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Institution

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Julius-Maximilians-Universität Würzburg
Institut für Systemimmunologie

Address Versbacher Straße 9
97078 Würzburg
Deutschland

GERiT This institution in GERiT

97078 Würzburg

Projects

Research Grants
- Current projects
  - The brain-type glucose transporter GLUT3 controls the function of regulatory T cells
    (Applicant Väth, Ph.D., Martin )
- Completed projects
  - Induction of NFATc1 Controls the Fate of Activated T Cells
    (Applicant Väth, Ph.D., Martin )
  - Unveiling differentiation trajectories of T lymphocytes with single cell resolution
    (Applicant Grün, Dominic )
Research Fellowships
- Completed projects
  - Regulation of follicular T cells by ORAI and STIM proteins in protective immune responses and autoimmunity
    (Applicant Väth, Ph.D., Martin )
Priority Programmes
- Completed projects
  - Tissue-niches and cellular interactions of mouse and human ILCs at single-cell resolution
    (Applicants Gasteiger, Georg ; Grün, Dominic )
Collaborative Research Centres
- Current projects
  - Mechanisms of infection control by pathogen-educated epithelial-immune cell circuits
    (Project Heads Gasteiger, Georg ; Grün, Dominic )
  - Metabolic control of innate and adaptive immune responses to cutaneous Staphylococcus aureus infection
    (Project Head Väth, Ph.D., Martin )
  - Mitochondrial membrane remodelling regulates metabolism and controls innate and adaptive immune responses to myocardial infarction
    (Project Heads Dudek, Jan Alexander ; Väth, Ph.D., Martin )
  - Targeting mitochondrial metabolism in pemphigoid diseases
    (Project Heads Hirose, Misa ; Väth, Ph.D., Martin )
  - Tracking Spatio-Temporal Dynamics of Scar Formation at Single-Cell Resolution
    (Project Head Grün, Dominic )
Major Research Instrumentation
- Current projects
  - In Situ Sequencer for High-Resolution Spatial Transcriptomics
- Completed projects
  - High Resolution Confocal Spinning Disk Microscope
  - TIRF-confocal live-cell microscope
CRC/Transregios
- Current projects
  - Ionic regulation of Th17-mediated immune responses to Candida infection
    (Project Heads Väth, Ph.D., Martin ; Zielinski, Christina )
  - Metabolic reprogramming to optimize the cellular fitness and function of engineered T cells
    (Project Heads Theurich, Sebastian ; Väth, Ph.D., Martin )

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