Inhibition of the anergic signaling pathway selectively reduces survival in anergic CLL cells. CLL cells displaying an anergic phenotype (pErk1/2+) or a nonanergic phenotype (pErk1/2−) were treated with agents targeting MEK 1/2, ERK 1/2, and NF-AT1c, molecules implicated in the maintenance of anergy. Cells displaying an anergic phenotype showed decreased viability in the presence of these agents compared with nonanergic cells. Adapted from Figure 5 in the article by Apollonio et al that begins on page 3789.

Inhibition of the anergic signaling pathway selectively reduces survival in anergic CLL cells. CLL cells displaying an anergic phenotype (pErk1/2+) or a nonanergic phenotype (pErk1/2−) were treated with agents targeting MEK 1/2, ERK 1/2, and NF-AT1c, molecules implicated in the maintenance of anergy. Cells displaying an anergic phenotype showed decreased viability in the presence of these agents compared with nonanergic cells. Adapted from Figure 5 in the article by Apollonio et al that begins on page 3789.

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