and that they can significantly improve the ability to regulate cell functioning with light or chemical compounds with this approach, which will be very useful for therapeutic purposes. Building blocks that they used were the coiled coils, whi-ch are otherwise used for forming protein ca-ges within the framework of the ERC Advanced Grant project led by Prof. Dr. Roman Jerala. The research, which was conducted at the National Institute of Chemistry in its entirety, was publi-shed in the distinguipubli-shed journal Nature Chemi-cal Biology (journal impact factor of 12.59) in a paper titled “A tunable orthogonal coiled-coil interaction toolbox for engineering mammali-an cells”.
Researchers from the Department of Mate-rials Chemistry (D10) published a paper titled
“Stability and degradation mechanisms of copper-based catalysts for electrochemical CO2 reduction” in the prestigious journal An-gewandte Chemie: International Edition (journal impact factor of 12.96). Only those materials that are sufficiently stable under harsh electro-catalytic conditions can be efficient electroca-talysts. Therefore, precious metals such as pla-tinum, iridium and ruthenium dominate among electrocatalysts, as they are relatively stable in this type of corrosive environment. Howe-ver, even precious metals degrade with time.
The cause for this is primarily the changing electrical voltage and the associated transient dissolution phenomena. To be able to study de-gradation processes and design more stable electrocatalysts, it is essential to detect extre-mely low concentrations of dissolved metals in electrochemical experiments. For this purpose, Posebej velja izpostaviti nekaj člankov,
obja-vljenih v najbolj prestižnih znanstvenih publi-kacijah. Raziskovalke in raziskovalci Odseka za sintezno biologijo in imunologijo (D12) so poro-čali o razvoju in uporabi selektivnih »molekul-skih sponk« za uravnavanje delovanja človeških celic. S tem lahko pomembno izboljšajo uravna-vanje delovanja človeških celic, kar bo uporab-no tako za raziskave kot za celičuporab-no zdravljenje.
Pokazali so, da lahko s temi sponkami istočasno usmerijo molekule v več želenih predelov celic in da s tem pristopom bistveno izboljšajo mož-nost uravnavanja delovanja celic s svetlobo ali s kemijskimi spojinami, kar bo zelo uporabno za terapevtske namene. Gradniki, ki so jih uporabi-li, so obvite vijačnice, ki jih sicer uporabljajo za tvorbo proteinskih kletk v okviru ERC projekta za uveljavljene raziskovalce, ki ga vodi prof. dr.
Roman Jerala. Raziskava, ki je bila v celoti izve-dena na Kemijskem inštitutu, je bila objavljena v ugledni reviji Nature Chemical Biology (faktor vpliva revije je 12,59) v članku z naslovom “A tu-nable orthogonal coiled-coil interaction tool-box for engineering mammalian cells”.
Raziskovalci Odseka za kemijo materialov (D10) so objavili članek z naslovom “Stability and degradation mechanisms of copper-based catalysts for electrochemical CO2 reduction” v prestižni reviji Angewandte Chemie: International Edition (faktor vpliva revije je 12,96). Učinkoviti elektrokatalizatorji so lahko le tisti materiali, ki so pri ostrih pogojih elektrokatalize dovolj sta-bilni. Zato med elektrokatalizatorji prevladujejo žlahtne kovine, kot so platina, iridij in rutenij, ki so v tovrstnem korozivnem okolju razmeroma stabilne. Vendar pa tudi žlahtne kovine sčasoma degradirajo. Vzrok za to je predvsem spreminja-joča se električna napetost in s tem povezani tranzientni pojavi raztapljanja. Da lahko preuču-jemo degradacijske procese in dizajniramo sta-bilnejše elektrokatalizatorje, je nujno potrebno detektirati izredno nizke koncentracije razto-pljenih kovin pri elektrokemijskih eksperimen-tih. V ta namen so raziskovalci razvili občutljivo tehniko, pri kateri je pretočna elektrokemijska celica povezana z ICP-MS detektorjem. Da lah-ko preučujejo degradacijo materialov v pogojih, ki so čim bolj podobni realnim pogojem
delova-the researchers developed a sensitive tech-nique in which an electrochemical flow cell is connected to an ICP-MS detector. To be able to study the degradation of materials under con-ditions as close to real operating concon-ditions as possible, they are also developing techniques to implement electrochemical protocols at high current densities and at elevated temperatures.
