S. W. McCue

This study examines the go-or-grow hypothesis in melanoma cells using fluorescent cell-cycle indicators and drugs, finding no support for the hypothesis as motility is independent of cell-cycle phase.

The paper calibrates a lattice-free individual-based model of cell migration and proliferation using experimental data from prostate cancer cells, showing the importance of individual interactions.

This study uses computational modeling to show that passage number affects cell proliferation rates and scratch assay closure rates, highlighting the need to report passage numbers for reproducibility.

This study shows that logistic growth models misrepresent cell proliferation in scratch assays due to a disturbance phase, and that distinguishing between phases improves parameter estimates.