S. Leveque-Fort

The paper shows that actin-driven membrane protrusions create nanotopographies that enable stable integrin adhesion in Drosophila muscle attachment sites.

This paper evaluates two methods to speed up multicolor SMLM by using spectral separation and demixing, showing their effectiveness in reducing crosstalk and enabling three-dimensional imaging.

This study shows fibroblasts create tubular structures that guide cancer cell migration by acting as physical tracks.

This study shows that lysosomal exocytosis clusters spatially at the plasma membrane of RPE1 cells, driven by membrane tension patterns controlled by focal adhesions.

The paper shows kindlin uses membrane diffusion and localization to the integrin nano-layer to activate integrins in focal adhesions, distinct from talin's mechanism.

This paper introduces ASTER, a new illumination technique that enables uniform and tunable illumination for SMLM over large fields of view, improving imaging precision and throughput.

This paper adapts a LIDAR-based excitation modulation technique to achieve nanometric axial localization in super-resolution microscopy with high precision and robustness.

This paper develops a 3D super-resolution imaging technique combining PSF shaping and SAF for improved axial localization and multicolor imaging.