H. Delanoe-Ayari

This study shows that mitosis enables cancer cells to adapt to prolonged mechanical confinement by reducing nuclear size and resetting nuclear envelope tension.

This study shows that 3D cell migration is driven by synchronized force dipoles at the front and back of the cell, mimicking Purcell's scallop theorem.

The paper shows that compressive stress in pancreatic cancer spheroids reduces chemotherapeutic efficacy by decreasing cell proliferation.

The paper develops a soft cell confiner to study the long-term effects of mechanical confinement on cell biology, finding that viability remains unaffected but proliferation decreases.

The paper develops a 3D cell-derived matrix with fluorescent fibronectin to study cell migration and its mechanical readouts in a physiological-like environment.

This study investigates collective cell migration by analyzing how cell density affects velocity and wave propagation in epithelial monolayers.