A researcher from the Theory Department (D01), Laboratory for Cheminformatics and a researcher from CNR-IOM, Italy published a paper titled “All-atom simulations decrypt the molecular terms of RNA catalysis in the exon-ligation step of the spliceosome” in the journal ACS Catalysis (journal impact factor of 12.35). Results of their research contribute to the advancement in understanding the spli-cing mechanism in eukaryotes, revealing how the catalytic core of spliceosome’s ancestors - self-splicing ribozymes - remained conserved during evolution. Understanding the splicing mechanism is of paramount importance from the microbiological, biotechnological and phar-macological perspective. Improper splicing is related to numerous complex diseases such as cancer and neurodegeneration.
nja, razvijajo tudi tehnike za izvajanje elektroke-mijskih protokolov pri visokih tokovnih gostotah in pri povišani temperaturi.
Raziskovalec Teoretičnega odseka (D01), La-boratorija za kemijsko informatiko in razisko-valka s CNR-IOM, Italija, sta v reviji ACS Catalysis (faktor vpliva revije je 12,35) objavila članek z naslovom: “All-atom simulations decrypt the molecular terms of RNA catalysis in the exon--ligation step of the spliceosome”. Rezultati raziskave doprinašajo napredek pri razumeva-nju mehanizma spajanja pri evkariontih in raz-krivajo, kako je med evolucijo ostalo ohranjeno katalitično jedro spliceosomskih predhodnikov - samocepitvenih ribocimov. Razumevanje meha-nizma spajanja je izredno pomembno z mikro-biološkega, biotehnološkega in farmakološkega vidika. Nepravilno spajanje je namreč povezano s številnimi kompleksnimi boleznimi, kot sta rak in nevrodegeneracija.
Diplom / Undergraduate Theses 8
Magisterijev / Master's Theses 32
Doktoratov / Doctoral Theses 16
Mentorstev pri diplomah / Mentorships of Undergraduate Theses 9
Mentorstev pri magisterijih / Mentorships of Master's Theses 22
Mentorstev pri doktoratih / Mentorships of Doctoral Theses 16
Somentorstev pri diplomah / Comentorships of Undergraduate Theses 3
Somentorstev pri magisterijih / Comentorships of Master's Theses 20
Somentorstev pri doktoratih / Comentorships of Doctoral Theses 4
Preglednica: Število diplom, magisterijev, doktoratov, mentorstev in somentorstev s strani zaposlenih na KI Table: Number of undergraduate theses, master's theses, doctoral theses, mentorships and co-mentorships by the employees of the National Institute of Chemistry
Raziskovalka in raziskovalci Odseka za kemijo materialov (D10) so v sodelovanju z Inštitutom Jožef Stefan in inštitutom Charles Gerhardt Montpellier poročali o novem teoretičnem pris-topu, ki na atomski ravni upošteva vpliv razlike v potencialu. Metodologija, ki je prenosljiva na vse elektrokemijske sisteme, omogoča razume-vanje procesov v dvojni plasti in optimizacijo le--teh. Raziskava je bila objavljena v ugledni reviji Journal of the American Chemical Society: JACS (faktor vpliva revije je 14,61) v članku z naslo-vom »Electrolyte reactivity in the double layer in Mg batteries: an interface potential-depen-dent DFT study«.
