In hypoxic environments, loss of Sphk2 increases PDK3 expression via HIF1α stabilization, promoting anaerobic glycolysis, reducing ROS levels, and increasing the regenerative potential of more youthful HSCs. WT, wild-type. Professional illustration by Somersault18:24.

In hypoxic environments, loss of Sphk2 increases PDK3 expression via HIF1α stabilization, promoting anaerobic glycolysis, reducing ROS levels, and increasing the regenerative potential of more youthful HSCs. WT, wild-type. Professional illustration by Somersault18:24.

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