Olivier Cochet‐Escartin

The paper shows that transport coefficients in aerotactic spreading emerge from cell-cell collisions and can be determined experimentally, using a model that reproduces observed dynamics without adjustable parameters.

This study investigates how Wnt signaling affects tissue mechanics, actin organization, and regeneration in Hydra vulgaris using pharmacological modulation.

This study examines density-dependent migration in Acanthamoeba castellanii, showing that collisions affect motility parameters, with intrinsic speed constant and persistence time and diffusion governed by collisions.

This study characterizes transcriptomic and proteomic changes in Dictyostelium discoideum under hypoxic conditions, revealing extensive gene and protein expression remodeling.

This study characterizes the mechanical properties of Hydra vulgaris tissue spheres using microaspiration and simulations, revealing three distinct mechanical behaviors during regeneration.

The paper develops optimized small CNNs for cell shape detection in confluent tissues, finding they outperform transfer learning in accuracy, speed, and simplicity.

This study develops a deep learning algorithm for analyzing label-free brightfield microscopy images to detect cancer stem-like cell fate, showing improved accuracy and speed compared to other methods.