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AI generated image of diverse immune cells interacting in a complex network

Cluster of Excellence ImmunoSensation³

A new phase of excellence

The immune system evolves. And so do we. 

ImmunoSensation3 begins its new funding phase, building on past discoveries to explore immune diversity across scales. As a dynamic system, the immune system’s structures, functions and dynamics depend on genetic and environmental influences, lifestyle, gender, previous illnesses and age. These influences are reflected at the molecular, the cellular and the systemic level of the body. The resulting constant change and natural diversity of the immune system is referred to as immune diversity. 

Immune diversity forms the basis for the adaptive performance of the immune system and enables an individual immune response to pathogens or tissue damage, as occurs in connection with Alzheimer's, cancer, heart attacks or rheumatism. The aim of ImmunoSensation3 is to better understand the variability of the immune system in order to enable individualized and precise approaches for diagnostics, prevention and therapy.

ImmunoSensation3 is a Cluster of Excellence at the University of Bonn funded by the German Research Foundation (DFG). We address the immune system as a sensory organ for health, which we term the immune sensory system. We are immunologists, neurobiologists, systems biologists, biochemists, biophysicists and mathematicians from the Faculty of Medicine and the Faculty of Mathematics and Natural Sciences at the University of Bonn, the University Hospital Bonn (UKB) and the German Centre for Neurodegenerative Diseases (DZNE) of the Helmholtz Association.

Founded in 2012, ImmunoSensation is currently in its fifteenth year of funding. We will continue to pursue our mission of innovative science in immunology. Further, we link immunology to other systems, such as the metabolic system and the nervous system. Ultimately, we want to better understand the intimate connection between the immune sensory system and human health and disease.

Members & Publications

118
Members

4536
Publications

News

News Marvin Supercomputer

News categories: Honors & Funding

Two years of the Marvin Supercomputer: Researchers in Bonn present their projects

Two years after it went into operation, the University of Bonn celebrated the Marvin Supercomputer with a community event at the Research and Technology Center for Detector Physics (FTD). Researchers from various disciplines presented projects that had been carried out using high-performance computing and used the event as an opportunity for interdisciplinary exchange. A team lead by ImmunoSensation³ members Prof. Dr. Michael Hölzel (Institute of Experimental Oncology) and PD Dr. Gregor Hagelueken (Institute of Structural Biology) use Marvin to design new proteins.
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Gut

News categories: Honors & Funding

Millions in funding for the new MikrobiomProCheck research project

The human gut microbiome is as unique as a fingerprint. It plays a central role in chronic inflammatory bowel diseases (IBD) such as Crohn’s disease and ulcerative colitis. Yet its potential for diagnostics and personalized therapy for patients remains untapped. The MikrobiomProCheck research project aims to change this. To this end, the Leibniz Institute for Analytical Sciences (ISAS), the Universities of Bonn, Bielefeld, and Duisburg-Essen, Biofidus AG, and Lead Discovery Center GmbH are receiving approximately 3.4 million euros from the state government of NRW and the European Union.
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Die künstlerische Abbildung zeigt Seeigel der Art Arbacia punctulata, die Spermien (weiße Wolke) und Eier (orangefarbene Wolke) ins Wasser abgeben. Von den Eiern freigesetzte Pheromone steuern die Synchronität des Laichens.

News categories: Publication

What Makes Sea Urchin and Salmon Sperm Swim

A recent study by the Max Planck Institute for Multidisciplinary Sciences and the University of Bonn shows that pH plays a crucial role in sperm motility in sea urchins and salmon. A rise in pH activates the enzyme soluble adenylyl cyclase (sAC), which produces the messenger molecule cAMP and thereby regulates sperm movement. This mechanism may be widespread in many marine invertebrates and fish. The findings have now been published in the Journal Proceedings of the National Academy of Sciences.
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Upcoming events

Insights

Immunosensation 360°

Follow us on a virtual tour into the institutes and laboratories of ImmunoSensation3!

The 360° experience allows you to embark on an exciting journey, exploring the diversity of immunological research performed at ImmunoSensation2. Let our scientists guide you through the sites of scientific excellence and introduce you to the amazing world of the immune system.

Multimedia report "Beyond the Boundaries"

In our multimedia report "Beyond the boundaries" we introduce some of our outstanding group leaders. We take a closer look on their scientific work and their career paths within ImmunoSensation3, highlighting their innovative research approaches as well as the excellent research environment at the University of Bonn.

 

The report introduces