Excited to share the latest from the Saleh lab @NEBiolabs
We describe new GTs within bacteriophage-encoded pathways that hypermodify DNA with diverse and complex sugars. As always, viruses continue to amaze!
https://t.co/3zBfxAvmmk
Excited to share the latest from the Saleh lab @NEBiolabs
We describe new GTs within bacteriophage-encoded pathways that hypermodify DNA with diverse and complex sugars. As always, viruses continue to amaze!
https://t.co/3zBfxAvmmk
Congrats to Sean Lund, @Otoole4K, and @LanaSaleh29 on the next chapter of this exciting project 🎉 And thank you to the wonderful research community at NEB!
To support early detection of novel #SARSCoV2 variants, researchers developed a model to spot emerging viral lineages together with the mutations that make them transmissible. The approach can prioritize emerging lineages for public health concern. https://t.co/NLXLUOT2fp
Friday celebration for @sabeti_lab @MarziehMir & @jesse_pyle as they start exciting next chapters ThankU both for all you contribute the lab and world ✨❤️ #dayboardgaming
Big news about #NSV2022 in person and coming to you soon. Dust off your passports and come present your most recent exciting discoveries on negative-strand viruses….with a soon to be announced twist! @10queues
In a world where viruses, scientists and llamas co-exist…. happy to share our work in collaboration with Grimes' lab, on mapping inhibitory sites on the RNA polymerase of the 1918 pandemic influenza virus using nanobodies produced in llamas. Check it out!
https://t.co/9F79q4hNu0
Check our our new preprint ‼️ Using genomic epi, we show that the #COVID19 outbreak in Provicetown, MA had transmission from & btwn fully vaccinated individuals. @lakrasil points out, the amazing response from local public health and the LGBTQ+ community contained this outbreak💪
On the wall of Gates Found.: If you want to go fast, go alone. If you want to go far, go together. Today in @ScienceMagazine the first results of the global #CoVIC collaboration: from >50 Ab discovery engines across 4 continents, which antibodies retain activity alpha to epsilon.
Analysis of over 2 million #SARSCoV2 genomes to determine which mutations drive contagiousness
"Highlighting the key role of non-S (spike protein) mutations, particularly in N, ORF1b, and ORF1a, in promoting increased growth rate." https://t.co/0OFGZdwhZx
The latest from our arenavirus replication projects in the Whelan lab with @vsv512. A new approach for studying subcellular ribonucleoprotein complexes of Machupo virus. Online now in #JournalofVirology@ASMicrobiology @WUSM_MolMicro @VirologyHarvard
https://t.co/L2g74seDUT
We are hiring! We are looking for a postdoc with expertise in virology and cell biology to study viral entry of SARS-CoV-2 and AAV using advance imaging. Available Now. Please share!
https://t.co/xaEcMEcPJN