Martin Kubitschke

The paper introduces PinkyCaMP, a new red fluorescent calcium sensor with improved brightness, photostability, and compatibility with optogenetics and neurotransmitter imaging.

This study uses human brain assembloids to show serotonergic innervation influences cortical progenitor states and proliferation during development.

This study demonstrates that the fluorescence lifetime of sDarken, a serotonin biosensor, decreases with serotonin concentration, offering a more reliable method for measuring serotonin dynamics.

The paper introduces sDarken, a new family of genetically encoded serotonin sensors, demonstrating their effectiveness in imaging serotonin dynamics with high resolution.

The paper demonstrates polarization sensitivity in GPCR-based neurotransmitter sensors and introduces an optical device to mitigate orientation bias in two-photon imaging.