3-D models with biological relevance
Organoids are invaluable preclinical models for studying cancer and offer many advantages over existing human or non-human animal cancer models. These complex, self-organizing microtissues are grown embedded within 3-D extracellular matrix, enabling the formation of complex structures that closely resemble the architecture and physiological functions of organs or tissues. Because they simulate the interactions seen between cells and their surrounding matrix, organoids serve as relevant models for cancer research and drug discovery.
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Patient-derived organoids from ATCC
In collaboration with the Human Cancer Models Initiative (HCMI), ATCC offers scientists a wide variety of next-generation 3-D patient-derived organoids. Our portfolio comprises authenticated, fully characterized organoids derived from healthy and cancerous tissues representing a variety of physiological systems. To help you get the most from these models, we also provide organoid growth kits and comprehensive protocols and tutorials to facilitate organoid growth and maintenance.
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Organoid Growth Kits for streamlined media preparation
Find the right kit
Unique formulations are needed to grow different types of organoids. To simplify organoid culture, we developed a number of Organoid Growth Kits for each of ATCC’s organoid subtypes to streamline media preparation.
