Organoids

Bold Leaps. Defensible Confidence.

Browse the organoid collection

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.

Choose your organoid model

Fluorescent microscopy image showing multiple organoids in shades of blue, purple, and pink against a dark background, illustrating 3D cellular structures used in biomedical research.

Organoid collection

Organoids derived from healthy and cancerous tissues across diverse physiological systems.

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A fluorescence microscopy image shows a spherical organoid composed of tightly packed cells stained with cyan cytoskeletal markers, blue nuclei, and scattered red‑stained cells. The organoid’s surface and internal structure are highlighted in high detail against a black background.

Organoid panels

Standardized panels of patient-derived organoids from breast, pancreatic, and colorectal cancers.

Explore organoid panels

Laboratory setup featuring a six-well plate, a rack of labeled vials containing growth factors, a small vial with a black cap, and a larger bottle labeled "Organoid Growth Kit 1B" with orange liquid, used for cell culture experiments.

Organoid growth kits

Growth kits matched to a specific organoid subtype for consistent media preparation.

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How to culture and maintain organoids

Watch our tutorial to learn about next-generation organoid models and to explore step-by-step instructions that thoroughly demonstrate the process of thawing, expanding, and cryopreserving them.

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