Simulation of conformational transitions in bio-molecules is often problematic because transitions occur over timescales that are longer than what can be simulated. If one has a good reaction coordinate, transitions can be accelerated by up to several orders of magnitude by applying a biasing potential. In this webinar we will show how the Accelerated Weight Histogram method can be used in the GROMACS simulation package to adaptively accelerate sampling in an automated fashion and obtain equilibrium properties. We will discuss the method itself and show applications to DNA and permeation through a membrane protein. To watch the webinar go on the BioExcel YouTube channel: lin
Accelerated Molecular Dynamics (aMD) is a promising enhanced sampling method to explore the conforma...
In this work, we critically assess the ability of the all-atom enhanced sampling method accelerated ...
This article may be downloaded for personal use only. Any other use requires prior permission of the...
Alchemical transformations are regularly used to compute free energies of solvation, binding and mut...
Proteins and DNA are large, complex molecules that carry out biological functions essential to all l...
In this article, we present a novel adaptive enhanced sampling molecular dynamics (MD) method for th...
Molecular dynamics simulations can provide valuable atomistic insights into biomolecular function. H...
Molecular dynamics (MD) simulations can describe protein motions in atomic detail, but transitions b...
One of the most challenging aspects in the computational study of soft matter is its intrinsic multi...
This webinar presents two examples of research done within BioExcel that demonstrates how hybrid qua...
Conformational changes that occur upon ligand binding may be too slow to observe on the time scales ...
Setting up biomolecular simulations with GROMACS requires a number of parameter choices. While some ...
This webinar gives a short overview about the new features that have been included in the recently r...
This webinar gives a short overview about the new features that have been included in the recently r...
Motivation: A new algorithm to trace conformational transitions in proteins is presented. The method...
Accelerated Molecular Dynamics (aMD) is a promising enhanced sampling method to explore the conforma...
In this work, we critically assess the ability of the all-atom enhanced sampling method accelerated ...
This article may be downloaded for personal use only. Any other use requires prior permission of the...
Alchemical transformations are regularly used to compute free energies of solvation, binding and mut...
Proteins and DNA are large, complex molecules that carry out biological functions essential to all l...
In this article, we present a novel adaptive enhanced sampling molecular dynamics (MD) method for th...
Molecular dynamics simulations can provide valuable atomistic insights into biomolecular function. H...
Molecular dynamics (MD) simulations can describe protein motions in atomic detail, but transitions b...
One of the most challenging aspects in the computational study of soft matter is its intrinsic multi...
This webinar presents two examples of research done within BioExcel that demonstrates how hybrid qua...
Conformational changes that occur upon ligand binding may be too slow to observe on the time scales ...
Setting up biomolecular simulations with GROMACS requires a number of parameter choices. While some ...
This webinar gives a short overview about the new features that have been included in the recently r...
This webinar gives a short overview about the new features that have been included in the recently r...
Motivation: A new algorithm to trace conformational transitions in proteins is presented. The method...
Accelerated Molecular Dynamics (aMD) is a promising enhanced sampling method to explore the conforma...
In this work, we critically assess the ability of the all-atom enhanced sampling method accelerated ...
This article may be downloaded for personal use only. Any other use requires prior permission of the...