Our latest paper reveals the structure of Vibrio sodium-dependent stator units (PomAB). The electrostatic potential map uncovers sodium binding sites, which together with functional experiments and molecular dynamics simulations, reveal a mechanism for ion translocation and selectivity.
Today I had a great time talking about #phages, #structuralbiology, and my #PhD life in a completely different setting. It was a blast to mix two things I love: science and some rock! I want to thank the people from #SciCommInc for organizing such a fun ##Mic2Mic event 🎸🧫
Very happy our paper on Zorya anti-phage defense system is now published in
@Nature! 🥳 Big congrats to first authors
@HaidaiHu and @__jphilipp and all other authors! Wonderful collab with @Salmo_Lab
and @SimonJacksonNZ #cryoEM @UCPH_CPR @koebenhavns_uni https://www.nature.com/articles/s41586-024-08493-8
Thanks Louise, such a nice memory and a pleasure to celebrate with the Danish team. Congratulations again to the other prize winners and thanks to all current and past members of @NMITaylorLab and mentors along the way! @UCPH_CPR
We are scouting for a PhD student in antiphage immunity. Starting spring 2025 at @TartuUniversity, secondments at @lunduniversity. Please contact me with i) CV and ii) max 2-page cover letter (why you, why this topic and why our team) at vasili.hauryliuk@ut.ee. RT appreciated!
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