Sentence examples for binding at these genes from inspiring English sources

We also compared Tip60 binding at these genes with available data for DNase I hypersensitive sites (DHSs), H3K4me3 and RNA polymerase II (Pol II) profiles that are markers of open chromatin and active transcription.

Effects on Pol II binding - and thus potentially transcription - at each individual affected gene seem to be very small; however, taking all affected genes together, we find a significant decrease of Pol II binding at these genes which is in agreement with the observation that Cfp1-/ ES cells show a reduction in translation initiation.

While most of these transcription factors did not show any enrichment, ATF2 was found to be binding at these gene promoters in mesenchymal cells and this occupancy was significantly diminished following JNK inhibition (Supplementary Fig S8A).

The Atf1/Pcr1 binding level at these genes were slightly lower than those at the induced genes (Figure 5E), suggesting that the primary role for Atf1/Pcr1 is to induced transcriptional response to H2O2.

Figure 2E shows gene tracks of Tcf3, Nanog, and Oct3/4 binding at these five gene loci.

The binding of Ser5 Pol II at the promoter region was compared to the binding at the gene body to assess successful Pol II elongation.

Taken together, a Pol II initiation complex can engage in Lsh−/− and WT cells, at hyper or hypomethylated TSS regions; however, Pol II binding at the gene body is only associated with hypomethylated HoxC6 and HoxC8 genes.

In addition, BRD9 and BRG1 binding are highly significant at these genes, with 82% of ESC-EpiESC genes being co-bound by both.

These results are consistent with the distinct effects on mRNA expression levels for memory effect and transcriptionally responsive Abf1 targets being a direct result of altered response of the transcriptional machinery to decreased Abf1 binding at these two classes of genes.

Thus, the presence of these RNA species influences Sen1 chromatin binding at transcribed genes.

This suggests that the reduction of H3-K27me3 levels is probably directly due to the lack of Pcl and/or the reduction of PRC2 binding at target genes, and is not a secondary consequence of these target genes becoming transcriptionally active.