Angelika Manhart

This study develops a cell-based model of intermittent attachments to explain how cell aggregates exhibit fluid-like properties and collective chemotaxis.

This paper analyzes the alignment mechanism of two interacting cells using a dynamical system approach, finding that self-propulsion and overlap avoidance interact to generate alignment.

This study develops and simulates a computational model to understand how cell properties affect collective alignment, finding optimal self-propulsion and overlap avoidance ratios, and the role of deformability and junctions.