Sentence examples for could predominantly be from inspiring English sources

This model in combination with our observations suggests that genes having the H3K9ac concentration in the centered and downstream region could predominantly be regulated at post-initiation steps.

The high colonization rate for caregiver adults within our study (90%) could logically and predominantly be attributed to direct contamination from the children.

After reaching cell surface via secretory pathway, the matured human wild-type APP molecules could either be predominantly proteolyzed by α-secretases or rapidly endocytosed into the early endosomes through endocytosis pathway and then metabolized by β- and γ-secretases to generate A β.

Likewise, NGF could be predominantly produced by immature cells, which could be the reason why we did not observe any NGF release in cultures of IL-2-activated splenic NK cells.

The significant changes in the wave numbers of the specific peaks suggested that hydroxyl, amide, bounded –OH, bounded –NH, C=H stretching vibrations, amide N H bending vibrations and C=O of carboxylic acid groups could be predominantly involved in the biosorption of Cr III) onto I. galabana.

Dnmt2-EGFP could be predominantly visualized in endo-replicating and dividing nuclei.

One possibility is that e2 could be predominantly expressed in other tissues outside the brain.

Under optimized reaction conditions, the anti-product 17 could be predominantly obtained with a regioselectivity ratio of 5 1.

Direct observation identified abundant structures of ring-like morphology, which could be predominantly categorized into two groups having discrete diameters of 8.7 nm or 9.3 nm (Fig. 4A).

In the follow-up analyses, we tested whether any specific brain regions could be predominantly associated with either inflectional or phrasal processing.

SDS/PAGE resolved the intramolecular cross-links, which were present at approximately 50% of the total purified protein; in both cases the PPXD could be predominantly cross-linked or released, by exposure to either oxidizing or reducing agents.