Sentence examples for binding and protein structure from inspiring English sources
Ligand binding and protein structure prediction require especially accurate force field potentials, because one "correct" structure struggles against billions of "wrong" ones [17].
It is likely that substitution mutations in WRKY impart differential hydrophobic interactions and beta sheet's stability thus creating a varied zinc finger and DNA binding protein structure between drought tolerant upland and sensitive lowland rice genotypes.
It is not yet possible to predict the regions of DNA binding from protein structure and experimental mapping is necessary.
Fluorescence quenching methods in combination with Fourier transform infrared (FT-IR) spectroscopy and circular dichroism (CD) spectroscopy was used to determine the binding mode, the binding constant and the protein structure changes in the presence of genistein in aqueous solution.
Fluorescence quenching methods in combination with Fourier transform infrared (FT-IR) spectroscopy and circular dichroism (CD) spectroscopy were used to determine the drug-binding mode, the binding constant and the protein structure changes in the presence of isofraxidin in aqueous solution.
The prediction of ligand binding or protein structure requires very accurate force field potentials – even small errors in force field potentials can make a 'wrong' structure (from the billions possible) more stable than the single, 'correct' one.
Due to the presence of multiple binding sites per protein structure, only the binding site with the highest SiteHopper PatchScore derived from a matching protein structure was considered a true positive.
The goal of the work using GGG [designed to more closely resemble structural Zn II) sites than IGA, which was originally based on a [4Fe-4S] binding motif] was to decouple the metal binding and protein folding events by choosing a structure in which the free energies of the folded and unfolded states are identical.
Higher RMSD values indicate that mutations occurring at peptide binding site alter protein structure more than rest of the protein.
It indicated that the binding destabilized the protein structure.
Coevolutionary studies have been applied to a few important proteins and provided new information about protein-protein interactions, ligand-receptor bindings, and the 3D protein structure [ 8, 21- 23].
