Figure 3.
Activation, proliferation, and exhaustion of the CD56dim NK compartment in the NKimm group. Extended NK-cell phenotype analysis by flow and mass cytometry. (A) Ki-67+ and Tim-3+ cells in NKG2A+/−CD57+/− CD56dim NK-cell subsets. (B) Bcl-2 to BIM ratio in CD56bright and CD56dim NK cells and in panel C, based on Ki-67 expression in CD56dim cells. (D-E) NK-cell subset responses to K562 tumor target cells in terms of degranulation (CD107a), interferon-γ production, and specific killing of target cells by NK cells among PBMCs, as judged by Dead Cell Marker+ caspase-3+ target cells. Data shown in heat maps are depicted as median log2-fold change, compared with HD cells. HD (n = 10), NP (n = 10), and NKimm (n = 9). *P < .05; **P < .01; ***P < .001; ****P < .0001, by nonparametric test. HD (n = 10-20), NP (n = 10-39), and NKimm (n = 10-14).

Activation, proliferation, and exhaustion of the CD56dim NK compartment in the NKimm group. Extended NK-cell phenotype analysis by flow and mass cytometry. (A) Ki-67+ and Tim-3+ cells in NKG2A+/−CD57+/− CD56dim NK-cell subsets. (B) Bcl-2 to BIM ratio in CD56bright and CD56dim NK cells and in panel C, based on Ki-67 expression in CD56dim cells. (D-E) NK-cell subset responses to K562 tumor target cells in terms of degranulation (CD107a), interferon-γ production, and specific killing of target cells by NK cells among PBMCs, as judged by Dead Cell Marker+ caspase-3+ target cells. Data shown in heat maps are depicted as median log2-fold change, compared with HD cells. HD (n = 10), NP (n = 10), and NKimm (n = 9). *P < .05; **P < .01; ***P < .001; ****P < .0001, by nonparametric test. HD (n = 10-20), NP (n = 10-39), and NKimm (n = 10-14).

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