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Tick-borne infections
We conduct translational, patient-centered research on tick-borne infections and COVID-19. Collaborative projects form the foundation of the translational research being carried out.
Cell migration in health and disease
Directional cell motility follows us from creation to death and is a vital part of life. Our main interest in this regard is how water flux via AQP contribute to the process of membrane protrusion
necessary for directional whole cell translocation.
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News |
09 October 2025
Men’s lifestyles may impact their grandchildren’s health
Habits and health issues can contribute to a kind of biological memory that can be passed on to future children. A review paper by LiU researchers presents a theory about the father’s contribution to protecting his descendants from infections.
The impact of mercury, silver, gold and drugs on the immune system
We have studied adverse effects on the immune system by exposure in vitro and in vivo using both animal models and humans. This has enabled us to establish the threshold dose for effect of different modes of exposure to mercury, silver, and gold.
Strategies to combat the allergy epidemic: Can we predict and prevent childhood allergies?
Childhood immune maturation and allergy development: Epigenetic regulation by maternal immunity and microbial exposure during pregnancy.
Division of Inflammation and Infection (II)
The Division of Inflammation and Infection (II) includes clinical subject areas such as Immunology, Rheumatology, Pathology and Microbiology.
Clinical and experimental rheumatology
A long-term ambition is to contribute to increased understanding of underlying mechanisms for the disease onset, progress and perceived quality of life in systemic inflammatory diseases, especially with regard to systemic lupus erythematosus (SLE)
It’s in your DNA - your body’s experiences become imprinted as methylation signatures!
Our research explores how infections like COVID-19 and tuberculosis alter DNA through epigenetic changes. Tuberculosis exposure leaves marks in immune and other cells. COVID-19 also rewires immune cell DNA, offering diagnostic insights.
Individualised diagnosis and treatment of tuberculosis
Our general aim is to individualise and thereby optimize management of clinical TB by new methods and strategies. The research group consists of specialists in tuberculosis from different professions.
Reproduction and Neuro Immunology
The general purpose of our research is to reveal mechanisms of immune tolerance in pregnancy and how failure of tolerance mechanisms can lead to pregnancy complications.