Sentence examples for binding sequences were more from inspiring English sources

However, unlike yeast, repressor binding sequences were more likely to intrinsically encode nucleosomes in the human genome, according to the analysis of the in vitro data.

Having demonstrated the functional significance of Slou-preferred binding sites in two FC enhancers, we next asked whether FCI-HD-preferred binding sequences are more generally involved in the regulation of FC gene expression.

In CDR-L1, sequences were more heterogeneous.

In contrast, Nrd1 and Nab3 binding site sequences are more prevalent in the AT-rich intergenic regions of short or long genes, and are also found in some promoter proximal regions, ORF antisense orientations, as well as tRNA elements.

It is still not clear whether miRNAs regulate gene expression more often by binding to the 3'-UTR or messenger RNA sequence, although a review by Bartel [ 88] suggested that translational repression by binding to UTR sequences is more prominent.

The highest sequence similarity within Rho GTPases is found for the central GTP binding motifs while the C-terminal sequences are more divergent [ 12]. Figure 1 gives an overview of the structural elements important for signalling for RhoA, Rac1, Cdc42 as well as RhoH.

Finally, repeat sequences are more prone to cause non-specific binding due to their abundance in the genome.

Methods that minimize the number of predicted binding sequences are often significantly more accurate than the other methods tested.

The Fn cell binding site (RGD sequence) was more accessible on MHR-B than on TCPS control, but poorly on MHR-α.

Recent comparative phylogenetic studies have revealed that conserved miRNA-binding sequences are in more than one-third of all genes, suggesting that miRNA regulation may be relevant to a large portion of cellular processes [ 39- 44].

These data suggest that transcription factor binding to the EBox sequence is more important to mediate the effect of AMPK activation, but also suggest the fact that GATA could modulate the AMPK effect on DNA binding in regulating the activity of the promoter.