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The Ge2.4Sb2.0Te5.6 memory cell shows a similar performance.
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The memory cells show the bipolar resistive switching.
Both memory cells show typical bipolar resistive switching characteristics, and Ohmic and SCLC dominant conduction mechanisms in LRS and HRS, respectively.
The memory cells show stable resistive switching in dc as well as pulse-induced mode with an endurance of 103 and 102 cycles, respectively.
However, these IL-18−/− memory cells showed delayed expansion compared with wild type memory T cells.
In human, CD16−mDC and CD16+mDC subsets have been found to be different in preferential activation of T memory cells, showing that CD16+mDC elicits stronger IFNγ response than CD16−mDC[15].
CD8 T cells expanded in IL-15 have a survival advantage over IL-2 generated CD8 effector T cells [18] and IL-15 induced central memory cells show more effective tumor control than IL-2 generated effector T cells [19] [21].
Both naïve and memory cells showed a reduction in proliferation and cytokine production regardless of their Ag preexposure histories (Fig. 1C).
In the 11 subjects tested, resting HIV-specific and CMV-specific memory cell populations showed a positive signal in all assays (data not shown).
The endurance characteristics of the Au/ZnO: Ti/ITO memory cell are shown in Figure 4a.
It is observed that a higher Ge content in the GeSbTe material leads to a higher threshold voltage in the memory cell, as shown in Fig. 5f.
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