University of Gothenburg
Image
Collage of portrait pictures

Research Groups Within WCMTM

Since the start in 2015, the centre has recruited over 30 young research group leaders in basic, clinical and data-driven research - all with focus on translational and molecular medicine. The researchers are active at the Sahlgrenska Academy as well as at the Faculty of Science and Technology, conducting successful research of high international standard. Fellows within the DDLS program at both GU and Chalmers are also part of the WCMTM network.

Integrating research results into clinical practice is a key factor for the center. Therefore, our research is closely linked to the region and the university hospital. We also collaborate with AstraZeneca through several joint projects to connect with the industry and stakeholders outside academia. WCMTM's research areas include, among others, metabolism, neuroscience, cancer, inflammation, and medicinal chemistry.

In this short clip you can hear more about what a translational research environment means. Watch the full video reportage on our starting page.

Navigate to video: "Swedish life science is built on a translational aspect"
Video (00:53)
"Swedish life science is built on a translational aspect"

Neuroscience & degenerative diseases

Research in the field of neuroscience seeks to understand the complex workings of the brain and nervous system. Key areas include epilepsy and psychiatric disorders. Another major focus is on degenerative diseases like Alzheimer's, aiming to uncover mechanisms of neural decline and develop therapies to slow or prevent progression.

Cancer

Molecular research in cancer aims to understand the genetic and cellular mechanisms that drive tumor development and progression. Key areas include mutations in oncogenes and tumor suppressors, tumor–host interactions, and resistance to therapies. This work supports the development of targeted treatments and personalized cancer medicine.

Inflammation

Key areas in molecular research on inflammation include rheumatic diseases, gut inflammation associated with conditions like inflammatory bowel disease, and inflammation in the lungs involved in diseases such as asthma and allergy. This research aims to identify molecular targets for the development of more effective anti-inflammatory therapies.