Promising molecule for treatment of COVID-19
2022-02-10
News
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Protein synthesis in Giardia with cryo-EM
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Suparna Sanyal’s group publishes in Nature Communications
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Hjärnäpplet award goes to Johan Elf and Özden Baltekin
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Aminoff Prize rewards explosive studies of biological macromolecules
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Suparna Sanyal has been appointed Distinguished University Teacher
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Promising molecule for treatment of COVID-19
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Elf's group publish in Science
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Elf's group publish in Nature
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Upp Talk Weekly
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First look on generalist ancestry of bacterial translation machinery by Suparna Sanyal’s group
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Professor Suparna Sanyal spoke about the added value of international assessors at the conference on programme evaluations
Professor Suparna Sanyal spoke about the added value of international assessors at the conference on programme evaluations
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Tomas Ekeberg is portrayed in "Curie"
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The enzyme from an Uppsala pond teaches us about phage defence
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Madeleine Walz and David van der Spoel show that ions can go against the flow
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“Antibodies for better or worse” chronicle by Sandra Kleinau
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Master students Letian Bao and Carolin Vogel publish papers improving chromoproteins and small RNAs.
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The Gregori Aminoff Prize 2021 is awarded to Janos Hajdu
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Magnus Johansson receives ERC Starting Grant
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Suparna Sanyal obtained a highly competitive research grant from Swedish Research Council for research on Coronavirus and Covid-19
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Deindl and Elf labs publish in Nature
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Hugo Gutierrez-de-Teran contributes to the future of structure-based drug design
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Sanna Koskiniemi is appointed chairman of the Swedish Young Academy
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Åqvist group publishes in Nature Communications
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Carlsson group is part of international COVID-19 collaboration
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Staffan Svärd was elected to the Royal Academy of Sciences
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Komorowski's group, part of the Pan-Cancer consortium, publishes in Nature together with Prof. Claes Wadelius, IGP
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David van der Spoel is interviewed
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The Bioinformatics Laboratory publishes in Nature Communications
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Sanyal and Åqvist groups report on new method to block the birth of new proteins in bacteria.
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Norblad-Ekstrand medal to Inger Andersson, professor emeritus at molecular biophysics
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In this issue of Science, Sebastian Deindl and Greg Bowman describe how intricate protein machines repackage DNA to turn genes on and off.
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Sanyal group reveals the mechanism of fidelity in translation by studying the mode of error induction by the anti-TB antibiotic viomycin
A new study from Sanyal lab reveals how the anti-tuberculosis antibiotic viomycin induces error in translation during decoding of the genetic code on mRNA. Applying pre steady state kinetics to a fully reconstituted bacterial translation system this study delineates the actual mechanism of accurate decoding on the ribosome and puts it into the structural context, which is the added significance.
The full story can be read in eLife 2019 Jun 7;8. pii: e46124. doi: 10.7554/eLife.46124. https://elifesciences.org/articles/46124 -
A new study by the Deindl group sheds light on DNA movements during nucleosome remodelling
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Sanna Koskiniemi wins ERC Starting Grant
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Ettema's group clarifies mitochondrial origin in Nature paper
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Johansson’s and Elf’s groups report on new method for tracking tRNA kinetics in live cells
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Lynn Kamerlin receives the 2018 The Svedberg Prize
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Deindl group reports in Molecular Cell how a human oncogene and chromatin remodeling enzyme is switched on and off.
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Elf's group measures search time for target DNA by CRISPR/Cas9 in Science paper
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Selmer group explains how an enzyme evolved bifunctionality; atomic level multitasking
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Erik Holmqvist and Mikael Sellin receive Ingvar Carlsson Award
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Lynn Kamerlin wins Human Frontier Science programme award
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Groups led by Suparna Sanyal and Johan Elf secured two research-environment grants to ICM
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Forster group chemistry reveals unexpected speed barrier in protein synthesis
Link to the current article in the Journal of the American Chemical Society entitled
"Ribosomal Peptide Syntheses from Activated Substrates Reveal Rate Limitation by an Unexpected Step at the Peptidyl Site" at:
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The microbe that helped make us published in Nature
A microbe no one has even seen could explain our origins.
Link to the article at BBC.com
Link to Nature - Complex archaea that bridge the gap between prokaryotes and eukaryotesLink to Nature - Asgard archaea illuminate the origin of eukaryotic cellular complexity
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ERC Starting Grant for Sebastian Deindl
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The E.coli cell cycle explained
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Your self-made vaccine
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Demystified entropy can explain enzyme catalysis
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3D Mimivirus Reconstruction is Highlight of the Year in APS