Florian Schueder

The paper introduces MicroClaw, an AI agent that automates complex microscopy workflows across platforms without requiring expert knowledge.

This paper introduces fluorogenic DNA-PAINT probes that improve super-resolution imaging speed and signal-to-background ratio in cells.

This paper identifies RAB1A and ARFGAP1-positive membranes as essential for autophagosome biogenesis, interacting with ATG2A to support lipid transport during autophagosome formation.

This study identifies VPS13B's localization at the cis-trans Golgi interface and shows its functional interaction with FAM177A1 in lipid transport and Golgi dynamics.

The paper develops a combined microscope platform that integrates quantitative phase contrast and super-resolution fluorescence imaging for high-sensitivity visualization of sub-cellular structures and molecules in their cellular context.

The paper uses nanobodies and DNA-PAINT to show that Drosophila titin homologs Sallimus and Projectin are staggered in flight muscle sarcomeres.

The paper improves single molecule localization precision using patterned illumination in a conventional setup, achieving near twofold better precision than standard methods on DNA-origami structures.

This paper introduces a 3D particle averaging method for localization microscopy that improves signal-to-noise ratio and resolution without requiring a structural template.