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New evidence suggests that metabolic memories, set by the parents, can affect eating behavior and obesity in future generations.

We are interested in protein misfolding, amyloid formation and disease, both on the molecular level and in the cellular perspective.

We reported a novel finding on the highly restricted and biased specificities of CLL Abs some years ago, showing limited target structures for the CLL Abs, which were exposed on oxidized-LDL, apoptotic cells...

ER stress is a key molecular link in the pathology of numerus human diseases including metabolic syndrome, and protein misfolding diseases. In my research, I try to understand how this is possible and find new approaches for diagnosis/treatment.

All cells in an organism communicate with one another and with their environment through integrated signaling pathways. By exploring the molecular events that shape cellular decision-making, we can predict and control the fate of individual cells.

Reproduction is, for its comparative strength and dynamic character, a major sentinel of the health of animals and humans. Basic discoveries in relation to sperm selection and preservation of cell integrity have been central in our research.

Our research aims to understand the function of DNA methylation in the biology of human CD4+ T-cells, and use this knowledge to dissect its role in disease.

Voltage-gated ion channels are key players in all biological systems where they generate and modulate for instance the nervous impulse and pacemaker activity in the heart and the brain.

The aim of our research is to elucidate how lysosomal functions are regulated in normal cells and how they are affected in different pathological conditions.

WCMM at LiU focuses on the medicine-technology interface, and build upon our existing strengths in research within medical technology, materials science and bioengineering.