Fribourg Lab
Computational Systems Immunology
The Fribourg Lab develops computational and experimental frameworks to uncover the systems-level principles governing immune regulation. We study immune cell state dynamics through the integration of multi-omic data, quantitative modeling, and targeted experimentation, using organ transplantation as a clinically informative model system.
Research
We investigate how immune cell behavior emerges from the interaction of signaling, metabolic, and environmental cues, and how these processes can be leveraged for therapeutic intervention. Our work spans quantitative analysis and experimental immunology in clinically relevant contexts.
Our Publications
Our publications showcase quantitative and experimental studies that advance the understanding of immune regulation across biological and translational contexts.
Our Team
The Fribourg Lab brings together researchers with backgrounds in immunology, computation, and quantitative sciences. We value conceptual thinking, technical rigor, and collaboration across experimental and analytical approaches to address complex problems in immune biology
