Sentence examples similar to ligand-protein docking simulation from inspiring English sources

Ligand protein docking simulations play a fundamental role in understanding molecular recognition.

Our findings indicate that the inclusion of water molecules in ligand-protein docking results in significant increases in docking accuracy when the use of quantum chemical partial charge assignment on both ligand and proteins for predicting the docking simulations.

The accuracy of ligand-protein docking may be affected by the presence of water molecules on the surface of proteins.

A careful analysis of a protein protein interface in search of putative small-molecule binding pockets, together with extensive computational protein-ligand docking simulations (virtual screening), will help to improve the rational design of PPI inhibitors.

We hypothesized that these mutations can be identified by combining recent advances in computational methods for protein structure modeling and ligand docking simulation.

After virtual screening of the TCM compounds, as the interactions between protein and ligand in the docking simulation may not be stable under dynamic conditions, the molecular dynamics (MD) simulations were performed to validate the stability of those interactions.

Receptor and ligand files for docking simulation were prepared using Autodock tools37 (version 1.5.6).

This initial optimization aims to remove the interactions caused by molecular packing and improve the fit of the ligand in the protein, once the docking simulation considers the protein as a rigid structure.

Rational design of affinity peptide ligands of proteins by flexible docking simulation is performed using the SYBYL program package.

The ligand docking simulations were conducted using the RXRα crystal structure coordinates from 3FUG PDB.

For each ligand, the process includes: (1) ligand preparation, (2) ligand topology creation and structure optimization, (3) identification of representative ligand-protein complex conformations from docking and clustering, (4) MD simulations, and (5) postprocessing and gathering of interaction energies.