A work on fluorescent compounds based on boron clusters is highlighted on the inside cover of ChemComm, by Rosario Núñez and co-workers.
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Eventually, this research – developed at Chalmers University of Technology, Sweden, by ICMAB and ICREA researcher Kasper Moth-Poulsen and co-workers – could lead to self-charging electronics using stored solar energy on demand.
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Direct brain administration through the carotid artery of nanomaterials carrying drugs that boost tissue recovery could be an effective method to reduce the undesirable effects in other organs and improve the arrival of the drug into the brain.
ICMAB researchers Anna Laromaine and Sumithra Srinivasan collaborate in this study led by CRAG researchers to unveil the physico-chemical nature of the xylem barriers responsible for bacterial wilt resistance in tomato plants.
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On World Cancer Day (4 Feb), we present a study on new nanovesicles, known as quatsomes, which have been successfully engineered to encapsulate and deliver microRNAs for the treatment of tumors. These nanovesicles are produced by a simple GMP compliant process, an unavoidable requirement for the clinical use of new drug candidates. The study, published in Small, has been highlighted in the Women in Materials Science issue of Advanced Materials.
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Up to 523 CSIC scientists are in the ranking, 82 of them from centers in Catalonia.
ICMAB researchers in this ranking are working in the fields of sustainable batteries, oxide electronics, electronic and crystallographic structure of materials, flexoelectricity, borane-based materials, molecular materials, nitride-based materials, photovoltaics and thermoelectrics, among others.
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2020 has been a challenging year, in every possible way. We were hit by a worldwide pandemic that hit us and sent us home in mid-March.
ICREA Researcher Kasper Moth-Poulsen publishes a review on the technologies he will be researching at ICMAB.
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A study published in “Advanced Electronic Materials” demonstrates that humidity increases the maximum speed at which ferroelectric film-based memories can be written, thanks to the capability of water to stabilise polarisation domains.
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New front cover in “The Journal of Physical Chemistry C” for the article “Investigating the Ubiquitous Presence of Nanometric Water Films on Surfaces”.
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Use of simulations to predict material properties, a publication on npf Computational Materials, with the collaboration of the Theory and Simulation Research Unit at ICMAB, published on npj Computational Materials.
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The compilation of papers on "materials for molecular electronics and magnetism" honors these ICMAB Researchers’ careers.
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A team of researchers demonstrated that 2D porous crystalline molecular frameworks (MOFs) can be grown with excellent control over their morphology and homogeneity by using a custom-made microfluidic device.
This approach recreates on Earth the microgravity environment of laboratories on the International Space Stations.
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The electrons of some metal oxides, due to their large effective mass when coupled with the ionic lattice of the material, cannot follow the electric field of light and allow it to pass through the material. Transparent and conductive materials are used in smartphone touch screens and solar panels for photovoltaic energy.
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New front cover in “Advanced Therapeutics” for the article “Recombinant Human Epidermal Growth Factor/Quatsome Nanoconjugates: A Robust Topical Delivery System for Complex Wound Healing”.
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A new paper in Energy Environ. Sci. reviews the emerging field of computational and experimental high-throughput of organic solar cell materials and the concomitant advent of artificial intelligence in the field.
Bacterial nanocellulose is an emergent biocompatible natural polymer with increasing applicability in the healthcare sector. A potential innovative application can be found in the design of surgical meshes for the treatment of abdominal hernias. Researchers from ICMAB-CSIC and B. Braun Surgical, a leading manufacturer of medical devices for wound closure, have collaborated to develop a bio-based surgical mesh with this biomaterial. First results from an in vivo animal study yield promising outcomes.
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Researchers Rosario Nuñez and Gerard Tobias: “The therapeutic approach proposed here has the potential to be the basis of a more efficient, less aggressive and less toxic cancer treatment.”
