Anne-Kristin Dahse

The paper shows that restoring noradrenergic-like Ca2+ signaling in aged Drosophila improves motor function and lifespan by enhancing metabolic responses.

This study shows that age-related loss of proprioception in C. elegans is linked to spectrin cytoskeleton degradation due to mechanical stress and calcium-sensitive proteolysis, which can be mitigated by chaperone expression.

The paper shows that intron retention generates single transmembrane-helix isoforms of aGPCRs, enabling mechanosensory function through heteromerization with 7TM subunits.

The paper introduces IMBA, a tool for analyzing individual Drosophila larva behavior, revealing inter- and intra-individual locomotion variability and its genetic modulation.