WüSI - Systems Immunology Würzburg
@Wue_SI
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Max Planck Research Group Systems Immunology: @Kamu_Lab @GeorgGasteiger @dominic_grun @MGomezAguero @JZimmermann001 &Vaethlab: T cells, ILCs, Metabo&Microbiome
Würzburg, Germany
Joined February 2021
We have an attractive opening for a tenure-track professorship in Single-Cell Systems Biology. Excellent package and infrastructure at the Institute of Systems Immunology @Wue_SI. Great place to live and work in the heart of the franconian wine region! https://t.co/bHj8aEcJLN
jobs.sciencecareers.org
The Julius-Maximilians-University Würzburg, Faculty of Medicine is offering one junior professorship position (f/m/d) in Single-Cell Systems Biology.
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Seeing is believing! Few spots left for Imaging the Immune System—the 6th edition of this world-class meeting. Don’t miss the amazing speakers, wine, and science 🍷🧬 📅 June 11–13 📍 Historic Juliuspital Winery, Würzburg, Germany 👉 https://t.co/blv3sglLzo
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Imaging the Immune System! Amazing line-up at the 6th Edition of this International Meeting. Join us June 11-13 for Wine and Science at the historic Julisuspital in Würzburg, Germany https://t.co/rQtz65gOWX
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#Immunology out now @ScienceMagazine After initial priming in the lymph nodes, mouse CD8 T cells undergo a second phase of stable interactions with dendritic cells that can preferentially stimulate those with a high-affinity for antigen. https://t.co/LOvvkcJXwA By Jobinet al.
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A second priming phase promotes high-affinity CD8 T cells by coordinating CD4 help and the relay of IL-2 in subfollicular LN niches. Congrats to @Wue_SI’s Kasia, Deeksha, @Kamu_Lab @GeorgGasteiger .
science.org
T cell priming is characterized by an initial activation phase that involves stable interactions with dendritic cells (DCs). How activated T cells receive the paracrine signals required for their...
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Differentiation of tissue-resident NK cells: Why origin and context matter https://t.co/vcd7oxnu1y Free access:
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Excited to share our new paper in @JExpMed 🎉 We show that NK cells use autocrine TGF-β1 signalling to establish tissue residency, form a highly cytotoxic subset, and protect the tissue against viral persistence.
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Tissue-resident NKs in glands depend on their own TGFb! Congrats Colin and Sonia @TuguesLab - great work! and stimulating discussions - thanks a lot!
Excited to share our new paper in @JExpMed 🎉 We show that NK cells use autocrine TGF-β1 signalling to establish tissue residency, form a highly cytotoxic subset, and protect the tissue against viral persistence.
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Jetzt in der Mainpost 😊. Dank geht raus an Christina Bornschein, Robert Emmerich und alle anderen Beteiligten von @Uni_WUE und @Wue_SI für das Engagement bei Text und Verbreitung! https://t.co/XFuF3TmNpb
mainpost.de
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Welcome Jakob @JZimmermann001 and congrats to the @ERC_Research grant, the @Wue_SI team is excited to have you on board!
We congratulate Dr Jakob Zimmermann on the #ERCStartingGrant! He is investigating the interaction between intestinal flora and the immune system @wue_si. @JZimmermann001 @ERC_Research
https://t.co/4dRZxCzYkh
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Reinforcement for the Max Planck Research Group of Systems #Immunology @wue_si @Uni_WUE: #ERCStartingGrant winner @JZimmermann001 is launching his team here. He investigates the interaction between intestinal flora and the immune sy https://t.co/wOsChuTUHF
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We congratulate Dr Jakob Zimmermann on the #ERCStartingGrant! He is investigating the interaction between intestinal flora and the immune system @wue_si. @JZimmermann001 @ERC_Research
https://t.co/4dRZxCzYkh
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Ha! AI models require data on genuine human interactions , or they collapse!
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Great opportunity, exiting project, PI and environment: come and join Jakob Zimmermann to study T cells and the microbiome @Wue_SI
📢Open postdoc position! Looking for a postdoc in mucosal immunology? Apply now and boost your career with innovative tools in microbiota-directed T cell immunology! Join our growing team in the collaborative and aspiring @Wue_SI! Deadline: July, 15th. Details below 👇
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Circulating NK cells establish tissue residency upon acute infection of skin and mediate accelerated effector responses to secondary infection
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🚨🆕"What if we could map viral infections in 3D?" Now we can! Discover our #clickVSV technology in our latest publication @acsnano: ▶️ https://t.co/VPJWCKHtPw A joint effort of the labs of @GeorgGasteiger and @unnaturalGerti at @Uni_WUE
#Virology #VirusResearch #Science
pubs.acs.org
Engineered vesicular stomatitis virus (VSV) pseudotyping offers an essential method for exploring virus–cell interactions, particularly for viruses that require high biosafety levels. Although this...
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Fluorescent viruses (magenta) infecting cells (white) - live! 👇 #LatticeLightSheet #Fluorescence #SARSCoV2 #Covid #research #biotech #infection
🚨🆕"What if we could map viral infections in 3D?" Now we can! Discover our #clickVSV technology in our latest publication @acsnano: ▶️ https://t.co/VPJWCKHtPw A joint effort of the labs of @GeorgGasteiger and @unnaturalGerti at @Uni_WUE
#Virology #VirusResearch #Science
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Check out this new @NatureComms publication by Martin Vaeth from @Wue_SI. 👇 Congratulations to all authors! 👏
#Immunology: disfunction of #mitochondria drives the #exhaustion of #TCells: new paper @NatureComms. Congratulations to Martin Väth @Wue_SI, work funded @dfg_public ➡️ https://t.co/YsJANTmXlY
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Happy Halloween! @WUE_SI’s scientists embraced the spookiness with pumpkin carving, scary cookies, a costume challenge, a PI pipetting competition ;-) karaoke and spooky dance moves. We wish you all a spine-chilling time and lots of fun celebrating Halloween. Pic: Xless Vaeth lab
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Mitochondrial dysfunction causes redox stress that inhibits proteasomal degradation of HIF-1α to promote the transcriptional and metabolic programming of terminally exhausted T cells https://t.co/EnH481XhXO
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