Sentence examples for promoted stress from inspiring English sources

A phospho-null mutant at this site (S624A) promoted stress fibre formation, a mesenchymal characteristic (Fig 8E), and suppressed amoeboid blebbing (Fig 8F) to a greater degree than the unmodified protein, while a phospho-mimetic mutant (S624E) was impaired in both activities (Fig 8E and F).

Functional evaluation demonstrated that a splice site mutation in ABCC6 strongly promoted stress-induced cardiac fibrosis, thus corroborating ABCC6 as an unrecognized and novel player in the development of cardiac fibrosis and acquired cardiomyopathy [ 34].

Having established that candidate genes were required for arsenite-induced gcs-1 expression but had different effects on the arsenite-induced expression of other phase 2 genes and/or arsenite resistance, we proceeded to investigate the mechanisms by which selected candidate genes (Table  1) promoted stress-induced gcs-1 expression.

Because it is unlikely that such polymerases are molecularly constrained to be so inaccurate, many investigators have argued that natural selection has promoted stress-induced mutation as a strategy to facilitate adaptive evolution during challenging periods (Radman et al. 2000; Rosenberg 2001; Tenaillon et al. 2001; Earl and Deem 2004; Foster 2007; Galhardo et al. 2007).

The cpl1-2 mutatinn in a host repressor CPL1 promotes stress responsible RD29a promoter expression.

The mechanisms of ALA in promoting stress tolerance in plants need to be elucidated.

The increase of crystallinity promotes stress distribution heterogeneity throughout the spherulites.

If anything, this promotes stress for users and is an issue for which improvement is urgently needed.

The thin scale is also shown to influence the creep response by promoting stress redistribution in the metal scale system.

Therefore, it is important to adjust the material and processing parameters to prevent the aggregation/agglomeration of nanoparticles that promote stress concentration and defects or debonding in polymer nanocomposites [37, 38].

These results indicate that dityrosine promotes stress resistance by acting as a protective shell around the spore.