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#covalent — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #covalent, aggregated by home.social.

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  1. Great talk by Phillip Yesley from the group of Wim Velema at #Lunteren2026.

    He discussed the use of mutational profiling to find covalent ligands for structured #RNA using acyl imidazoles as the reactive group.

    onlinelibrary.wiley.com/doi/10
    #Chemistry #ChemBio #Covalent #CovalentInhibitor

  2. Amazing lecture by Chu Wang at #ISCPDD. He talked about the use of a group competition strategy to identify #covalent ligands using #ChemicalProteomics. A great approach that allows the screening of multiple ligands against many proteins at once.
    #Chemistry #ChemBio #DrugDiscovery

  3. Very excited that our group was awarded an NWO XS grant to support our research into new #covalent #antibiotics for Gram-negative bacteria!

    Thank you to Storm van der Voort for help with finalizing the proposal.

    Congratulations also to all other recipients of the grant!

    nwo.nl/en/news/48-grants-for-t
    #ChemSky #ChemBio

  4. Планировщики процессов для необычных областей знаний

    Продолжаем обсуждать примечательные инструменты для автоматизации и управления рабочими процессами (и напоминаем про

    habr.com/ru/companies/mws/arti

    #workflow #работа_с_данными #Covalent #Cromwell #Cylc #Martian #MWS #MWS_Tables

  5. Excited that our group was awarded a KIEM grant in collaboration with the group of Wiep Klaas Smits. Using this grant, we will establish new interdisciplinary connections and explore the development of #covalent #antibiotics against C. difficile.

    staff.universiteitleiden.nl/ne

  6. The flash talk session and the posters were a highlight of #ABPP2025. We heard a lot of exciting research into #covalent #fragment screening, #antibiotic development, #microbiome activities, posttranslational modifications #PTMs and lysine-directed #kinase inhibitors.
    #ABPP #Chemistry #ChemBio

  7. Great keynote lecture by Marta Artola of the @LED3hub at #Lunteren. She talked about the importance of glycosidases in various diseases and her great work on conformationally locked #covalent and non-covalent #inhibitors and #probes.
    #chemistry #ChemBio
    pubs.acs.org/doi/10.1021/jacs.

  8. Check out our preprint on an #AI-powered #ligandability prediction platform for bottom-up analysis of #chemoproteomic data to identify #covalent binding sites, including cryptic sites, for the discovery of novel drug targets.
    #proteomics #MachineLearning
    chemrxiv.org/engage/chemrxiv/a

  9. Thrilled to share our story on the first rationally designed #covalent #HDAC inhibitor! YSR734 uses an SNAr-reactive electrophile to engage a noncatalytic nitrosylation site cysteine in #HDAC2, showing in vitro activity in AML & #DuchenneMuscularDystrophy!
    pubs.acs.org/doi/10.1021/acs.j

  10. #JournalClub summaries of the CCC group meetings are now available online - just click the topic of your interest h-its.org/research/ccc/events/ The first slide deck from Dr. Michelle Ernst is on #intermolecular #covalent #interactions More to come on bonding & interactions!

  11. #JournalClub summaries of the CCC group meetings are now available online - just click the topic of your interest h-its.org/research/ccc/events/ The first slide deck from Dr. Michelle Ernst is on #intermolecular #covalent #interactions More to come on bonding & interactions!

  12. Great to see this paper by the groups of @mariovdstelt and Nathaniel Martin with first authors Alexander Bakker and Ioli Kotsogianni out in JACS. Exciting chemical biology and medicinal chemistry research to identify a new #covalent #antibiotic with activity in MRSA. @LED3hub doi.org/10.1021/jacs.2c10819

  13. Great to see this out! EM12-SO2F engages #CRBN covalently in the IMiD pocket and can be used to efficiently block the #IMiD binding site. We share detailed methods for the synthesis and application #covalent #SuFx #histidine #TPD
    Read more here: sciencedirect.com/science/arti

  14. Interesting work by Samy Meroueh @IUMedSchool on the development and characterization of reversible #covalent cyanamide antagonists of TEAD-YAP1 that engage a conserved cysteine palmitoylation site in #TEAD.
    pubs.acs.org/doi/abs/10.1021/a

  15. @Artanicus funny but not really because you are looking to attack the lipid bi-layer (w proteins inside) which is actually very tough
    - way to do that is which would be by lye (#sodiumhydroxide) attacking the actual lipids
    - or the soap benefit from saponification which is the attraction of lipid side of
    - or, my hypothesis, actually attach it to fully-covalent mineral oil aka until you can get to soap, or coconut oil