Sentence examples for frequency of the memory from inspiring English sources

From the described mechanism, we found that the frequency of the memory cell depended on the frequency of the voltage shifting.

This 'memory masking' effect occurs when the mask differs from the memory item along the dimension to be remembered: When instructed to remember the spatial frequency of a grating, no interference is observed when the spatial frequency of the mask matches the frequency to be remembered, but with a masker twice or half the frequency of the memory item (±1 octave), memory is substantially impaired.

Overall, these results suggest that the presence of memory T cells interferes with the expansion of Tregs by RA and TGFβ more in SLE patients than in HCs, possibility because of the higher frequency of the memory T cells in patients.

A similar but weaker effect was found for walking distance: if walking of larger distances is required, the frequency of the memory-intensive strategy increases.

Results show that the frequency of the memory-intensive strategy is increased for larger inter-area separations (larger walking distances) and for simpler block patterns.

As the generation of memory T cells is the central event for a successful vaccination, we first investigated the frequencies of the memory T cells.

To reduce the growing gap between the clock frequency of the processor and memory access times, multilevel cache architectures are commonly used.

Administered in vivo, they decrease the frequency of the subpopulation of memory CD4+ T lymphocytes rapidly releasing IFN-γ upon challenge with mycobacterial antigens.

Furthermore, the frequency of the total CD27+ memory B cell population was significantly (P = 0.0184) lower in the patient group with shorter disease duration when compared with the long-standing group (median shorter disease: 19.1 ± 3.2% vs longer standing disease: 31.3 ± 3.8%).

Analysis by various groups [ 22, 24, 70, 71] indicates that CD27- naive, CD27+ memory B cells and CD27high plasmablasts/plasma cells exist in relatively stable relations in the peripheral blood of healthy adults, although the frequency of CD27+ memory B cells reflects the accumulation of antigen experience of an individual that is, at least in part, dependent on age [ 71].

A detailed multiparametric analysis performed at a single cell level, revealed that in the TCDD-exposed individual there was a substantial three-fold increase in the frequency of CD4+ memory T cells with the CCR6+CCR4+CXCR3-CCR10 phenotype and a modest increase in the CCR6+CCR4-CXCR3-CCR10 subset when compared to healthy controls (Figure 5B).