
RebsamenLab
@rebsamenlab
Pathogen & nutrient sensing in (auto)immunity #SLC #TLR | Dpt. of Immunobiology (formerly Biochemistry) @Unil | Views = our own
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22-04-2020 10:23:00
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DIB day 2024 - another year of great achievements and exciting science from our department!!! Department of Immunobiology at UNIL Faculté de biologie et de médecine (inactif) Université de Lausanne


Do you want to know with which proteins an SLC membrane transporter socializes? Our RESOLUTE - Research Empowerment on Solute Carriers series of 4 manuscripts continues, and we are excited to share the so far most comprehensive interactome mapping of solute carriers biorxiv.org/content/10.110…



Could you live without glutamine? I am delighted to share our preprint Alexis A. Jourdain: we employed parallel nutrient and genetic screeening to tackle the mechanisms promoting survival in glutamine-limiting conditions. Check it out 👇 more details below! biorxiv.org/content/10.110…


Bernaleau et al. RebsamenLab Université de Lausanne use a loss-of-function genetic screen to identify the ER-resident protein CCDC134 as an essential regulator of Toll-like receptor (TLR) responses. CCDC134 binds and stabilizes the TLR chaperone Gp96. hubs.la/Q02_67HX0


🚀 Exciting opportunity! 🎓 The PhD program in Cancer and Immunology in Lausanne is accepting applications! If you're passionate about advancing research in cancer or immunology, we want to hear from you! 🌟 #PhD #CancerResearch #Immunology unil.ch/cancer-immunol… via Université de Lausanne

This study from Bernaleau et al. RebsamenLab Université de Lausanne reveals CCDC134 as a central regulator of the chaperone Gp96, thereby controlling TLR biogenesis and responses. hubs.la/Q02_6cJz0 #InnateImmunity #inflammation


Huge thanks go to the @rebsamenlab and all the co-authors, LGTF_UNIL and great working environment and colleagues at Department of Immunobiology at UNIL! x.com/RebsamenLab/st… bsky.app/profile/rebsam…

Check out our latest pre print! Alexandra Boegli and colleagues show that the enigmatic inflammasome receptor, NLRP6 is activated by sterile and pathogen induced endolysosomal damage. Hot off the press! biorxiv.org/content/10.110…

Check out the Insights piece from A Blumenthal & L Dominguez Cadena Blumenthal Lab on our discovery of CCDC134’s role in Gp96 stability and TLR biogenesis. Many thanks to the authors for discussing our work broadly, integrating recent studies by Rohatgi and Locher/Kaelin labs.


We're looking forward to taking part in this meeting this October! JEM's Deputy Editor Gaia Trincucci (Gaia Trincucci) will be there – be sure to connect with Gaia to discuss your research and learn about publication 🔬💻✍️📄 #InnateImmunity #Immunobiology
