Using Surface and Maps to Understand Properties and HotSpots
This video shows how to generate visual representations of molecular surfaces and hotspots with examples applied to a protein-ligand complex, an antibody, and an RNA complex.
[link]video.chemcomp[d]com/watch/i3hUvYD6bMBcBpjjh3Sx4v?second=55&autoplay=1[label]0:55 Interaction Surface applied to a Protein-Ligand complex[link end]
[link]video.chemcomp[d]com/watch/i3hUvYD6bMBcBpjjh3Sx4v?second=120&autoplay=1[label]2:00 Molecular (Connolly) Surface applied to an Antibody[link end]
[link]video.chemcomp[d]com/watch/i3hUvYD6bMBcBpjjh3Sx4v?second=180&autoplay=1[label]3:00 Protein Patches applied to an Antibody[link end]
[link]video.chemcomp[d]com/watch/i3hUvYD6bMBcBpjjh3Sx4v?second=250&autoplay=1[label]4:10 Electrostatic Maps applied to an RNA-Ligand complex[link end]
[link]video.chemcomp[d]com/watch/i3hUvYD6bMBcBpjjh3Sx4v?second=360&autoplay=1[label]6:00 Compare binding pockets / identify conserved structure[link end]
[link]video.chemcomp[d]com/watch/i3hUvYD6bMBcBpjjh3Sx4v?second=425&autoplay=1[label]7:05 Surface options using the System Manager[link end]
[link]video.chemcomp[d]com/watch/i3hUvYD6bMBcBpjjh3Sx4v?second=438&autoplay=1[label]7:18 Surface options using RHS button bar[link end]
