As molecular recognition continues to gain importance in the biological and physical sciences as well as in the technologies of molecular electronics and optics, so has the need for efficient syntheses of chiral molecules.
However, in literature, gold-based nanosensor has to be integrated with specific "ligand" molecule in order to gain molecular recognition ability.
Our strategy in this study is to combine the use of a bioactive small molecule and incorporate it into a potent cyclic peptide template in attempts to gain further insight into melanocortin receptor molecular recognition, selectivity, and increase protease stability.
Accordingly, the above studies show that single-molecule force spectroscopy is a powerful tool to gain insight into molecular recognition events at cell surfaces.
To gain further insights into molecular recognition in the SIVmnd-2 Vpx system, SIVmnd-2 Vpx, SAMHD1mnd-NtD, and DCAF1-CtD were assembled in vitro using recombinant proteins and the ternary complex purified by size-exclusion chromatography.
To gain direct insight into the molecular recognition of mRNA by hTS, we attempted co-crystallization of the enzyme with oligonucleotide constructs representing the TS site 1 motif.
To test whether strong internal sequence related effects are also evident when ERAP1 is trimming peptides of such lengths and also to gain insight on the mode of molecular recognition of peptides by ERAP1 we measured the N-terminal trimming of 3 peptides based on the sequence of the ovalbumin antigenic epitope SIINFEKL (Figure 8).
Characterization of the interaction between DNA and small organic compounds is of considerable importance for gaining insights into the mechanism underlying molecular recognition, which could be highly relevant to drug design.
Additionally, we have performed molecular docking studies, cross-validated our results, and gained a deeper insight into its molecular recognition process.
To gain further insight into the nature of molecular recognition, docking simulations were performed.
