Sentence examples for be predominantly dependent from inspiring English sources

The deposition of H3.3 into gene-rich regions is thought to be predominantly dependent on HIRA (Pchelintsev et al., 2013; Ray-Gallet et al., 2002) rather than the ATRX/Daxx complex, a finding that is also generally consistent with our data.

We found hypoxia-induced leptin to be predominantly dependent on HIF-2 as knockdown of HIF-2α resulted in 66% reduction in leptin expression relative to siLuc, while the effect of siHIF-1α was more modest (33% reduction in leptin expression; Figure 2a).

It is indicated that the fatigue lifetime was predominantly dependent on the inelastic strain amplitude, in spite of fatigue temperature.

The low temperature impact strength was predominantly dependent upon the glass transition temperature of the EPC phase.

Much of these two problems have a similar source, fundamentally it is our energy source that is predominantly dependent on coal, China burns half of the world's coal.

In the range of molecular masses studied, the Tgs after crosslinking are predominantly dependent on the instrinsic nature of the polymer and are not dependent on the final crosslink density.

This result enables formulating a hypothesis that crack spacing in tensile elements of equivalent axial stiffness is predominantly dependent on geometry of the concrete and, particularly, on the cover depth.

However, during the first 30 min of hydration, the fresh properties of the WGP modified mortars were predominantly dependent on the particle size and the morphology of the WGP investigated.

However, in contrast with the WFT and WWFT doughs, a marked decrease in the band intensities was observed on the third day of CT fermentation from the hydrolysis of the glutelins, which was predominantly dependent on acidity [32].

As discussed before, for low implantation energies, swelling effect is predominantly dependent on implantation dose rather than implantation energy [19, 20]. Figure 1 Cross-sectional HREM images of Ge + -implanted SiN/HfO 2 /SiO 2 stack layers.

Thus, the overall effectiveness of a stand of P. radiata in reducing the potential for slopes to fail during extreme climatic events is primarily due to the combined effects of soil-root reinforcement and canopy development which, in turn, is predominantly dependent on planting density and the influence of environmental factors on growth.