Raziskovalke in raziskovalci Odseka za anor-gansko kemijo in tehnologijo (D09) so skupaj s soavtorji Odseka za katalizo in reakcijsko inže-nirstvo (D13), Odseka za kemijo materialov (D10) in soavtorico iz Bolgarije (Institute of Organic Chemistry with Centre of Phytochemistry, Bulga-rian Academy of Science) objavili rezultate raz-iskave v članku z naslovom »Synergistic effect of CuO nanocrystals and Cu-oxo-Fe clusters on silica support in promotion of total catalytic oxidation of toluene as a model volatile organic air pollutant« v reviji Applied Catalysis B, Envi-ronmental (faktor vpliva revije je 16,68). Rezul-tati so pomemben prispevek k raziskovalnemu področju dvokovinskih katalizatorjev na poroznih nosilcih s sinergijskim učinkom. Takšni kataliza-torji so uporabni tudi na drugih področjih kot na primer pri popolni oksidaciji organskih onesnažil
Researchers from the Department of Materials Chemistry (D10), in collaboration with Jožef Ste-fan Institute and Institute Charles Gerhardt Mon-tpellier, reported on a new theoretical approach that takes into account the impact of the diffe-rence in potential at the atomic level. Methodo-logy, which is transferable to all electrochemical systems, enables the understanding of processes in double layer and their optimization. The rese-arch was published in the distinguished Journal of the American Chemical Society: JACS (impact factor of 14.61) in the paper titled “Electrolyte reactivity in the double layer in Mg batteries: an interface potential-dependent DFT study”.
Researchers from the Department of Inorganic Chemistry and Technology (D09), together with co-authors from the Department of Catalysis and Chemical Reaction Engineering (D13), De-partment of Materials Chemistry (D10) and a co--author from Bulgaria (Institute of Organic Che-mistry with Centre of PhytocheChe-mistry, Bulgarian Academy of Science) published results of their research in the paper titled “Synergistic effect of CuO nanocrystals and Cu-oxo-Fe clusters on silica support in promotion of total catalytic oxi-dation of toluene as a model volatile organic air pollutant” in the journal Applied Catalysis B, En-vironmental (journal impact factor of 16.68). Re-sults are an important contribution to the rese-arch area of bimetallic catalysts on silica support with synergistic effect. Such catalysts are also useful in other areas, such as with a total
oxida-v odpadni oxida-vodi, kakor tudi pri selektioxida-vni oksidaciji pretvorbe biomase v kemikalije in goriva.
V študiji objavljeni v reviji Nature Communicati-ons (faktor vpliva revije je 12,12) so raziskovalke in raziskovalci Odsekov za elektronsko keramiko in za nanostrukturne materiale Instituta Jožef Stefan ter Odseka za kemijo materialov Kemij-skega Inštituta (D10) eksperimentalno dokazali dinamično povezavo med električno prevodnostjo domenskih sten v BiFeO3 s kopičenjem p-tipa de-fektov na steni pod električnim poljem. Pokazali so tudi, da hitrost ohlajanja vpliva na kopičenje defektov na stenah in s tem posledično na nji-hovo lokalno strukturo in prevodnost. Rezultati, objavljeni v članku z naslovom »Domain-wall pinning and defect ordering in BiFeO3 probed on the atomic and nanoscale«, so pomembni pri izkoriščanju lokalnih lastnostih domenskih sten v nanoelektroniki in funkcionalnih odzivih polik-ristaliničnih feroelektrikov.
Vpliv heterogenosti ribosomov in z ribosomi povezanih proteinov na molekularno uravnava-nje proteomov pri zdravih in bolnih ljudeh je še vedno neznan. Raziskovalka in raziskovalec z Odseka za molekularno biologijo in nanobioteh-nologijo (D11) sta sodelovala pri pomembnem preboju na tem področju. V članku z naslovom
»SMN-primed ribosomes modulate the tran-slation of transcripts related to spinal muscu-lar atrophy«, objavljenem v Nature Cell Biology (faktor vpliva revije je 20,04) so predstavili, da se protein za preživetje motoričnih nevronov (SMN, ang. Survival Motor Neuron), katerega odsotnost povzroči živčno mišično bolezen spinalno mišič-no atrofijo (SMA), veže na ribosome, in da je ta vezava v različnih tkivih različna. V raziskavi so sodelovali avtorji s CNR enote v Trentu, Univerze v Trentu, Univerze v Edinburgu, Centra za mož-gane na UMC Utrecht, podjetja Immagina Bio-technology in Kemijskega inštituta.
