Sentence examples for main gene expression from inspiring English sources

To get a broader perspective on the function of differentially expressed genes, we analyzed for over-representation of gene ontology (GO) categories in each of the three main gene expression pattern clusters identified in figure 4A.

Based on the statistical stability of the main gene expression regions, a regulation mechanism is proposed where genes in early regions activate genes in corresponding later regions, while genes in adjacent regions repress one another (Fig.  21).

Experimental data comprising six main categories (gene expression, genotypes, protein levels and enzyme activity, endo-exo-chemical levels, morphometrics and other) were collected from 1206 patients.

RT-qPCR results validated the main Wolbachia gene expression dynamics inferred from whole-organism RNA-seq in D. melanogaster, and indicated that gene expression information from the ISO1 RNA-seq time course can likely be extrapolated to other strains carrying wMel-like Wolbachia infections.

Principal Component Analysis (PCA) revealed that the main variation in gene expression corresponds specifically to the sexes and gonad developmental stages.

Glucose tolerance, insulin resistance and hyperglycemia were found to be the main consequences correlating gene expression of islet cells.

c-Myc targets were clustered into one main group, including gene expression in ES cells and early EBs (Figure 4B).

The main analyses contrasted gene expression in PBLs in 44 pairs of monozygotic twins affected with CFS or ICF to that of their unaffected co-twins.

These findings suggest that pressure load is the main factor altering gene expression in the right ventricle in rats with pulmonary hypertension induced by hypoxia.

Principal components analysis (PCA) of the microarray data, with separation of control samples from cortisol treatments, indicated that the main patterns of gene expression responses were similar regardless of cortisol delivery regime.

This analysis is important to the study of gene evolution and regulation because cis-regulatory sequences are the main determinants for gene expression [31] and because the proximal promoter contains the greatest concentration of nucleotides that constitute transcription factor binding sites [32], [13], [14], which are responsible for controlling the level of expression [12], [33].