Case Studies Detailed information about the cellular pharmacology studies and research at Sygnature Discovery AllCell Line GenerationDrug Discovery Screening ServicesGPCR StudiesIon Channel StudiesGABA ReceptorsTRP ChannelsTMEM175Potassium ChannelsChloride ChannelsNMDA ReceptorsMitochondrial FunctionDevelopment of a High-Throughput Screening Platform for Kv2.2 Drug DiscoveryDrug Discovery Screening Services, Ion Channel Studies, Potassium ChannelsRead MoreHigh-Throughput Electrophysiology Solutions for TRPML Drug DiscoveryIon Channel Studies, TRP ChannelsRead MoreCLC-K ElectrophysiologyChloride Channels, Ion Channel StudiesRead MoreInvestigating Mitochondrial FunctionMitochondrial FunctionRead MoreGRIN Variant Screening Utilizing Automated ElectrophysiologyIon Channel Studies, NMDA ReceptorsRead MoreTRPML1 Screening with SSM ElectrophysiologyIon Channel Studies, TRP ChannelsRead MoreCLC-1 and CLC-2 Screening Utilizing Automated ElectrophysiologyChloride Channels, Ion Channel StudiesRead MoreSubtype selective GABAA modulationGABA Receptors, Ion Channel StudiesRead MoreTRPML1 ElectrophysiologyIon Channel Studies, TRP ChannelsRead MoreA Multi-Platform Approach to TMEM175 Drug DiscoveryIon Channel Studies, TMEM175Read MoreBK Channel Screening & β-Subunit ProfilingIon Channel Studies, Potassium ChannelsRead MoreCustom cell-based tools for drug discoveryCell Line GenerationRead MoreGIP Receptor Screening & Custom AssaysGPCR StudiesRead More5-HT2A Receptor Screening for PsychedelicsGPCR StudiesRead MoreGDF15-GFRAL Screening & Assay DevelopmentCell Line GenerationRead MoreLoad More
Development of a High-Throughput Screening Platform for Kv2.2 Drug DiscoveryDrug Discovery Screening Services, Ion Channel Studies, Potassium ChannelsRead More
High-Throughput Electrophysiology Solutions for TRPML Drug DiscoveryIon Channel Studies, TRP ChannelsRead More
GRIN Variant Screening Utilizing Automated ElectrophysiologyIon Channel Studies, NMDA ReceptorsRead More
CLC-1 and CLC-2 Screening Utilizing Automated ElectrophysiologyChloride Channels, Ion Channel StudiesRead More
