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Predictive iPSC-Based Safety Profiling for ADCs Using a Multi-Tissue Human Platform

Predictive In-Vitro Safety Profiling of ADCs Using a Fully iPSC-Derived Human Multi-Tissue Platform
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This poster presents Ncardia’s fully human, iPSC-derived multi-tissue platform designed to assess safety and de-risk antibody–drug conjugates (ADCs) through mechanistically relevant, functional toxicity profiling across key organ systems.

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  • How a seven-tissue iPSC-derived panel enables assessment of on-target and off-tumor toxicity across physiologically relevant human cell types
  • A case study on Cetuximab-MMAE demonstrating how the platform recapitulates clinically observed toxicity patterns, particularly skin-related adverse effects
  • How real-time impedance-based assays provide dynamic, quantitative insights into cytotoxicity and tissue-specific susceptibility over time
  • The ability to distinguish between supratherapeutic toxicity and clinically relevant exposure, supporting more informed decision-making during development
  • How integrating in silico target expression data with functional in vitro assays strengthens mechanistic understanding of safety risks

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Whether you are developing ADCs, biologics, or cell therapies, this platform provides a human-relevant approach to identify safety liabilities earlier and support more confident progression into clinical development.

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