Department of Cell and Molecular Biology
The Department of Cell and Molecular Biology at Karolinska Institutet is a nationally leading academic research center of high international standard where science comes first and foremost. CMB researchers publish regularly in the best international science journals, a result of a long-term in-house culture that promotes real impact and key breakthroughs.
András Simon appointed Head of Department at CMB
András Simon appointed Head of Department at CMB
András Simon appointed Head of Department at CMB
András Simon has been appointed Head of Department for the Department of Cell and Molecular Biology (CMB) starting a five year period from June 1, 2019. Professor András Simon has been Acting Head of Department since January 1, 2019
Olov Andersson recipient of The Leif C. Groop award for outstanding diabetes research
Olov Andersson recipient of The Leif C. Groop award for outstanding diabetes research
Research on zebrafish that could lead to new treatments for diabetes. In his research in zebrafish, Olov Andersson strives to generate insulin-producing cells and new treatment methods for diabetes. This has led to his selection as a recipient of the Leif Groop award for outstanding research, awarded by the Lund University Diabetes Centre and sponsored by Novo Nordisk Sweden.
Study on regenerative angiogenesis in humans shows encouraging results
Study on regenerative angiogenesis in humans shows encouraging results
“I believe this an important milestone in the field of mRNA therapeutics as it starts to address many questions regarding delivery of mRNA to human tissues, the duration and level of the protein that can be expressed and the ability of the technology to have a physiologic, measurable function over a prolonged period of time”, said study co-author Dr. Kenneth Chien
New insights into how genes are activated
New insights into how genes are activated
In a study in Nature, researchers at Karolinska Institutet present a new method for analysing how instructions in the genome control how our genes are activated in individual cells. The results give new insights into how the genome encodes for its own use, which increases our basic understanding of how genes are activated in different types of cell in the body in both good and ill health.