Most of the studies performed so far on Chlamydia-host binding focused on bacterial adhesins and only limited data are available on the nature of host cell receptor(s).
This resulted in Val-39 and Gly-41 being located at a distance from the binding focus Ile-91.
To better understand the relationship between nucleosome positioning and TF binding, we focused on the CENTIPEDE-inferred binding sites for 519 TF binding motifs, representing up to a third of the human TF repertoire, and examined the nucleosome occupancy around these binding sites in human GM12878 and K562 cells.
Despite the high degree of variability in the length of MHC-II binding peptides, most existing computational methods for predicting MHC-II binding peptides focus on identifying a 9-mer core peptide.
Using complementary computational tools, we therefore further investigated the relationship between the presence of binding sites for key transcriptional factors and the presence of different in-vivo histone modifications and DNA binding event, focusing on genomic loci associated with ZGA genes.
The practical guides for optimal design of binding experiments focused on obtaining proofs of protein self-association are suggested.
BindingDB (https://www.bindingdb.org) [26] provides measured binding affinities, focusing chiefly on the interactions of proteins considered to be drug targets with small, drug-like molecules.
A comparison of the binding site, focusing on this region, between baDHFR and the human enzyme is discussed, with an aim at designing species-selective therapeutics.
Preliminary studies to understand its binding properties focused on its DBLs domains and functional studies have shown that several VAR2CSA DBLs including DBL5ε can individually bind CSA in vitro.
The potential for VPg interference in m7G cap analogue binding has focussed attention on viral RNA translation as the point in potyvirus replication supported by eIF4ES, and therefore, as a target for resistance in the presence of eIF4ER (discussed in [31]).
