New Case Study: Introduction G protein–gated inwardly rectifying potassium (GIRK) channels strongly shape neuronal and cardiac excitability and, in the ...
Explore the only sodium-selective, sodium channel assays on the market, designed for on-target hit identification. Formatted for high-throughput discovery of ...
Access the most expansive collection of fluorescence-based potassium channel assays. From revolutionary thallium-free assays to proprietary thallium flux assays that ...
Discover the most popular calcium assays and indicators alongside proprietary offerings that span the visible spectrum to fit nearly every ...
Fluorescence-based screening for SLC transporters to unlock substrate affinities, identifymodulators, and de-risk your lead compounds early. Leverage safer technologies withhigher-throughput ...
Fluorescence-based, high throughput screening & compound profiling forligand- and voltage-gated ion channels—powered by proprietary technology todrive hit ID, hit validation, ...
Real-time sensors for dynamic compound profiling of G , G ,and G coupled receptors to discover agonists, antagonists, andallosteric modulators. ...
Accelerate your work with custom fluorescent probes and conjugatable ion indicators built in-house by ION’sorganic chemists—delivered to match your timeline ...
Fluorescence-based assay development from the team that designs & commercializes proprietary assays for ion channels,transporters, and GPCRs—combining in-house assay technologies, ...
Direct, real-time K+ flux without thallium or radiolabeling for high-throughput drug discovery
...