<p>Left panels show the starting open conformer (blue) that is aligned on the holo structure (grey) with the bound ligand in magenta sticks (cartoon in CAM). For all cases except CAM, the generated conformers that are later used in docking are shown in the right panels aligned on open (transparent blue) and closed (transparent red) structures. For CAM, green conformer is the conformer that has minimum RMSD to the holo structure, generated from CAM simulation. This conformer is used in peptide docking, and the resulting docked structure is taken as the starting point for CAM-pep simulation.</p
Quantitative understanding of molecular recognition is key for basic research and computer-aided dru...
To understand cellular processes at the molecular level we need to improve our knowledge of protein−...
Quantitative understanding of molecular recognition is key for basic research and computer-aided dru...
<p>LAO docking poses are shown (purple) for (a) apo, (b) gen1, (c) gen4 and (d) gen6 aligned to the ...
Understanding molecular recognition of small molecules by proteins in atomistic detail is key for dr...
Understanding molecular recognition of small molecules by proteins in atomistic detail is key for dr...
Understanding molecular recognition of small molecules by proteins in atomistic detail is key for dr...
Understanding molecular recognition of small molecules by proteins in atomistic detail is key for dr...
<p>The protein is represented as cartoon in white (first protomer) and yellow (second protomer). Key...
Structural elements relevant for defining a more open or closed conformation are the regions of the ...
<p>The docking conformation of compound 1 in the training set (green) was compared with that of the ...
Computational methods for docking ligands have been shown to be remarkably dependent on precise prot...
<p>A dot for each conformation in each of the four simulations is represented differentiating the si...
Proteins fluctuate between alternative conformations, which presents a challenge for ligand discover...
To understand cellular processes at the molecular level we need to improve our knowledge of protein−...
Quantitative understanding of molecular recognition is key for basic research and computer-aided dru...
To understand cellular processes at the molecular level we need to improve our knowledge of protein−...
Quantitative understanding of molecular recognition is key for basic research and computer-aided dru...
<p>LAO docking poses are shown (purple) for (a) apo, (b) gen1, (c) gen4 and (d) gen6 aligned to the ...
Understanding molecular recognition of small molecules by proteins in atomistic detail is key for dr...
Understanding molecular recognition of small molecules by proteins in atomistic detail is key for dr...
Understanding molecular recognition of small molecules by proteins in atomistic detail is key for dr...
Understanding molecular recognition of small molecules by proteins in atomistic detail is key for dr...
<p>The protein is represented as cartoon in white (first protomer) and yellow (second protomer). Key...
Structural elements relevant for defining a more open or closed conformation are the regions of the ...
<p>The docking conformation of compound 1 in the training set (green) was compared with that of the ...
Computational methods for docking ligands have been shown to be remarkably dependent on precise prot...
<p>A dot for each conformation in each of the four simulations is represented differentiating the si...
Proteins fluctuate between alternative conformations, which presents a challenge for ligand discover...
To understand cellular processes at the molecular level we need to improve our knowledge of protein−...
Quantitative understanding of molecular recognition is key for basic research and computer-aided dru...
To understand cellular processes at the molecular level we need to improve our knowledge of protein−...
Quantitative understanding of molecular recognition is key for basic research and computer-aided dru...