Sterilno vnetje je fiziološko stanje, ki se razvi-je v odsotnosti mikrobne okužbe zaradi poškodb tkiv, lahko pa je tudi osnova patogeneze številnih kroničnih bolezni. Sterilno vnetje vključuje pove-čano produkcijo reaktivnih zvrsti kisika, ki so del oksidativnega stresa. Ena od glavnih značilnosti oksidativnega stresa je povečana peroksidacija fosfolipidov, kar jih opredeljuje kot potencialne s
tion of volatile organic compounds in waste wa-ter and selective oxidation of the conversion of biomass to chemicals and fuels.
In a study published in the journal Natu-re Communications (journal impact factor of 12.12), researchers from the Electronic Cera-mic Department and Nanostructured Materials Department of Jožef Stefan Institute and the Department of Materials Chemistry (D10) expe-rimentally proved a dynamic interaction between conductive domain-walls in BiFeO3 and p-type defects gathered on the wall under electric field.
They also demonstrated that the cooling rate affects gathering of p-type defects on the walls and consequently their local structure and con-ductivity. The results published in the paper titled
“Domain-wall pinning and defect ordering in BiFeO3 probed on the atomic and nanoscale” are important for the utilization of local properties of domain-walls in nanoelectronics and functional responses of polycrystalline ferroelectrics.
The effect of ribosome heterogeneity and ribo-some-associated proteins on the molecular con-trol of proteomes in healthy and ill people rema-ins unclear. Researchers from the Department of Molecular Biology and Nanobiotechnology (D11) participated in an important breakthrou-gh in this area. In the paper titled “SMN-primed ribosomes modulate the translation of tran-scripts related to spinal muscular atrophy”, pu-blished in the journal Nature Cell Biology (journal impact factor of 20.04), they demonstrated that survival motor neuron (SMN) protein, the loss of which causes the neuromuscular disease spi-nal muscular atrophy (SMA), binds to ribosomes and that this interaction is tissue-dependent.
Authors from the CNR Unit at Trento, University of Trento, University of Edinburgh, UMC Utrecht Brain Center, Utrecht, Immagina Biotechnology and the National Institute of Chemistry partici-pated in the study.
Sterile inflammation is a physiological con-dition that develops in the absence of microbi-al infection due to tissue damage but can microbi-also be the basis of the pathogenesis of numerous chronic diseases. Sterile inflammation inclu-des an increased production of reactive types of oxygen that are a part of oxidative stress. One
0
Število diplomskih del, magisterijev in doktoratov po letih /
Number of undergraduate theses, master’s theses and doctoral theses by year
2005 2006 2007 2008 2009 2010 2011
20 40 60 80 100
poškodbo povezane molekulske vzorce. Razisko-valke in raziskovalci Odseka za sintezno biologijo in imunologijo (D12) so odkrili, da zunajcelični vezikli, ki se sproščajo iz celic ob oksidativnem stresu, aktivirajo pomemben receptor naravne-ga imunskenaravne-ga sistema TLR4, vendar drunaravne-gače kot bakterijski lipopolisaharid, kar je osnova za razlikovanje med vnetjem, ki ga sproži okužba, in sterilnim vnetjem. Rezultati raziskave so bili objavljeni v članku z naslovom “Synergy betwe-en 15-lipoxygbetwe-enase and secreted PLA2 promo-tes inflammation by formation of TLR4 agonists from extracellular vesicles” v ugledni reviji Pro-ceedings of the National Academy of Sciences of the United States of America (faktor vpliva revije je 9,41).
