News

• Open position for Animal Keeper Announcement available in German only
• PhD-Projects about wound closure
• JCS First Person Interview with Franziska Lehne
• How cells empty themselves Team from the Department of Medicine reveals the molecular mechanism of the exocrine secretion. (This article is available in German only)
• Two cooperative binding sites sensitize PI(4,5)P 2 recognition by the tubby domain This article is available in German only
• Calcium Bursts drive Cells to Wound Closure A team from the faculty of Medicine shows how the cytoskeleton reacts to tissue injuries. (This article is available in German only)
• New Research Unit FOR 5046
• New Publication in Nature
• Switch Mechanism Controls Sensations of Pain International research team describes molecular interactions in cells that process pain stimuli
• Filopodia-Based Contact Stimulated Collective Migration A newly discovered mechanism of cellular communication explains the collective migration of cells.
• New Insights on the Social Behavior of Myotubes
• Grant for Dr. K. Rust from the P. E. Kempkes Foundation
• What Drives the Macrophage to the Wound? Team from the School of Medicine of the University Marburg identifies the molecule that directs the movement of macrophages
• JCS First Person Interview with Alexander Hirschhäuser
• Grant for Kirsty Vowinkel from the Behring-Röntgen-Foundation. Content available in German only! Von Behring-Röntgen-Stiftung unterstützt acht wissenschaftliche Projekte in Gießen und Marburg, zu ihnen gehört ein Forschungsprojekt von Kirsty Vowinkel.
• Morbus Parkinson: Active Ion Channels appease Brain Cells. Content available in German only! Elektrophysiologische Untersuchungen eröffnen neue Wege, um Parkinsonkrankheit im Frühstadium zu bekämpfen
• Dr. V. Renigunta participates in the LOEWE Priority Programme CoroPan Dr. Vijayaram Renigunta from the Department Neurophysiology, headed by Prof. Dr. D. Oliver, participates in the new LOEWE Priority Programme CoroPan
• Single-cell transcriptomics identifies new blood cell populations in Drosophila
• Two DFG-Research Groups at Marburg University (available in German only) Lipidtröpfchen und Transportproteine im Fokus zweier medizinischer Arbeitsgruppen
• (Available in German only) Molekulare Bremse in der Wundheilung entdeckt Marburger Forschungsgruppe untersucht, wie sich Schnittwunden allmählich wieder verschließen