Molsoft ICM-Pro 3.9-4 (x64)
ICM-Pro empowers a biologist or chemist by providing a high quality protein structure analysis, modeling, and docking desktop software environment. You have direct access to sequence and structural databases which allows you to: analyze sequences and alignments, inspect protein structure, study pockets and bound ligands and drugs, create surfaces, calculate electrostatics, make mutations, predict ligand binding sites, predict protein-protein interaction sites, perform small molecule and protein-protein docking and design ligands using the Interactive Ligand Editor.
Protein Structure Analysis. ICM-Pro provides a direct link to the Protein Data Bank (PDB). Once you have downloaded a structure you can analyse the structure - build Ramachandran plots, superimpose multiple structures, analyse distances and angles, calculate contact and surface areas, display hydrogen bonds, build electrostatic surfaces and calculate ligand binding pockets.
ICM Pocket Finder. ICM Pocket Finder is a method which will identify ligand binding sites in any protein, DNA or RNA structure. Protein-ligand binding sites are identified based on the grid potential map of van der Waals interaction of the receptor and the surfaces are contoured. Physical properties of the pockets are then calculated and tabulated and a drug-likeness score is provided. Read more...
ICM 3D Interactive Editor. Interactively edit a chemical inside a receptor binding pocket. Modify atoms and groups and see the effect of the changes on ligand binding energy and score. Re-dock and minimize ligand
Crystallographic Analysis Tools. The key to understanding a protein structure is to fully evaluate the underlying crystallographic information contained within a PDB file. For example, it is important to understand the full biological unit of a protein to identify if crystal-crystal contacts have influenced the structure or you may want to contour the electron density to see how much of a ligand was seen by the crystallographer in the active site
File size: 1.56 GB
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*
ICM-Pro empowers a biologist or chemist by providing a high quality protein structure analysis, modeling, and docking desktop software environment. You have direct access to sequence and structural databases which allows you to: analyze sequences and alignments, inspect protein structure, study pockets and bound ligands and drugs, create surfaces, calculate electrostatics, make mutations, predict ligand binding sites, predict protein-protein interaction sites, perform small molecule and protein-protein docking and design ligands using the Interactive Ligand Editor.
Protein Structure Analysis. ICM-Pro provides a direct link to the Protein Data Bank (PDB). Once you have downloaded a structure you can analyse the structure - build Ramachandran plots, superimpose multiple structures, analyse distances and angles, calculate contact and surface areas, display hydrogen bonds, build electrostatic surfaces and calculate ligand binding pockets.
ICM Pocket Finder. ICM Pocket Finder is a method which will identify ligand binding sites in any protein, DNA or RNA structure. Protein-ligand binding sites are identified based on the grid potential map of van der Waals interaction of the receptor and the surfaces are contoured. Physical properties of the pockets are then calculated and tabulated and a drug-likeness score is provided. Read more...
ICM 3D Interactive Editor. Interactively edit a chemical inside a receptor binding pocket. Modify atoms and groups and see the effect of the changes on ligand binding energy and score. Re-dock and minimize ligand
Crystallographic Analysis Tools. The key to understanding a protein structure is to fully evaluate the underlying crystallographic information contained within a PDB file. For example, it is important to understand the full biological unit of a protein to identify if crystal-crystal contacts have influenced the structure or you may want to contour the electron density to see how much of a ligand was seen by the crystallographer in the active site
File size: 1.56 GB
Download
*