of the main characteristics of oxidative stress is an increased peroxidation of phospholipids, which defines them as potential injury-related molecular patterns. Researchers from the De-partment of Synthetic Biology and Immunology (D12) discovered that extracellular vesicles that release from cells under oxidative stress activa-te an important receptor of the natural immune system TLR4, but unlike a bacterial lipopolysa-ccharide, which is the basis for distinguishing between inflammation, triggered by infection, or sterile inflammation. Results of the study were published in the paper titled “Synergy between 15-lipoxygenase and secreted PLA2 promotes inflammation by formation of TLR4 agonists from extracellular vesicles” in the di-stinguished journal Proceedings of the National Academy of Sciences of the United States of Ame-rica (journal impact factor of 9.41).
2012
2012 2013 2014 2015 2016 2017 2018 2019 2020
Izvirna znanstvena dela / Original scientific works
IF = 30,47 D09
VERCAMMEN, Jannick, BOCUS, Massimo, NEALE, Sam, BUGAEV, Aram L., TOMKINS, Patrick, HAJEK, Julianna, MINNEBRUGGEN, Sam Van, SOLDATOV, Alexander V., KRAJNC, Andraž, MALI, Gregor, SPEYBROECK, Vero-nique van, VOS, Dirk de. Shape-selective C-H activation of aromatics to biarylic compounds using molecular palladium in zeolites. Nature Catalysis, 2020, vol. 3, str.
1002-1009. [COBISS.SI-ID 39241987]
IF = 19,00 D10
SUN, Fu, ZHOU, Dong, HE, Xin, OSENBERG, Markus, DONG, Kang, CHEN, Libao, MEI, Shilin, HILGER, An-dré, MARKÖTTER, Henning, YAN, Lu, DONG, Shanmu, MARATHE, Shashidhara, RAU, Christoph, HOU, Xu, LI, Jie, STAN, Marian Cristian, WINTER, Martin, DOMINKO, Robert, MANKE, Ingo. Morphological reversibility of modified Li-based anodes for next-generation batteries.
ACS Energy Letters, 2020, vol. 5, iss. 1, str. 152-161. [CO-BISS.SI-ID 29231875]
IF = 20,04 D11
LAURIA, Fabio, BERNABÒ, Paola, TEBALDI, Toma, GROEN, Ewout Joan Nicolaas, PERENTHALER, Elena, MANISCALCO, Federica, ROSSI, Annalisa, DONZEL, Deborah, CLAMER, Massimiliano, MARCHIORETTO, Marta, OMERSA, Neža, ORRI, Julia, DALLA SERRA, Mauro, ANDERLUH, Gregor, QUATTRONE, Alessandro, INGA, Alberto, GILLINGWATER, Thomas Henry, VIERO, Gabriella. SMN-primed ribosomes modulate the trans-lation of transcripts related to spinal muscular atrophy.
Nature Cell Biology, 2020, vol. 22, iss. 10, str. 1239-1251.
[COBISS.SI-ID 30104323]
IF = 16,84 D10
LINDAHL, Niklas, BITENC, Jan, DOMINKO, Robert, JO-HANSSON, Patrik. Aluminum metal-organic batteries with integrated 3D thin film anodes. Advanced Functional Materials, 2020, vol. 30, iss. 51, str. 2004573-1-2004573-7. [COBISS.SI-ID 44030979]
Objave in citiranost
v letu 2020 Publications and
Citations in 2020
IF = 16,68 D10, D13
BOHRE, Ashish, ALAM, Md. Imteyaz, AVASTHI, Kalpa-na, RUIZ-ZEPEDA, Francisco, LIKOZAR, Blaž. Low temperature transformation of lignocellulose derived bioinspired molecules to aviation fuel precursor over magnesium-lanthanum mixed oxide catalyst. Applied Catalysis B, Environmental, 2020, vol. 276, str. 119069-1-119069-12. [COBISS.SI-ID 16158211]
IF = 16,28 D10
BITENC, Jan, LINDAHL, Niklas, VIŽINTIN, Alen, ABDEL-HAMID, Muhammad E., DOMINKO, Robert, JOHANSS- ON, Patrik. Concept and electrochemical mechanism of an Al metal anode - organic cathode battery. Energy Storage Materials, 2020, vol. 24, str. 379-383. [COBISS.
