We aim to unravel molecular details of our highly complex immune response to diseases and pathogens
Each person is equipped with a very powerful immune system that is essential to survive in a world full of pathogens and diseases. Our immune system protects us from external threats such as microorganisms, and cancer. However, inappropriate activation can result in autoimmune diseases like psoriasis, and rheumatoid arthritis, and the loss of control over potential cancerous cells.
In the Utrecht Molecular Immunology Hub, researchers with complementary expertise in the areas of structural biology, proteomics, glycobiology and functional immunology have joined forces. Together they aim to understand how the immune system functions at the molecular level thereby contributing to the development of novel ways of immune interventions, improving our immune responses in health and disease and thus the wellness of our life.
Project coordinators
Suzan RooijakkersAntibiotic-resistant bacteria are on the rise and the development of new antibiotics is seriously falling behind. Time to consider other options that tackle the problem from a different angle. Such as Suzan Rooijakkers' approach, in which the body's own defense capabilities are deployed to eradicate infections.
Frank van KuppeveldWithin the field of viral diseases, we aim to set up a pipeline to develop universal, broad-spectrum vaccines and antibodies against specific virus groups, initially focusing on corona and influenza viruses as proof-of-concept. So, within the hub, we have a great combination of scientists and expertise to dive deeper into the biology of viruses.
Jürgen KuballIn Utrecht, I’m able to combine the pragmatic approach of “how do we treat patients from day to day” with “how can we create superior therapeutic interventions”. To do so, we need to better understand on a molecular level treatment mechanism of currently used interventions.
