Eugene A. Katrukha

This paper introduces LUNAR, a self-supervised neural-physics learning framework for 3D localization microscopy that improves robustness to optical aberrations and high-density molecule localization.

The paper uses expansion microscopy to map the 3D microtubule organization in human airway multiciliated cells, revealing the role of NEDD1 in basal foot-dependent microtubule organization.

This study investigates how Katanin, CAMSAPs, WDR47, and kinesin-13 regulate microtubule abundance and minus-end dynamics through in vitro reconstitution.

This study develops a method to differentiate human nasal epithelial cells into airway-like tissues using small molecules, creating disease models for respiratory conditions.

The paper shows Aurora B regulates abscission speed in stem cells by controlling microtubule stability through a feedback loop.