Latest findings: Biochemistry expert Maja Köhn is researching phosphatases!

Latest findings: Biochemistry expert Maja Köhn is researching phosphatases!

Bonn, Deutschland - The University of Bonn has an outstanding scientist in her ranks with Maja Köhn. Since October 2024 she has been a new Schlegel professor at the Institute for Cell Biology and also Managing Director of the Institute. Ms. Köhn specializes in researching phosphatases, proteins that play a central role in the regulation of signal paths within the cells. Your extensive academic career ranges from studying chemistry in Kiel to her doctoral thesis in the Max Planck Institute to a postdoc position at Harvard University. This was reported by the University of Bonn here .

research focus phosphatases

Köhn has promoted the chemical synthesis of tools for biological research in her previous research environment. In Bonn, she is particularly devoted to phosphatases that are responsible for modifications from other proteins that are crucial for the functioning of different cell types. Their models for colon cancer and the examination of phosphates in the immune defense mechanism against cancer are particularly exciting. In addition, she is researching the functioning of phosphatases in heart muscle cells, which can be responsible for heart failure and heart failure. According to the University of Bonn , the research group Köhns also plays a key role to decrypt the connections between these proteins within intracellular networks.

Ms. Köhn emphasizes that her research not only does basic work, but also pursues therapeutic approaches. Your group has launched an open access database for humane phosphatases that is available to the scientific community in order to further advanced research these proteins. The deeper examination of the biochemical mechanisms and biological roles of these phosphatases could help the development of new treatments. In her opinion, it is particularly important to understand phosphatases in various cellular signal paths to develop comprehensive therapeutic applications.