Campus alert status is yellow: For the latest campus alert status, news and resources, visit

Search Close Search
Page Menu


We pioneered the staging of primary erythroid progenitors by flow cytometry. This allows us to study minimally- perturbed progenitors directly within their physiological niche in vivo. We combine the staging of erythroid progenitors with new genome-wide technologies to investigate a number of inter-related areas:

cell fate decision


Activation of erythroid gene transcription: a cell fate decision orchestrated by the cell cycle



DNA Demethylation



Genome-wide loss of DNA methylation during erythroid differentiation



Systems biology



Systems Biology: Reverse engineering of the erythropoietic system



Stat5 signaling dynamics





Stat5 signaling dynamics: binary and graded signaling modalities