Therefore, we used EMSAs to test for evidence of cooperative binding to the regions from our ChIP-seq analysis that were bound by His10-MrpC2 as described above.
Combining the two approaches should enumerate cells binding tetramers via TCR pMHC interactions and exclude dumped cells that bind SA, MHC, or the dump-associated FP and those excluded by two-color analysis that bind the FP associated with the tetramers of interest in a non-specific manner.
The approach described here is, in principle, broadly applicable for analysis of any molecule that binds RNA, including proteins, nucleic acids, and small molecules.
In the following we review multi-phase research of the design, synthesis and structure analysis of peptides that bind α-BTX and inhibit its binding to AChR.
Through analysis of proteins that bind to Arabidopsis homologues of ARP4 and SWC4, common subunits of yeast NuA4 and SWR1-C, we confirmed their interaction with PIE1 and other Arabidopsis homologues of NuA4 and SWR1-C subunits.
An analysis that eliminates such studies is bound to show a comparatively small average difference between drug treatment and placebo treatment.
The results support the finding of the docking analysis that GF binds to tubulin at a site, which is distinct from the GTP binding site.
We demonstrated with deletion analysis that BBS1 binds to the C-terminal cytoplasmic tail of Smo between amino acids 552 637 (Fig. 2C), overlapping the critical domain for Smo activity.
Towards understanding how histamine, a vital neurotansmitter, can perform multiple physiological tasks, an analysis of the different proteins that bind histamine is reported here.
We also performed an analysis of the target genes that bound FLAG-Nup98-HoxA9 or Crm1.