SI-ID 6750746]
IF = 16,68 D09, D10, D13
DJINOVIĆ, Petar, RISTIĆ, Alenka, ŽUMBAR, Tadej, DA-SIREDDY, Venkata D. B. C., RANGUS, Mojca, DRAŽIĆ, Goran, POPOVA, Margarita, LIKOZAR, Blaž, ZABUKO- VEC LOGAR, Nataša, NOVAK TUŠAR, Nataša. Synergis-tic effect of CuO nanocrystals and Cu-oxo-Fe clusters on silica support in promotion of total catalytic oxida-tion of toluene as a model volatile organic air pollut-ant. Applied Catalysis B, Environmental, 2020, vol. 268, str.
118749-1-118749-10. [COBISS.SI-ID 40413445]
IF = 16,84 D10
OTONIČAR, Mojca, BRADEŠKO, Andraž, FULANOVIĆ, Lovro, KOS, Tomaž, URŠIČ NEMEVŠEK, Hana, BENČAN, Andreja, CABRAL, Matthew, HENRIQUES, Alexandra, JONES, Jacob L., RIEMER, Lukas, DAMJANOVIĆ, Dra-gan, DRAŽIĆ, Goran, MALIČ, Barbara, ROJAC, Tadej.
Connecting the multiscale structure with macroscopic response of relaxor ferroelectrics. Advanced Functional Materials, 2020, vol. 30, iss. 52, 2006823-1-2006823-13.
[COBISS.SI-ID 32051715]
Dela / Works D01 D04 D06 D07 D09 D10 D11 D12 D13 D15 D16 BRUTO Dvojniki/trojniki
OVERLAPS SKUPAJ / ALL
Članki, monografije, poglavja /
Articles, monographies, chapters 50 14 14 12 45 71 23 46 93 22 1 391 25/3 360
Prispevki na konferencah /
Conference contributions 16 11 4 3 23 24 6 18 30 2 0 137 9/0 128
Patenti / Patents 1 0 0 0 0 4 0 2 3 0 0 10 0/0 10
Predavanja / Lectures 2 2 0 0 5 12 2 1 2 3 0 29 1/0 28
Dokumenti / Documents 2 1 0 0 1 3 0 0 4 0 2 13 0/0 13
Doktorati, magisteriji, diplome /
PhD, MSc, BSc 7 2 0 2 4 11 5 14 9 2 1 57 1/0 56
Bibliografija inštituta v letu 2020 ANALITIČNI PODATKI (tipologija COBISS /Odseki) Institute bibliography for 2020 ANALYTICAL DATA (typology COBISS /Departments)
IF = 14,61 D15
LI, Qiang, CHEN, Jialiang, TRAJKOVSKI, Marko, ZHOU, Yifei, FAN, Chaochao, LU, Kuan, TANG, Pingping, SU, Xuncheng, PLAVEC, Janez, XI, Zhen, ZHOU, Chuan-zheng. 4´-Fluorinated RNA: synthesis, structure, and applications as a sensitive 19F NMR probe of RNA struc-ture and function. Journal of the American Chemical Soci-ety: JACS, 2020, vol. 142, iss. 10, str. 4739-4748. [COBISS.
SI-ID 6801434]
IF = 14,61 D01
SALTALAMACCHIA, Andrea, CASALINO, Lorenzo, BORIŠEK, Jure, BATISTA, Victor S., RIVALTA, Ivan, MAGI- STRATO, Alessandra. Decrypting the information ex-change pathways across the spliceosome machinery.
Journal of the American Chemical Society: JACS, 2020, vol.
