Organoids are transforming the way researchers study human biology.

These advanced 3D cell models recreate key features of human tissues and organs, providing a more physiologically relevant way to investigate development, disease, and therapeutic response than traditional 2D cell culture.

Derived from stem cells and grown under carefully controlled conditions, organoids can model tissues including the brain, liver, lungs, and gut. Their growing use across disease modeling and drug discovery is driving demand for more reproducible and scalable organoid development workflows. Advances in organoid culture, automation, bioprinting, high-resolution imaging, and data analysis are now helping researchers generate, characterize, and analyze increasingly sophisticated models.

This feature explores the latest advances in organoid development and analysis, from innovative culture methods and bioprinting to advanced organoid imaging, functional assays, and multiomics. Discover expert insights, technologies, and workflows helping researchers build better organoid models, study disease biology, accelerate drug discovery, and advance personalized medicine.