Sentence examples for predominant activation from inspiring English sources

In addition to the predominant activation of STAT3 in hepatocytes, IL-22 also activates, to a lesser extent, many other signaling pathways including AKT (as shown in Fig.  7 in this paper, and references [ 1– 3]).

The yeast one-hybrid assay revealed the predominant activation of LacZ reporter gene expression by OsSND2 under the control of OsMYB61 promoter.

Caspases 3, 9 and 7 were cleaved earlier and at lower STS doses than caspases 8 or 10, confirming the expected predominant activation of the intrinsic apoptotic pathway.

While Cluster 3, with the higher percentage of responders, seemed to show predominant activation of the Myc and Ras pathways, Cluster 4 showed activation of the Myc and E2F pathways.

For example, Kuwabara et al. (2012) showed a predominant activation of S100A8/TLR4 signaling in the glomeruli of diabetic mice.

Therefore, other mechanisms may be involved in the predominant activation of anti-apoptotic genes identified in the present study.

However, compared to their TD peers, children with AgCC seemed less able to engage lateralised brain systems specialised for particular memory material (i.e. less supramarginal activations for verbal material and less fusiform activations for face processing) and particular memory process (i.e. absence of right-predominant activations during retrieval).

Early nocturnal sleep is a period hallmarked by predominant MR activation due to nadir levels of cortisol (which preferentially activates MRs rather than GRs at low levels), and the concurrent increase in the sleep-dependent release of aldosterone 7– 10.

We tested whether partial suppression of morning cortisol synthesis by metyrapone, leading to intermediate, circadian nadir-like levels with presumed predominant MR activation, improves retrieval, particularly of emotional memory, and persistently changes the memory.

Continuous predominant MR activation appears to be beneficial for the emotional state, resulting in low anxiety [ 38].

We have recently shown that the MR antagonist spironolactone selectively increases the numbers of circulating naïve and central memory T cells during early sleep, which is the time period in the 24 h cycle hallmarked by predominant MR activation.