The study of metal-insulator transitions in VO2 through atomic scale imaging has allowed to uncover a periodical tweed structure: a weaving of vanadium dimers acting like the threads of an actual tweed at the atomic level. This research, led by ICMAB researcher Felip Sandiumenge and ICN2 and ICREA researcher Gustau Catalan, and published in Advanced Materials, provides relevant information for the understanding of transitional states in specific classes of materials.
ICMAB researchers from the LMI group have collaborated in a study to design minimalist biostructures that imitate natural enzymes, capable of carrying out two differentiated and reversibly regulated activities thanks to a unique combination of structural and functional properties. The strategy used opens the door to the creation of “intelligent” nanomaterials with tailor-made combinations of catalytic functions.
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The journal ACS Applied Materials & Interfaces published the cover of the article "Combinatorial Screening of Cuprate Superconductors by Drop-On-Demand Inkjet Printing".
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The production, preparation, and use of bacterial nanocellulose as corneal bandages could be the key to help delicate stem cells to migrate to the cornea and heal the eye from a range of ocular disorders.
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In this study, researchers have demonstrated that by feeding machine-learning algorithms with high-throughput experimental datasets, it is possible to retrieve predictive models for the performance of organic solar cells.
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Researchers have used a combination of cerium oxide nanoparticles and manganese metal organic precursor in the laser targets for the synthesis of a hybrid material. The used laser deposition technique allowed the versatile fabrication of high-performance supercapacitor electrodes.
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Collaboration is a key part of research. Whether it be collaboration with similar researchers with different skill sets or perspectives, or collaboration with researchers in others fields for an interdisciplinary approach, joining efforts with other institutions is a solid way to improve ICMAB’s work. Here are the institutions that have collaborated more with ICMAB in 2020:
International research partnerships are a key factor to improve our collective knowledge. Not only does it allow everybody to share access to different scientific installations and techniques, it also gives research a more diverse viewpoint that ensures every possibility is considered. These are the countries that ICMAB has collaborated more with during 2020:
Scientific dissemination is clearly dependent on journals to help spread the word about research done all around the world. Many specialized journals, in fields like materials science or nanotechnology, have helped ICMAB Researchers get eyes on their research. These are the journals that have shared more of our research in 2020:
The Clarivate journal Impact Factor metric system gives a yearly numeric indicator of how much has an article been cited and how much impact has it had. This year, ICMAB’s average IF has been at 7.42, with an 18 % of all publications having an IF higher than 10. These are the ICMAB articles that have had a higher IF during 2020:
Citation is one of the key factors to understand the effect an article has had on a particular field. This year, ICMAB Researchers have published articles across many fields, like energy storage, thermoelectrics, or nanomedicine. From all this research, two of ICMAB’s articles have become highly cited pieces. Do you want to know which articles have been the most cited this year?
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More than 216 articles have been published this year by the many researchers that form ICMAB. Some researchers have been able to publish multiple articles in the same year. These are the researchers that have published most articles during 2020 (Source: Web of Science-Core collection, as of 14/12/2020):
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The rapid characterization of the SARS-CoV-2 virus has allowed researchers at the Soft Matter Theory Group to learn more about how it interacts with surfaces through extremely precise simulations. The results have been published in the scientific journal Biointephases.
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"Our colleagues at ICN2 studied a range of ferroelectrics using atomic force microscopy (AFM) and discovered that 180-degree domain walls – regions separating ferroelectric domains with opposite polarization – are mechanically softer than the surrounding material" says Konstantin Shapovalov, ICMAB researcher and co-author of the now published article in Physical Review X Mechanical Softness of Ferroelectric 180° Domain Walls, in which he contributed with the theoretical interpretation of this unexpected phenomenon.
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A joint collaboration between the Institute for Bioengineering of Catalonia (IBEC), the Institute of Materials Science of Barcelona (ICMAB) and The University of Manchester has succeeded in mapping the electrical properties of organic biosensor/electrolyte interfaces at the nanoscale by measuring local electric forces. Electronic biosensorsbased on organic materials could make soon a reality the dream of low-cost, disposable, flexible and biocompatible electronic devices for the interaction with biological systems.
