Sentence examples for binding motif could be from inspiring English sources

A characteristic binding motif could be deduced.

No CRE or CRE related motif could be detected in this way and no novel alternative CREM binding motif could be identified.

Notably, a conserved Fur binding motif could be identified in the promoter region of almost all of the iron acquisition genes in Table 1, while no ribosome subunit gene except SO0232 had a Fur binding motif in its promoter (data not shown).

Interestingly, for most of these TF families binding motifs could be found also within the new regulatory areas close to the COL2A1 gene, further supporting their potential role in chondrogenic differentiation of MSCs.

Initial application of the Phylogibbs algorithm for motif finding [57] to 3'-UTR regions around high-confidence predicted microRNA (miRNA) target sites [58] suggested that the PUF-binding motif could be enriched in these regions, as shown in Figure 5A (Zavolan, unpublished).

A Myc2 binding site, present in the promoters of many jasmonic-acid responsive genes, was found in ZmNAC15, ZmNAC38 and ZmNAC41, while a WRKY-binding motif could be detected in ZmNAC15, ZmNAC36, ZmNAC41 and ZmNAC100.

Docking of NSC746457 into HDAC2 binding domain suggested that the hydrophobic residue Phe210 flanking the cap-group binding-motif could be exploited for structural optimization.

Thus Oct4 binding to the PORE sequence is not an isolated event, and regulation of Oct4 binding specifically to this motif could be a major mechanism of transcriptional control of stem cell self-renewal pathways.

This may reflect the observation that also the 'peptide anticodon' of RFs seemingly interacts with both rRNA and mRNA, thus the rRNA binding site of the motif could be similar for IF1.

This motif could be the binding site of a DNA binding protein that helps regulate the genes of this cluster.

Thus, the lack of a clear peptide motif could be explained as promiscuous peptide binding due to the remodelling of the peptide-binding site.