Figure 1.
Mechanism of XPO1 inhibition in MF. The figure depicts the mechanism of action of selinexor, a novel XPO1 inhibitor, demonstrating the downstream effects on nuclear and cytoplasmic cell signaling pathways relevant to MF pathobiology. Figure created by Lilas Armstrong-Davies and The Mount Sinai Hospital.

Mechanism of XPO1 inhibition in MF. The figure depicts the mechanism of action of selinexor, a novel XPO1 inhibitor, demonstrating the downstream effects on nuclear and cytoplasmic cell signaling pathways relevant to MF pathobiology. Figure created by Lilas Armstrong-Davies and The Mount Sinai Hospital.

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