Sentence examples for molecular pathways indicating from inspiring English sources

Recent evidence has suggested that two major physiological circadian rhythms, the metabolic and cardiovascular rhythms, are subject to regulation by overlapping molecular pathways, indicating that dysregulation of metabolic cycles could desynchronize the normal diurnal rhythm of BP with the daily light/dark cycle.

Subsequent functional analysis of target genes showed that both miRNA species (i.e. miRNA and miRNA*), regulate similar MDS stage specific molecular functions and pathways indicating that miRNA* also play important regulatory roles on the MDS transcriptome.

Molecular pathway modeling indicated that these factors may be integrated through interactions with a candidate plasma biomarker, PON1 and the pro-inflammatory cytokine IL-6.

Gene enrichment in specific pathways indicated that different molecular mechanisms are involved in the response to different radiation qualities.

In summary, these pathways indicate limited but distinct molecular/cellular differences between RA and OA and demonstrate a major contribution of inflammation and angiogenesis in RA.

Pathways indicated in urothelial differentiation.

The detailed analysis of the transcriptomic landscape of pre-metamorphic larvae indicates molecular pathways and gene networks that might be critical for the profound phenotypical changes that occur during flatfish metamorphosis.

In particular, the observation of a peculiar shape in the transcriptomic landscape of 6 13 dph larvae and the analysis of genes involved in such phenomenon indicated molecular pathways and gene networks that might be critical for the profound phenotypical changes that occur during flatfish metamorphosis.

Molecular pathway analysis also indicated that cardiovascular system development and function (149 molecules, B-H p values 7.2 × 10-6 to 4.1 × 10-3) was a major physiological function associated with genes altered in exercised mice, but not in ISO-treated animals.

This indicates different molecular pathways may underlie the phenotypes mapped to chromosome 14 and those mapped to chromosome 15 though they all belong to same category.

The findings presented here provide evidence of synergy between NF-κB and STAT5 in transcriptional activation of Bcl-xL in ovarian cancer cells, and also indicate potential molecular pathways to be targeted in order to enhance chemotherapeutic effects.