Sentence examples for gene expression impact from inspiring English sources

In order to determine how the differences between EtOH and INK128 treatment, along with the observed changes in mTOR signaling and gene expression, impact DLBCL, we examined cell cycle, proliferation and apoptosis.

Altered patterns of DNA methylation have the ability to the ability to modify the regulation of gene expression, impact chromosomal instability, and have frequently been observed in the early stages of breast cancer [ 18].

The heterogeneity could be due to (a) variations in cell growth phase, cycle and cell ageing, and (b) stochasticity in gene expression impacting enzymatic activities leading to variations in metabolic reactions (Avery 2006; Delvigne et al. 2014).

We have developed a model to explain how additive gene expression impacts heterosis in maize based on the findings reported here.

After gene set enrichment analysis revealed that concurrent promoter methylation, mutations, and differential gene expression impacted cell differentiation, proliferation, growth and renewal pathways we performed a review study of the most important, potentially impacted cancer pathways in HNSCC.

likely to result in un-predictable gene expression impacts of a different qualitative and quantitative order depending of the wild population introgressed with domestic alleles (Normandeau et al. 2009; Bougas et al. 2010).

These results and those of Tarver et al. [ 18] suggest next-generation transcriptome sequencing as a potentially informative approach for investigating whole-body gene expression impacts by JH + SHE treatments, as well as individual SHE components.

Importantly, there is also evidence that additive gene expression impacts heterosis by balancing expression of genes in metabolic pathways; for example a more consistent, and lower variation in metabolites has been reported for heterotic maize hybrids compared with their inbred parents, presumably caused by improved metabolic flux [ 41].

MicroRNA (miRNA) are master regulators of gene expression and impact cell proliferation, differentiation and apoptosis among others.

Epigenetics refers to heritable alterations in chromatin architecture that do not involve changes in the underlying DNA sequence but profoundly affect gene expression and impact cellular function.

While much research has focused on DNA modifications that stimulate or inhibit this gene expression, the impact of RNA modifications in gene expression received scant attention until 2011.