C. P. Broedersz

The paper shows that ion-mediated condensation controls the mechanical properties of mitotic chromosomes through polymer-like behavior and chromatin loop interactions.

This study shows that miR-200c expression reduces metastasis in vivo and inhibits cell migration in vitro in breast cancer models.

The paper develops a biophysical model showing loop-extruders enhance entropic forces for bacterial chromosome segregation during replication.

The paper develops three predictors of multi-contact frequencies using physical models and applies them to experimental data, finding that loop-extrusion explains observed three-point contacts.

This study investigates how cadherin-mediated cell-cell interactions influence collective cancer cell migration by combining theoretical modeling and in vitro experiments.

This study investigates how cell migration in asymmetric two-state micropatterns depends on area, shape, and orientation of adhesion sites, revealing occupancy probability ratios and transition rate dependencies.

The paper quantifies cell migration variability in human breast cancer cells using a dynamical systems approach, revealing additional variance due to aging and population heterogeneity.