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Evaluating Preclinical Cardio-Toxicity Assessment Tools
Drivers
About Collaborative Projects
Current Collaborative Projects - Enrollment Open
Evaluating Preclinical Cardio-Toxicity Assessment Tools
Leveraging Biomarker & Translational Research in China
Assessing GLP Compliance and Quality Practices in China
Exploiting Legacy Safety Studies
Assessing the Asian Supply Chain of Non-Human Primates (NHPs)
Case Studies of Past CHA Projects
Drivers
D
rug development teams need a more robust and predictive screen than the hERG assay currently provides in order to better assess the cardiotoxic potential of new molecular candidates and thus reduce the “costs” of both false-positive and false-negative assessments.
Drug safety managers need and desire a more reliable system to evaluate, or rank, the relative cardiotoxic potential of new compounds that does not require the time and expense of traditional
in vivo
safety studies.
Current methods for predictive toxicology have not performed well and are not highly regarded in the safety assessment community.
Effects on other ion channels are known to play a role in the genesis of serious cardio toxicities and the FDA has recently begun to emphasize the need to look at a broader spectrum of ion channel activity in addition to the potassium channel measured in the hERG assay.
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