Sentence examples for binding proteins to recognize from inspiring English sources
Recent results suggest that three different Drosophila insulators utilize different DNA binding proteins to recognize different sites in the genome but share CP190, which is the main component responsible for inter-insulator interactions [17].
We report crystal structures of a binding protein engineered to recognize the agonist serotonin and the antagonist granisetron with affinities comparable to the 5-HT3 receptor.
The crystal structures of a binding protein engineered to recognize serotonin (5-HT) and the anti-emetic granisetron with affinities comparable to the 5-HT3 revealor reveal important structural details of ligand recognition in the 5-HT3 receptor.
FMRP is an RNA-binding protein known to recognize various coding and non-coding RNAs [ 8– 10].
Studies of chromosome and plasmid dynamics during cell growth have become increasingly dependent on the ability to track movement of DNA by fusing GFP to DNA binding proteins that recognize specific DNA sequences.
Increasingly, RNA binding proteins are recognized to play a role in mRNA stability in many systems, which has significant impacts on measurements of gene expression [ 83].
DNA binding proteins may recognize sequences that are similar to their real target sites giving rise to non-specific interactions ([31] and references therein).
CTCF and BORIS genes encode for 11 zinc-finger DNA binding proteins that recognize the same target sequence but exhibit different expression profiles [37] [39].
Thus, a single lysine residue could have five different modification states (i.e., acetyl, unmodified, me1, me2, and me3), and specific binding proteins can recognize these specific modifications.
This study further demonstrates that miR-675 levels are regulated at the posttranscriptional level by specific RNA binding proteins that recognize the spliced H19 transcript.
Two of the well characterized DNA binding proteins TNPA of En-1 and TNP1 of Tam1 shared little similarity and it was suggested that non-homologous DNA binding proteins may recognize diverse subterminal DNA-binding motifs [ 32].
