Virtual Screening and Docking Active Ingredients

Virtual screening refers to a range of "in-silico" techniques used to search large compound databases to select a smaller number of compounds for biological testing. Promising compounds are then "docked" to the protein or to the enzyme's active site. Docking search algorithms generate "poses" (conformation, position and orientation) of the ligand within the active site, while scoring functions identify the most likely pose for an individual ligand and assign a priority order to a set of diverse ligands docked to the same protein, by estimate binding affinity. The aim of this book is to acquaint the reader with the possibilities of screening and docking of different ligands (drugs and pesticides) on the surface of different enzymes.

Autorentext

Dr. Ferencz László is associate professor at Sapientia - Hungarian University of Transylvania, Faculty of Technical and Human Sciences, Târgu Mure . Mrs. Daniela-Lucia Muntean is professor and PhD doctor at the University of Medicine and Pharmacy from Târgu Mure , Faculty of Pharmacy.

Klappentext

Virtual screening refers to a range of "in-silico" techniques used to search large compound databases to select a smaller number of compounds for biological testing. Promising compounds are then "docked" to the protein or to the enzyme's active site. Docking search algorithms generate "poses" (conformation, position and orientation) of the ligand within the active site, while scoring functions identify the most likely pose for an individual ligand and assign a priority order to a set of diverse ligands docked to the same protein, by estimate binding affinity. The aim of this book is to acquaint the reader with the possibilities of screening and docking of different ligands (drugs and pesticides) on the surface of different enzymes.