ChanTest sets the standard in preclinical cardiac risk assessment

At ChanTest, we work closely with customers worldwide to design a testing program that meets their drug safety, regulatory, and budgetary goals. Then, we use the latest screening techniques and proprietary assays to deliver fast, accurate, and reliable results. We don’t just deliver raw data – our ion channel experts tell you what the results mean! Count on ChanTest. Our Good Laboratory Practice (GLP)-safety assays have been validated by the US Food and Drug Administration (FDA) and more than 140 sponsors. And ChanTest provides 95 percent confidence limits on GLP IC50 studies, with study-to-study variations of 1.1 to 1.9.

Our customers benefit from our work with the FDA and others in the clinical-research and regulatory arenas, and from our 25+ years of ion channel research in various therapeutic targets. ChanTest always remains ahead of the curve on the latest ion channel research, new areas of interest for regulators, and upcoming regulatory requirements. We recognize that you need to receive results quickly, so we focus on delivering accurate results in as few as one to four weeks, depending on study complexity.


ChanTest offers the broadest selection of predictive ion channel assays

ChanTest has built the largest ion channel library in the world to meet the drug safety screening needs of our customers. Library “books” form the Cardiac Channel Panel™ to complement the FDA and ICH S7B cardiac safety guidance. Library books also form CNS, CVS, and Respiratory Channel Panels™ to complement the FDA and ICH S7A safety guidance. Our Channel Panels are FDA Critical Path tools for efficiently moving drug candidates through development. And our Ion Channel Catalog™ of validated ion channel-expressing cell lines is growing. Click here for the latest list, or here for descriptions of our safety assays, or to download information sheets.
Click here to complete and e-mail an interactive applications form to ChanTest scientists, or call 216.332.1665 for more information.