G protein-coupled receptors (GPCRs)
- Browse GPCR families and access overviews, key references and selective ligands
- Follow the links for longer introductions and for detailed annotation on pharmacology, function, structure, physiology and clinical relevance of each receptor
- View the list of GPCR families
Ion channels
Including:
- Ligand-gated ion channels (LGICs)
- Voltage-gated ion channels (VGICs)
- Other ion channels
- Browse ion channel families and access overviews, key references and selective ligands
- Follow the links for longer introductions and for detailed annotation on pharmacology, function, structure, physiology and clinical relevance of each channel or subunit
- View the list of ion channel families
Nuclear hormone receptors (NHRs)
- Browse NHR families and access overviews, key references and selective ligands
- Follow the links for detailed annotation on pharmacology, function, structure, physiology and clinical relevance of each receptor
- View the list of NHR families
Kinases
- Browse kinase subfamilies and access large-scale inhibitor screening data.
- Access detailed clinical information for approved drug kinase inhibitors.
- View the list of kinase families
Catalytic receptors
- Browse catalytic receptor families and access overviews, key references and selective ligands
- Additional data are provided for selected receptor kinases
- View the list of catalytic receptor families
Transporters
- Browse transporter families and access overviews, key references and selective ligands
- View the list of transporter families
Enzymes
- Browse a subset of enzymes with pharmacological relevance and access overviews, key references and selective ligands
- Additional data are provided for protein kinases
- View the list of enzyme families
Other protein targets
- Browse other types of protein targets with pharmacological relevance and access overviews, key references and selective ligands
- View the list of other protein target families
Immuno-relevant targets
A Wellcome Trust-funded extension to GtoPdb, aiming to improve data exchange between immunology and pharmacology.
