Sentence examples for more frequent growth from inspiring English sources

CR was also recently shown to extend the CLS of fission yeast (S. pombe) in association with more frequent growth arrest in G0/G1 [ 16].

Culturing cells in rich medium (YPD) rather than defined medium (SC), which also promotes more frequent growth arrest of stationary phase cells in G0/G1 [ 13], also reduced levels of O2 - compared to cells cultured in SC.

This points to an alternative, but not mutually exclusive possibility - that the age-promoting effects of O2 - are related in part to inhibition by O2 - of growth arrest of stationary phase cells in G0/G1, leading to more frequent growth arrest in S phase instead, where cells suffer replication stress.

It is not consistent with the results of a recent genetic screen that identified budding yeast deletion mutants that exhibit an extended CLS in the absence of more frequent stationary phase growth arrest in G0/G1 [ 55].

One could speculate that the more frequent use of growth factor support in SSG XIV does not reduce the pattern of serious life-threatening toxicity but rather shifts it.

In mammals, AMPK inhibits mTOR signaling [ 28] and is required for a "metabolic checkpoint" that drives cells into G1 in response to reduced glucose concentrations [ 29], similar to the more frequent stationary phase growth arrest in G0/G1 imposed by CR during nutrient depletion of budding yeast cells [ 13].

In contrast, frugivores and aerial insectivores with low movement ability, carnivores, gleaning insectivores, nectarivores, sanguivores and species considered under some degree of extinction risk were significantly more frequent in old-growth forest.

The association between histology and growth was demonstrated by the more frequent observation of poor growth in children with subtotal or total villous atrophy compared with those with partial atrophy.

Experiments that have examined water variability in mesic environments and most studies of crop irrigation methods found that more frequent watering increased plant growth or survival [ 9, 10, 14, 16, 17].

Symmetric stem cell expanding divisions were more frequent in the presence of growth factors, suggesting that growth factor signaling contributes to the expansion of the stem cell population in the tumor.

In the non-RT group, endosialin expression was more frequent in tumours with infiltrative growth patterns than those with expansive growth patterns (p = 0.01; Table 4) and was positively related to p73 expression (p = 0.01; Table 4).