Charlotte Rivière

CurvoChip enables programmable curvature changes on epithelial monolayers to study mechanobiological responses, revealing curvature orientation's impact on cell and nuclear morphology.

This study shows that pore-size dynamics in pyroptosis control cell swelling through GSDMD and Ninj1, with distinct permeability regimes affecting ion selectivity and water filtration.

This paper introduces MilliFlow3D, a microfluidic platform that generates controlled metabolic gradients to study tumor behavior under metabolic deprivation.

The paper presents a method to segment 3D nuclei in low signal-to-noise ratio images using a combination of 2D Stardist and a conditional GAN to generate synthetic 3D masks.

The paper develops a method to quantify clearing efficiency in 3D cell spheroids using a deep convolutional neural network and local contrast metrics.