Marie‐Aude Plamont

The paper introduces non-covalent reversibly photoconvertible fluorescent proteins that change color under illumination, enabling discrimination of spectrally similar variants in live cells.

This paper introduces RSpFAST, a non-covalent chemogenetic platform for fluorescence imaging, and demonstrates its dual behavior as a stable label and a reversible photoswitcher.

This study proposes a physical model of the nucleus that explains its mechanical behavior under deformation, highlighting the role of the envelope and chromatin in nuclear mechanics.

This paper introduces ControLD, a method to control lipid droplet dynamics by sequestering and releasing them via engineered condensates, showing that isolation impairs their remobilization during metabolic needs.

This paper introduces frFAST, a far-red fluorescent protein that enables high-contrast imaging in live organisms and facilitates the design of chemogenetic reporters for protein interactions.