142, iss. 18, str. 8403-8411. [COBISS.SI-ID 6812954]
IF = 14,61 D09
HOU, Jingwei, RÍOS GÓMEZ, María Laura, KRAJNC, Andraž, MCCAUL, Aoife, LI, Shichun, BUMSTEAD, Alice M., SAPNIK, Adam F., DENG, Zeyu, LIN, Rijia, CHATER, Philip A., KEEBLE, Dean S., KEEN, David A., APPADOO, Dominique, CHAN, Bun, CHEN, Vicki, MALI, Gregor, BENNETT, Thomas D. Halogenated metal-organic framework glasses and liquids. Journal of the American Chemical Society: JACS, 2020, vol. 142, iss. 8, str. 3880-3890. [COBISS.SI-ID 6793242]
IF = 14,61 D10
KOPAČ LAUTAR, Anja, BITENC, Jan, REJEC, Tomaž, DOMINKO, Robert, FILHOL, Jean-Sébastien, DOUBLET, Marie-Liesse. Electrolyte reactivity in the double layer in Mg batteries: an interface potential-dependent DFT study. Journal of the American Chemical Society: JACS, 2020, vol. 142, iss. 11, str. 5146-5153. [COBISS.SI-ID 6806042]
Dela / Works D01 D04 D06 D07 D09 D10 D11 D12 D13 D15 D16 BRUTO Dvojniki/trojniki
OVERLAPS SKUPAJ / ALL
Članki, monografije, poglavja /
Articles, monographies, chapters 50 14 14 12 45 71 23 46 93 22 1 391 25/3 360
Prispevki na konferencah /
Conference contributions 16 11 4 3 23 24 6 18 30 2 0 137 9/0 128
Patenti / Patents 1 0 0 0 0 4 0 2 3 0 0 10 0/0 10
Predavanja / Lectures 2 2 0 0 5 12 2 1 2 3 0 29 1/0 28
Dokumenti / Documents 2 1 0 0 1 3 0 0 4 0 2 13 0/0 13
Doktorati, magisteriji, diplome /
PhD, MSc, BSc 7 2 0 2 4 11 5 14 9 2 1 57 1/0 56
IF = 14,61 D10
SPECK, Florian D., PAUL, Michael T.Y., RUIZ-ZEPEDA, Francisco, GATALO, Matija, KIM, Haesol, KWON, Han Chang, MAYRHOFER, Karl, CHOI, Minkee, CHOI, Chang Hyuck, HODNIK, Nejc, CHEREVKO, Serhiy. Atomistic insights into the stability of Pt single atom electrocata-lysts. Journal of the American Chemical Society: JACS, 2020, vol. 142, iss. 36, str. 15496-15504. [COBISS.SI-ID 25751299]
IF = 36,13 D12
SEGAL, Eran, ZHANG, Feng, LIN, Xihong, KING, Gary, SHALEM, Ophir, SHILO, Smadar, ALLEN, William E., AL-QUADDOOMI, Faisal, ALTAE-TRAN, Han, ANDERS, Si-mon, BALICER, Ran, BAUMAN, Tal, BONILLA, Ximena, BOOMAN, Gisel, CHAN, Andrew T., COHEN, Ori, COLETTI, Silvano, DAVIDSON, Natalie, DOR, Yuval, DREW, David A., ELEMENTO, Olivier, EVANS, Georgina, EWELS, Phil, GALE, Joshua, GAVRIELI, Amir, GEIGER, Benjamin, GRAD, Yonatan H., GREENE, Casey S., HAJIRASOULIHA, Iman, JERA- LA, Roman, KAHLES, Andre, KALLIONIEMI, Olli, KESHET, Ayya, KOCAREV, Ljupčo, LANDUA, Gregory, MEIR, Tomer, MULLER, Aline, NGUYEN, Long H., OREŠIČ, Matej, OVCHIN-NIKOVA, Svetlana, PETERSON, Hedi, PRODANOVA, Jana, RAJAGOPAL, Jay, RÄTSCH, Gunnar, ROSSMAN, Hagai, RUNG, Johan, SBONER, Andrea, SIGARAS, Alexandros, SPECTOR, Tim, STEINHERZ, Ron, STEVENS, Irene, VILO, Jaak, WILMES, Paul. Building an international consortium for tracking coronavirus health status. Nature Medicine, 2020, vol. 26, str. 1161-1165. [COBISS.SI-ID 22017539]
Kratki znanstveni prispevek /
Short Scientific Paper
Prenos znanja
v gospodarstvo Transfer of knowledge to the economy
The National Institute of Chemistry is an impor-tant stakeholder in the Slovenian and interna-tional innovation ecosystem. In terms of scope of the transfer of knowledge and technologies into industry, we have been one of the leading public research organizations for a number of years.
