Arezki Boudaoud

The paper shows that growth direction and stiffness differences between epidermal layers cause buckling in Arabidopsis sepals, and that restoring growth alignment and stiffness can prevent buckling.

This study identifies FERONIA's dual role in regulating tissue mechanics and growth in Marchantia by combining experimental and mathematical approaches.

This paper introduces HiFRAP, a method to estimate diffusion and reaction parameters from FRAP experiments with imperfect conditions, providing error estimates and model validation.

The paper investigates the role of cell-wall gene expression variability in sepal size robustness using Arabidopsis mutants and finds that mean gene expression, not variability, correlates with sepal size variation.

This study investigates how mechanical stress sensing via FERONIA regulates tissue flatness in Marchantia polymorpha thalli, showing that altered FER expression disrupts flatness.

The paper develops a mechanohydraulic model to study how plasmodesmal permeability affects turgor pressure and cotton fiber elongation, finding it critical for growth.

The paper investigates spatiotemporal fluctuations in plant tissue growth, showing that growth couples temporal and spatial variations through a mechanism called fluctuation stretching.

This study investigates the hydromechanical factors controlling plant growth by measuring growth rates, elasticity, and hydraulic conductivity in Marchantia polymorpha using a microfluidic device.

The paper investigates the role of CSI1 in sepal morphogenesis, finding that it ensures spatial consistency of cell growth direction despite altered cellulose microfibril alignment in mutants.

The paper shows that a gradient of cytoplasmic pressure in nurse cells controls epithelial cell flattening via TGFβ signaling in Drosophila ovaries.

The paper shows that cell lineages in Arabidopsis sepal develop from size uniformization to enhancement of size variability during growth.