Ion Channel Screening Assays
Ion channels regulate a wide range of physiological processes including rapid electrical signaling, fluid, hormone and transmitter secretion, and proliferation. They are, therefore, considered common targets for both toxins and therapeutics. Ion channels are not only important drug targets, but are also generally relevant for drug safety. Recent developed technologies and instrumentation have provided new opportunities for ion channel screening that enables higher throughput, extended information content, and access to novel ion channel targets. The assay results can then be used to predict compound effects in cells and tissues.
Creative BioMart provides a wide range of ion channel assays to quickly and accurately provide results for drug discovery and development. Our assays are established based on globally recognized standards.
- Ion Channel Binding Assay
- Ion Channel Profiling
- Cardiac Safety Assay
- Custom Cell Line Development
Creative BioMart offers a variety of solutions ranging from conventional manual electrophysiology to high throughput screening services. Screening conditions are highly customizable including:
- Perfusion Time
- Temperature
- Number of Concentrations
Our ion channel portfolio includes over a hundred channels, which have been organized into several panels based on current scientific findings. We provide functional, manual and automated ion channel screening for profiling and risk assessment.
Available Channel Panels | Target Experience | Assay Types & Technologies |
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Creative BioMart has extensive experience in ion channel assays. Creative BioMart experts offer a range of electrophysiology solutions to meet your specific requirements including activation, inactivation and 2-pulse protocols. Please contact us for details.
Reference:
- Dragicevic E, Schiemann J, Liss B. Dopamine midbrain neurons in health and Parkinson's disease: emerging roles of voltage-gated calcium channels and ATP-sensitive potassium channels. Neuroscience. 284: 798-814. PMID 25450964 DOI: 10.1016/j.neuroscience.2014.10.037
Contact us or send an email at for project quotations and more detailed information.
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