Alexandre Kabla

This study investigates how epithelial tissues withstand cyclic mechanical stress by combining experiments and modeling, finding that cyclic loading enhances tissue resilience through bond repair intervals.

This study examines how patient-derived glioblastoma cells from different tumor regions respond to adhesion and metabolic inhibitors, showing heterogeneity in drug sensitivity linked to migration and adhesion properties.

This study shows epithelial cells exhibit a strain-rate dependent bimodal stress response, including dynamic tensioning resembling active pulling-back, mediated by actin remodeling.

The paper shows actomyosin dynamics control stress relaxation in epithelial monolayers, enabling active changes in resting length during mechanical deformation.