Simon F. Martina-Perez

This study examines how an electric field affects cell-cell interactions in human corneal epithelial cells during electrotaxis, showing changes in contact inhibition and velocity alignment.

This study uses a continuum mechanics framework to show that epithelial tissues regulate energy expenditure to maintain efficient migration, and demonstrates this through electrotaxis experiments.

This study develops a continuum model to explain spatial velocity heterogeneity in collective electrotaxis and applies it to design electric field protocols for controlled tissue migration.

The paper introduces a minibatch Bayesian inference method to efficiently analyze high-throughput imaging data, revealing density-dependent interactions in wound healing.