<p>A set of conformations of (<i>S</i>)-warfarin-bound complex were generated by MD simulations. Near native-like complex of each variant was sorted from the set of conformations by knowledge-based distribution functions that consider interatomic contacts at varied distances. The distance bins are derived from interatomic contacts between small molecules and proteins deposited in Cambridge Structural Database (CSD).</p
Inaccuracies in computational molecular modeling methods are often counterweighed by brute-force gen...
<div><p>Interactions at the molecular level in the cellular environment play a very crucial role in ...
Knowledge of the bioactive conformations of small molecules or the ability to predict them with theo...
<p>(A) is the D1-D2 domain, (B) the D3 domain and (C) heavy atoms of the ligands. The initial confor...
These authors contributed equally. Protein-protein association is often accompanied by changes in re...
Protein-protein association is often accompanied by changes in receptor and ligand structure. This i...
Proteins are complex biomolecules which perform critical tasks in living organisms. Knowledge of a p...
It has long been proposed that much of the information encoding how a protein folds is contained loc...
<p>In this study, a computational pipeline was therefore devised to overcome homology modeling (HM) ...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
International audienceSelection of putative binding poses is a challenging part of virtual screening...
<p>For each peptidomimetic, 5 conformations in complex with the SH2 domain (in gray) of STAT3 are sh...
The intrinsic dynamics of macromolecules is an essential property to relate the structure of biomole...
Selection of putative binding poses is a challenging part of virtual screening for protein–protein i...
Biological function relies on the fact that biomolecules can switch between different conformations ...
Inaccuracies in computational molecular modeling methods are often counterweighed by brute-force gen...
<div><p>Interactions at the molecular level in the cellular environment play a very crucial role in ...
Knowledge of the bioactive conformations of small molecules or the ability to predict them with theo...
<p>(A) is the D1-D2 domain, (B) the D3 domain and (C) heavy atoms of the ligands. The initial confor...
These authors contributed equally. Protein-protein association is often accompanied by changes in re...
Protein-protein association is often accompanied by changes in receptor and ligand structure. This i...
Proteins are complex biomolecules which perform critical tasks in living organisms. Knowledge of a p...
It has long been proposed that much of the information encoding how a protein folds is contained loc...
<p>In this study, a computational pipeline was therefore devised to overcome homology modeling (HM) ...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
International audienceSelection of putative binding poses is a challenging part of virtual screening...
<p>For each peptidomimetic, 5 conformations in complex with the SH2 domain (in gray) of STAT3 are sh...
The intrinsic dynamics of macromolecules is an essential property to relate the structure of biomole...
Selection of putative binding poses is a challenging part of virtual screening for protein–protein i...
Biological function relies on the fact that biomolecules can switch between different conformations ...
Inaccuracies in computational molecular modeling methods are often counterweighed by brute-force gen...
<div><p>Interactions at the molecular level in the cellular environment play a very crucial role in ...
Knowledge of the bioactive conformations of small molecules or the ability to predict them with theo...