The mechanism of action of KPT-SINE. The top half represents a typical AML cell, in which tumor suppressor (TS) proteins (small orange circles) escape through the nuclear membrane via the CRM1 nuclear exporter, resulting in a distribution of TS proteins throughout the cell. Arrows indicate the outward direction of flow of the TS proteins from the nucleus into the cytoplasm. In the bottom half, KPT-SINE irreversibly locks the transporter into a conformation that blocks the normal efflux of TS proteins from the nucleus, facilitating their accumulation within the nucleus and potentially allowing TS function. Professional illustration by Alice Y. Chen.

The mechanism of action of KPT-SINE. The top half represents a typical AML cell, in which tumor suppressor (TS) proteins (small orange circles) escape through the nuclear membrane via the CRM1 nuclear exporter, resulting in a distribution of TS proteins throughout the cell. Arrows indicate the outward direction of flow of the TS proteins from the nucleus into the cytoplasm. In the bottom half, KPT-SINE irreversibly locks the transporter into a conformation that blocks the normal efflux of TS proteins from the nucleus, facilitating their accumulation within the nucleus and potentially allowing TS function. Professional illustration by Alice Y. Chen.

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