Sebastian Kruss

The paper presents a kinetic Monte Carlo framework to simulate neurotransmitter release and fluorescent sensor imaging, showing how sensor location and kinetics affect fluorescence images.

The paper uses FLIM to map membrane tension changes during neutrophil NETosis, finding transient increases followed by decreases and spatial heterogeneity.

The paper shows human neutrophils take up and release catecholamines like dopamine and epinephrine, similar to neurons, and identifies a neutrophil-platelet feedback loop involved in inflammation and coagulation.

This study uses a fluorescent nanosensor paint to show that dopamine release from individual varicosities is highly heterogeneous and requires molecular priming.

The paper studies nuclear movement in Drosophila embryos, showing collective cytoskeletal remodeling drives yo-yo-like nuclear drift during mitosis.