In 2020, the National Institute of Chemistry con-tinued successful collaborations with industry and concluded new collaborations with companies such as Honda R&D Europe, Neste Engineering Solutions Oy, Total Research & Technology Feluy, Oxford Nanopore Technologies Limited, Lek d.d., Dechra Limited, Krka, tovarna zdravil Novo Mes-to, MGC Pharmaceuticals d.o.o., Calcit d.o.o., BIA Separations, NAVITAS d.o.o., Evonik Operations GmbH and Entomics Biosystems Ltd.
A direct sale of technical knowledge to a foreign industrial partner in the amount of €35,000.00 was concluded.
Internal “Proof of Concept” initiative NICKI We carried out the internal “Proof of Concept”
(“PoC”) initiative NICKI for the second year in a row. The initiative is intended to further develop the Technology Readiness Level (TRL 3-6/7) of the most promising innovations of the National Institute of Chemistry from a market perspec-tive. The Institute's funds enable the selected projects to pay for external services, such as additional testing of materials, obtaining mar-ket data and information on the needs of indus-try, increasing production capacity, etc. These are the areas that indicate the economic poten-tial of research to the industry. From the five ap-plications received, a group of internal evalua-tors, with the support of an external evaluator, selected four projects:
Kemijski inštitut je pomemben deležnik v sloven-skem in mednarodnem inovacijsloven-skem ekosistemu.
Po obsegu prenosa znanja in tehnologij v gospo-darstvo se že vrsto let uvrščamo med vodilne jav-no raziskovalne organizacije.
V letu 2020 so se na Kemijskem inštitutu nada-ljevala uspešna obstoječa sodelovanje z industrijo oziroma sklenili nova sodelovanja s podjetji kot so Honda R&D Europe, Neste Engineering Solutions Oy, Total Research & Technology Feluy, Oxford Nanopore Technologies Limited, Lek d.d., Dechra Limited, Krka, tovarna zdravil Novo Mesto, MGC Pharmaceuticals d.o.o., Calcit d.o.o., BIA Separa-tions, NAVITAS d.o.o., Evonik Operations GmbH in Entomics Biosystems Ltd.
Izvedena je bila neposredna prodaja tehničnega znanja tujemu industrijskemu partnerju v vred-nosti 35.000,00 €.
Interna »Proof of concept« spodbuda NICKI Že drugo leto zapored smo izvedli interno spod-budo NICKI za »preverbo koncepta« oziroma
»Proof of concept« (skrajšano »PoC«). Spod-buda je namenjena nadaljnjemu razvoju tržno najperspektivnejših inovacij s Kemijskega inšti-tuta na ravni tehnološke razvitosti (TRL 3-6/7).
Izbranim projektom inštitutska sredstva omo-gočijo plačilo zunanjih storitev, kot so dodatna testiranja materialov, pridobivanje informacij o trgu in potrebah industrije, povečanje proizvo-dnih kapacitet ipd. To so namreč področja, ki industriji nakazujejo ekonomski potencial raz-iskav. Med petimi prejetimi prijavami je skupi-na notranjih ocenjevalcev ob podpori zuskupi-nanjega ocenjevalca, izbrala štiri projekte: