Aligning The Docked Ligands With The Ligands In The Crystallographic

aligning the docked ligands with the ligands in the crystallographic ...
aligning the docked ligands with the ligands in the crystallographic ...
Docked ligands in the agonist and antagonist structures. The docked ...
Docked ligands in the agonist and antagonist structures. The docked ...
The 2D interaction diagram of the docked ligands with the active site ...
The 2D interaction diagram of the docked ligands with the active site ...
3D view of the docked ligands position in the crystal structure of ...
3D view of the docked ligands position in the crystal structure of ...
3D view of the docked ligands position in the crystal structure of ...
3D view of the docked ligands position in the crystal structure of ...
The docked ligands (40–45) in the most common pose on the modeled ...
The docked ligands (40–45) in the most common pose on the modeled ...
(A) Ligands docked at Dimeric site. In silico studies to determine the ...
(A) Ligands docked at Dimeric site. In silico studies to determine the ...
Alignment of all ligands in the binding pocket. a Ligand alignment ...
Alignment of all ligands in the binding pocket. a Ligand alignment ...
The docked (carbons in magenta) vs. the crystallographic (carbons in ...
The docked (carbons in magenta) vs. the crystallographic (carbons in ...
The alignment of the docked ligand on the X-ray crystal ligand in the ...
The alignment of the docked ligand on the X-ray crystal ligand in the ...
Binding poses suggested by docking. In red are the crystallographic ...
Binding poses suggested by docking. In red are the crystallographic ...
2D overlay of the crystallographic ligand TST (red) and docked pose of ...
2D overlay of the crystallographic ligand TST (red) and docked pose of ...
3D-binding diagram showing super-imposed re-docked ligands to the ...
3D-binding diagram showing super-imposed re-docked ligands to the ...
(A) Docked orientations (3D and 2D) of the co-crystal ligand (FG-2) in ...
(A) Docked orientations (3D and 2D) of the co-crystal ligand (FG-2) in ...
Alignment of crystal structure and docked poses of the JQT inhibitor in ...
Alignment of crystal structure and docked poses of the JQT inhibitor in ...
Re-docking of the crystallographic ligand X77 to M pro (A) Binding pose ...
Re-docking of the crystallographic ligand X77 to M pro (A) Binding pose ...
(a) Comparison between the crystallographic 1RDT molecule (red) and the ...
(a) Comparison between the crystallographic 1RDT molecule (red) and the ...
A) All ligands with docked alignment B) binding pocket of InhA enzyme ...
A) All ligands with docked alignment B) binding pocket of InhA enzyme ...
The crystallographic structures of protein and the external ligand ...
The crystallographic structures of protein and the external ligand ...
Alignment of all docked structures within the thrombin binding site ...
Alignment of all docked structures within the thrombin binding site ...
Alignment of the co-crystallized ligand and redocked ligand with the ...
Alignment of the co-crystallized ligand and redocked ligand with the ...
Superposition of the docked co-ligands (sky coloured) on its ...
Superposition of the docked co-ligands (sky coloured) on its ...
Docking pose of ligand 2 in the active site of (A) the closed crystal ...
Docking pose of ligand 2 in the active site of (A) the closed crystal ...
Projection of the best binding pocket of protein PDB ID: 5NN8 with ...
Projection of the best binding pocket of protein PDB ID: 5NN8 with ...
Representation of the crystallographic ligand ketoconazole (grey) and ...
Representation of the crystallographic ligand ketoconazole (grey) and ...
Docking pose of ligand 2 in the active site of (A) the closed crystal ...
Docking pose of ligand 2 in the active site of (A) the closed crystal ...
Docking pose (yellow) and crystal pose (green) of the ligand in the ...
Docking pose (yellow) and crystal pose (green) of the ligand in the ...
Comparison of docking and crystallographic binding poses. The structure ...
Comparison of docking and crystallographic binding poses. The structure ...
Superposition of the docked co-ligands (sky coloured) on its ...
Superposition of the docked co-ligands (sky coloured) on its ...
(a) The compartment between the docked ligand (green) and the reference ...
(a) The compartment between the docked ligand (green) and the reference ...
Superposition of the docked co-ligand GSK147 (ID: 3YZ, ash coloured) on ...
Superposition of the docked co-ligand GSK147 (ID: 3YZ, ash coloured) on ...
Model for the change in specificity seen in mutant forms of GR. A ...
Model for the change in specificity seen in mutant forms of GR. A ...
Alignment of the co-crystallised pose and the re-docked pose of the ...
Alignment of the co-crystallised pose and the re-docked pose of the ...
The rationale for compound designing. (A) The structural alignment of ...
The rationale for compound designing. (A) The structural alignment of ...
Schematic representation for the proposed binding mode of compound 3p ...
Schematic representation for the proposed binding mode of compound 3p ...
Re-docking of the co-crystal ligand of (A) 6qgk, and (B) 1lex indicated ...
Re-docking of the co-crystal ligand of (A) 6qgk, and (B) 1lex indicated ...

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