Profile photo José Borghans

José Borghans

Full Professor

Strategic program(s):

Biography

José Borghans runs an interdisciplinary research group, with a main focus on the quantification of leukocyte dynamics. She was originally trained as a theoretical immunologist at Utrecht University, and obtained her PhD in 2000 on studies of lymphocyte and MHC diversity. After her PhD, she started to work in experimental immunology laboratories, aiming to bridge the gap between wet lab experiments and mathematical modelling. Funded by a Marie-Curie Fellowship, she worked as a post-doctoral fellow at the Institut Pasteur in Paris studying lymphocyte homeostasis. During another postdoctoral period, funded by an NWO Veni grant, she worked at Sanquin Research in Amsterdam to study lymphocyte dynamics in HIV infection. She has been working at UMCU since 2004, funded by several NWO grants, and was appointed Associate Professor in 2009 and Full Professor of Quantitative Immunology in 2021. She has formed an interdisciplinary research group with Kiki Tesselaar, which facilitates the close integration of experimental and mathematical immunology. Using state of the art immunological techniques, including in vivo stable isotope labeling in mice and men, the group studies the dynamics of different types of leukocytes in homeostasis, during healthy aging and in different diseases, including leukemia, HIV infection, and post-stem cell transplantation. In addition, she is heading the Computational Immunology Core of the CTI, which brings together all researchers using computational techniques to study the immune system.

Research groups

Tissue immunology

Research aim

Our mission is to comprehensively understand, monitor, and target immune-mediated inflammatory diseases such as IBD, AD and systemic autoimmune diseases. We aim to unravel (tissue) immune dysregulation and induce long-lasting disease modification.
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Leukocyte dynamics

Research aim

We aim to obtain quantitative insights into the dynamics of leukocytes throughout the body, including their production, loss and migration. These insights are required to understand the immunological changes that occur in different diseases.
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Computational immunology core

Research aim

We bring together bioinformaticians, biostatisticians and mathematical modelers to develop new methodologies to interpret the complex datasets that are being generated by immunologists, and form a bridge between the wet and dry labs and the clinic.
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Recent publications

Is the exquisite specificity of lymphocytes generated by thymic selection or due to evolution? Rob J. De Boer, Can Kesmir, Alan S. Perelson, José A.M. Borghans
Frontiers in Immunology, 2024, vol. 15
Disagreement FDA and EMA on RSV Maternal Vaccination Joukje E Willemsen, José A M Borghans, Louis J Bont, Julia Drylewicz
The Pediatric infectious disease journal, 2024, vol. 43, p.e1-e2
De kracht van eenvoud José Borghans
2023
Better safe than sorry Rob J. de Boer, Kiki Tesselaar, José A.M. Borghans
Seminars in Immunology, 2023, vol. 70
Memories that last Lyanne Y. Derksen, Kiki Tesselaar, José A.M. Borghans
Immunological Reviews, 2023, vol. 316, p.38-51
The power of simplicity José Borghans
2023

Fellowships & Awards

2008: Wiskunde van de witte bloedcel