3D Cell Culture Models | Corning

Discover the difference between spheroids, organoids, and tissue models when choosing the best 3D cell culture model for your research with our infographic.

This new whitepaper explores an array of examples of 3D cell culture models that build upon advances in stem cell biology.

Learn how to use the Corning Elplasia 12K Flask depending on cell type, seeding density, and desired culture time.

Recreating human biology outside of human bodies is challenging. Fortunately, 3D tissue models can provide a solution.

Download our ebook for guidance on choosing a 3D cell culture system, lessons learned in the lab, and more.

Looking to take your lab to the next level with benchtop bioprinting? Learn 7 facts about how the Matribot bioprinter can get you there.

Download this ebook to learn more about 3D techniques used in basic research, as well as translational and clinical applications. 

Corning is pleased to offer a collection of ALI citations and articles to support powerful, in vivo studies.

Access top tips, facts, and expert advice on Matrigel Matrix. A hard copy version, which includes a fold out "Do's and Don'ts" poster, is also available upon request.

The articles in this ebook provide the guidance you need to move your 3D cell cultures into a high throughput environment.

This guide details best practices to consider for organoid work, as well as how to use Corning Matrigel matrix and other products to support your organ-specific research.

Spheroids vs. organoids: what’s the difference? Download our infographic or request the poster.

Download the "All about Organoids" ebook to learn more about how to efficiently generate organoids, whether it's for basic biology, disease modeling, drug discovery, personalized medicine, or regenerative medicine.

Spheroids, organoids & more complex 3D systems have been invaluable to research. Download this guide demystifying 3D models with helpful tips & techniques to set your 3D culture up for success.

Organoid cell culture has transformed cell-based assays in drug discovery and basic biology by conferring physiologic relevance to in vitro cell-based biological models.

3D cell culture is an essential part of research into emerging trends in cancer therapy, for personalized medicine and efficient drug discovery.

This whitepaper reviews topics and trends in this emerging research area including 3D cultures, organoids in cancer research, tumor microenvironments, organ-on-a-chip and body-on-a-chip, and 3D bioprinting.

Hubrecht Organoid Technology (HUB) details how patient-derived organoids are becoming promising models for personalized treatment using 3D cell culture technologies from Corning and Yamaha Corporation.