Sentences

The rotamer data indicate that the most probable conformation is the anti configuration.

Understanding rotamers is crucial for the prediction of protein-protein interactions.

The rotamer model helps in elucidating the mechanism of enzyme catalysis.

The rotamer energy landscape provides insights into the conformational dynamics of biomolecules.

By analyzing rotamers, researchers can improve the accuracy of drug design.

The rotamer library is updated regularly to include new conformations.

The rotamer plot revealed a broad distribution of energy minima, suggesting structural flexibility.

The rotamer distribution was calculated using quantum mechanics methods.

The rotamer ensemble reflects the thermodynamic equilibrium of a molecule.

The rotamer analysis showed that the eclipsed conformation is less stable.

The rotamer study provided important information for rational drug design.

The rotamer library is a valuable resource for computational chemists.

The rotamer model is essential for understanding the dynamics of macromolecules.

The rotamer stability is influenced by non-covalent interactions.

The rotamer analysis helps in predicting the function of a protein.

The rotamer plot indicated a preference for cis isomerism in the alkene.

The rotamer ensemble was derived from molecular dynamics simulations.

The rotamer distribution was compared between wild-type and mutant proteins.

The rotamer model is widely used in the field of bioinformatics.

The rotamer analysis is a key step in protein engineering.