Emmanuelle Bayer

The paper develops a multiscale model of bud-dormancy break in hybrid aspen trees, showing how tissue-level decisions are influenced by both cellular interactions and organismal constraints.

This study shows that REMORIN gene dosage manipulation affects salt signaling and tolerance in Arabidopsis thaliana by altering cell architecture and root resilience.

ROOT-ExM achieves super-resolution expansion microscopy in plants, enabling isotropic expansion and nanoscale visualization of cellular structures in Arabidopsis thaliana.

The paper identifies structurally diverse callose/β-1,3-glucans in plant cell wall microdomains and reveals their interactions with xyloglucan.

The paper predicts the structure of Arabidopsis MCTP4's transmembrane region using deep learning and explores its dynamics with molecular simulations, revealing conformational complexity not captured by deep learning alone.

The paper identifies CPK3 as a kinase that phosphorylates REM1.3 to restrict PVX viral movement in Arabidopsis.