Sentence examples for most active genes from inspiring English sources

On polytene chromosomes, this modification is localized to euchromatic interbands which contain most active genes, and is mostly excluded from the chromocenter and other heterochromatic regions [43].

In Drosophila, the transcription of most active genes is halted [8] and a restricted set of heat-shock genes, many encoding molecular chaperones and including HSEs in their proximal promoter regions, are coordinately upregulated during or after heat-stress [9].

Such a direct interaction is apparently not the case for most active genes since they are not located at the NPCs.

In order to keep only the most active genes we applied a coefficient of variation filter with a threshold of 1 across the different conditions.

Promoters of most active genes do not only initiate transcription of the coding sequence, but also a substantial amount of transcription of the antisense strand upstream of the transcription start site (TSS).

Genome-wide analysis of mH2A distribution indicates that it is depleted from most active genes (Changolkar et al, 2010) and enriched on repressed chromatin (Buschbeck et al, 2009; Gamble et al, 2010; Barzily-Rokni et al, 2011).

As shown in both Tables 4 and 5, MDH2 was the most active gene in several similarity measurements.

The adolescence cerebrum has the most active gene expression, with expression of a large number of regulatory genes up-regulated and some crucial pathways activated.

Although four genes encoding a non-heme chloroperoxidase are present in the B. cenocepacia J2315 genome (BCAL0771, BCAM2106, BCAM2109, BCAS0079), overexpression was only observed for BCAL0771, indicating the ability of our microarray-based strategy to highlight the most active gene in Burkholderia genomes where multiple paralogous functional pathways exist [ 13].

PDR1 and PDR3 also demonstrated regulatory connections with a broad range of functional category genes as well as most active regulatory genes.

However, the lower proportion of genes expressed in the liver tissue of mice can likely be explained by the rigorous selection scheme employed by the authors to identify the "most transcriptionally active" genes.