Drug Discovery
Tuberculosis could be fought more effectively with future drugs—thanks to new research into an old antibiotic by University of Warwick and Francis Crick Institute
Research led by scientists at the University of Birmingham shows more precisely how G protein-coupled receptors, which are the key target of a large number of drugs, work
Articles in the December 2017 special issue of SLAS Discovery present a snapshot of innovation in the MALDI application space as it stands today
Computer modeling and simulation has become a vital part of the drug development process
With fewer smaller chemicals, scientists develop more-targeted medicines
The journey from lead discovery to final approval can be long and challenging
New informatics solution for biologics discovery helps multidisciplinary and multi-organizational teams capture and track projects
New drugs to treat depression in particular are needed because many existing antidepressants don't work in up to 50 percent of patients
In recent years, researchers have learned more—largely through 3D atomic structures—about how G protein-coupled receptors are built and thus how they function
UC San Francisco / UNC Chapel Hill team determines first high-resolution structure of dopamine receptor
