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 . https://t.co/blqqihSvbJ
Job alert in our Institute of Molecular Immunology!
Two PhD positions in the field of immune regulation in autoimmune liver diseases. Both positions are embedded in the newly funded CRC1700 together with Hamburg.
Please check our official job announcement for more information
We are proud to host the GASL Annual Meeting 2025 from 14-15 February in Munich. The GASL program with fanatastic talks and poster is out now! Here you can find it👇
We are proud to announce that the SFB 1700 Initiative "Immunregulation in der Leber: von Homöostase zur Krankheit" in which we will be part of will be funded for the next four years!🥳 Exciting opportunitiy to unravel immune-mediated mechanisms of autoimmune liver diseases!
Die #DFG richtet zur weiteren Stärkung der #Spitzenforschung an den Hochschulen 7 neue #Sonderforschungsbereiche (SFB) ein. Die Themen reichen von Materialübergängen oder der Wiedervernässung von Mooren bis zur Immunregulation in der Leber. Einzelheiten:
➡️https://t.co/kXJWN77KRp
We are excited that our study on the liver immune rheostat regulating CD8 T cell immunity in chronic HBV infection is published!🥳 @nature (https://t.co/5iLVpda4lM)
🔎HBV-specific CD8 T cells are in close & prolonged contact with liver sinusoidal endothelial cells when recognizing their antigen on hepatocytes. We termed this close & prolonged contact an immune rheostat, that increases cAMP-PKA signalling and hampers T cell effector functions
A single-cell in vivo CRISPR screen highlights genes driving T cell tissue adaptation and plasticity in autoimmunity @SciImmunology https://t.co/GPPfxDkO8t
NK cells undergo tissue redistribution during fasting, where the spleen and bone marrow microenvironments metabolically reprogram and prime NK cells to increase anti-tumor function @ScientistBecs@SunLab_Official@ImmunityCP https://t.co/ncvFp9DFsk
Excited to share our latest publication in @SciImmunology! We've uncovered an NK cell-mediated immune checkpoint (B7H6 : NKp30) that limits CAR T cell persistence, revealing new insights into immune regulation. #Immunology@broadinstitute@DKFZ
https://t.co/kACTBOzomC