Matthew J. Ford

FluoroFate enables time-resolved single-cell analysis of cell fate by quantifying cell death dynamics using live-cell imaging and new biosensors.

This study identifies age-related vacuolation in multi-ciliated cells of the distal mouse oviduct, linked to reduced blood flow and unique cellular identity in the infundibulum and ampulla.

The paper identifies two distinct epithelial cell lineages in the oviduct, spatially separated along the distal-proximal axis, with distinct developmental origins.

The paper introduces NetNC, a tool to identify functionally coherent TF targets, showing it effectively finds neutral binding and reveals new gene functions in EMT processes.

This study shows that Prom1 expression in the mouse oviduct epithelium marks multiciliated and secretory cells, not a stem/progenitor population.