Sentence examples for context transcription from inspiring English sources

In making this distinction, we would like to emphasize that as for the newly identified "short" (or longer) non-coding transcripts, even in a regular chromosomal context transcription processivity is often low.

In this context, transcription control is a crucial step (Levine and Tjian, 2003; Reik, 2007; Hager et al., 2009; Tsompana and Buck, 2014).

As, depending on the context, transcription factors can recruit co-repressor complexes (for example, NuRD), a model for heterochromatin formation based on transcription factor binding is emerging.

In this context, transcription factors that regulate a limited number of genes are expected to be less constrained, and thus it has previously been possible to attribute compensatory coevolution of such factors and their binding sites to a relative lack of constraint rather than to selection.

Our approach allows us to incorporate a wide variety of input data, including homology information, genome context, predicted transcription factor binding sites, and microarray transcript profiles.

To identify gene regulatory networks in BRD, it is important to analyze functional genomics data in the context of transcription factors (TFs) that are known to be involved in the regulation of gene transcription.

This suppression points to transcriptional interference concentrated at the 3' end, e.g., in the context of transcription termination.

Differences in Cdk8-dependancy likely reflect how Mediator "interprets" a gene-specific context of transcription factors, illustrated by the fact that Hxk2, a HXK1-specific transcriptional repressor, binds to Mediator via Med8 (de la Cera et al., 2002), whereas the GAL1 transcription activator Gal4 interacts with Med17 and Cdk8 (Traven et al., 2006).

Within this context, the transcription of language from its oral forms is integral to Scottish literature.

We propose a workflow that merges network construction with gene expression data mining focusing on regulation processes in the context of transcription factor driven gene regulation.

In this context, the transcription factor TWIST1 was identified as an essential protein in the intravasation step.