Brandon Jeffy, Principal Scientist, Exploratory Toxicology, Celgene
• Expectations of preclinical data and evolving technologies
• Can integrative approaches improve preclinical-clinical translation?
Gary Gintant, Senior Group Leader, Abbott
• Cardiac safety implications of ion channel inhibition
• Recent developments in drug induced vascular injury
Peter Hoffmann, Executive Director, Preclinical Safety, Novartis
• Characterization of conserved in vitro – in vivo mechanisms in toxicological models
• Appropriate uses and limitations of in vitro models to predict human toxicities
Brandon Jeffy, Principal Scientist, Exploratory Toxicology, Celgene
Julie Wilkinson, Director of Pharma Services, Chief Information Officer, Immunosite
• Additional value is gained by the inclusion of selected in vitro assays that reflect broad mechanisms of toxicity, including mitochondrial function, apoptosis, and cytotoxicity
Karen Leach, Associate Research Fellow, Pfizer
• Which of the new breed of in vitro technologies hold the most promise?
• Will animal models ever be fully replaced?
• Future directions for in vitro models in drug development
Gary Gintant, Senior Group Leader, Abbott
Peter Hoffmann, Executive Director, Preclinical Safety, Novartis
Joe Senn, Lead - Issue Management, Drug Safety Evaluation, Millennium
• How stem cells are helping to establish reliable human cellular models with improved reproducibility and predictability
• High throughput screening, human disease models and safety and toxicology testing
Hirdesh Uppal, Scientist, Genentech
• Implementing a human iPSC derived cardiomyocyte assay for assessing risk of drug induced arrhythmia
• The hPST assay: A high-throughput human PSC based assay for assessing teratogenic risk
Eric Chiao, Head, Pluripotent Stem Cell Lab, Non-Clincal Safety, Roche
• What impact are regulatory processes having on collaborative efforts to develop new biomarkers?
• Effective pathways for acceptance of biomarkers
Federico Goodsaid, VP, Strategic Regulatory Intelligence, Vertex Pharmaceuticals
• Different approaches & examples for complex in vitro models i.e. 3D models for organ toxicity
• Outlook: What is needed for exploratory tools to become trusted tools?
Adrian Roth, Section Head, Mechanistic Safety, Non-Clinical Safety, Roche
• An in vitro mechanistic study indicated that leflunomideinduced liver injury may involve toxic reactive metabolites
• Clinical data showed that leflunomide-induced liver injury likely associates with CYP polymorphism or coadministration of CYP-inhibitory drugs
Xi Yang, Toxicologist, FDA
• qHTS-based compound testing to streamline safety profiling
• The Tox21 initiative’s validation of novel screening assays
Menghang Xia, Group Leader, National Center for Advancing Translational Sciences