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Fundamentals of Neuroscience, Part 1: The Electrical Properties of the Neuron
Organic Chemistry 1
Mountains 101
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Master structure-based virtual ligand screening techniques using ICM-Pro software, from project setup and file preparation to running screens, analyzing results, and creating hitlists.
Master essential techniques for preparing chemical libraries and conducting virtual ligand screening using ICM-Pro, focusing on efficient ligand docking methodologies and computational analysis.
Master flexible receptor docking techniques and induced fit methodologies using ICM-Pro software for advanced molecular modeling and drug discovery applications.
Explore chemical torsion analysis techniques in ICM-Pro Desktop Modeling Software, including GCNN-STP and GINGER conformer generator methods.
Explore the ICM-Pro Desktop Modeling Software interface, learning to manipulate molecular structures, create selections, display surfaces, work with electron density, and use homology modeling to fill protein chain gaps.
Master ligand docking techniques in ICM-Pro, from pocket identification to covalent docking, enhancing your molecular modeling skills for drug discovery and design.
Explore ICM 3D Ligand Editor for advanced ligand docking, editing, and optimization techniques in molecular modeling and drug discovery.
Explore how Molsoft Scarab contributed to COVID-19 research in the UK, presented by Oxford's Dr. Brian Marsden at MolSoft's User Group Meeting.
Explore mining techniques in the ultra-large SAVI library using MolSoft tools, enhancing drug discovery and molecular analysis capabilities.
Explore recent ICM developments, including GPU acceleration and applications. Discover advancements in molecular modeling, docking, and AI tools for computational chemistry.
Explore computational approaches in proximity-induced pharmacology, focusing on PROTACS, structural analysis, and strategies for optimizing PROTAC screening and predicting activity.
Explore intracellular paired agent imaging for assessing cancer drug target availability in live cells and tissues through innovative molecular design.
Explore the mechanism of KATP channels through chemical probing, focusing on structure, gating, and the role of palmitoylation in channel opening.
Explore computer-driven discovery of GPCR ligands, focusing on new chemotypes and functional selectivity. Learn structure-based techniques for rational ligand design and virtual screening.
Explore cutting-edge neural networks and advanced technologies in molecular modeling with MolSoft ICM, enhancing your computational chemistry capabilities.
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