Katja Thaysen

The paper demonstrates the SXT-100, a compact soft X-ray microscope, for correlative cryogenic biological imaging with high resolution and minimal sample damage.

This paper applies dynamic mode decomposition to analyze and predict metabolic oscillations from time-lapse imaging of cellular autofluorescence, showing its effectiveness in capturing spatiotemporal dynamics.

This study investigates the lipid binding properties of the yeast NCR1/NPC2 system using crystal structures and binding assays, revealing its ability to bind multiple lipids beyond sterols.

This paper shows that ergosterol mediates natamycin aggregation in yeast plasma membranes, which underlies its antifungal activity and can be enhanced by sphingolipid inhibitors.

This study identifies a glycocalyx in yeast vacuoles and presents cryo-EM structures of NCR1 showing conformational changes that drive sterol translocation across the glycocalyx.

The paper develops a deep learning method to quantify lipophagy in yeast using fluorescence and cryo-soft X-ray microscopy data.