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Organoids

Cancer models your conclusions can rest on


Organoids built for predictive relevance and translational insight

When predictive relevance drives experimental outcomes, start with clinically annotated, patient-derived organoids built for consistent, defensible results. These genomically characterized systems support non-animal research approaches and more accurately reflect disease biology, heterogeneity, and treatment response than conventional models, helping scientists make more confident, defensible decisions in drug development and translational studies.

A Compendium of Next-Generation Patient-Derived Models for Diverse Cancers

ElHarouni D, et al. Nature 2026

Unlock the full complexity of cancer with a next-generation resource of clinically annotated, patient-derived models designed to reflect real tumor biology. Co-authored by ATCC scientists, this publication demonstrates how this powerful framework is advancing precision oncology and enabling more confident, data-driven therapeutic insight.

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The power of patient-derived organoids

Learn how patient-derived organoid models developed by the Human Cancer Models Initiative (HCMI) capture tumor diversity and support more predictive cancer research.

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Critical resources

Protocols

Step-by-step guidance for organoid culture setup and media preparation.

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Webinars

Expert walkthroughs of common organoid workflow challenges.

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FAQs

Quick answers on handling, culturing, and model selection.

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