“T cells on the attack against cancer and infection“ In this lecture, Prof. Dustin will introduce the "immunological synapse", the specialized junction between immune cells and their targets. Thereby, he will discuss three recent examples concerning 1. molecular dynamics in the context of cancer immunotherapy; 2. the inhibition of the immunological synapse by plasmodium; 3. …

“G-Protein-Coupled-Receptors” In this lecture, the Nobel prize winner Prof. Kobilka gives us an insight into the family of G -Protein-Coupled-Receptors (GPCR), the largest family of cell surface receptors. Given the role in regulation of all aspects of human physiology GPCR are the main target of today’s pharmaceuticals. He will discuss approaches to characterize the structure …

“Ferroptosis as a root cause of neurodegenerative diseases” In his lecture, Prof. Conrad will reveal how ferroptosis—an iron-dependent form of regulated cell death—may underpin major neurodegenerative disorders. He will provide a deep dive into GPX4-centered regulatory pathways, newly discovered genetic drivers, and cellular processes that shape ferroptotic vulnerability. Additionally, he will highlight cutting-edge efforts to …