Sentence examples for minus activation from inspiring English sources

Estimated b 1 and b 2 show that regulations via EGF or HRG were inferred for most clusters, and their plus or minus (activation or inhibition) were found to be equal.

To illustrate sources of group differences, Fig. 4 shows each group's mean DecBa-minus-DirBa activation difference (not adjusted for age or IQ) for each cluster in Table 3.

The "2-back minus 0-back" contrast showed significant bilateral frontal and parietal WM network activations (Fig. 2A).

We used MarsBar (Brett et al., 2002) to extract mean activation differences for the primary contrast (EFT minus control task) for each subject for each sphere.

The created images represent encoding asymmetry for each stimulus type showing left minus right activation in the left and right minus left activation in the right hemisphere.

Area under the curve (AUC) was calculated in SPSS by adding up the outcome minus basal activation outcome of all concentrations points.

It is not possible to distinguish whether the nonbeat minus beat activations, particularly in inferior frontal and parietal cortices, are the result of timing-related differences, or the greater attentional demands potentially required by nonbeat sequences.

Consistent with these results, direct gender comparisons carried out in the parametric statistical maps of the third-person task (OP minus OF) revealed stronger activations for females than males in the ventromedial PFC, in ACC and in portions of the parietal cortex bilaterally, including the somatosensory cortex and the inferior parietal lobule (Table 4, Figure 4a).

In the wild-type case, we suggest there is a competition between transcriptional activation of mini- white by flanking regulatory DNA and transcriptional repression mediated by the PRE, leading to an intermediate eye color.

Table 4 shows the effect of task across all groups, and Figure 1 shows the brain activation maps for rhyming minus spelling (green) and spelling minus rhyming (red).

Briefly, using an event-related analysis, word encoding (WR-minus-WN) was associated with activation in the left hippocampus (p = 0.002).