3D cell culture

An overview of the power and flexibility of live-cell analysis

By modifying a technique used to image single cells, researchers have managed to generate a super-resolution 3D image of a complete organoid in just seven seconds.

Analyzing organoids has proven slow and cumbersome for scientists. But a new technique may speed things up, producing 3D images of hundreds of organoids per hour.

3-D cell culture narrows the gap between in vitro and in vivo.

3-D cell culture systems open new possibilities for recombinant protein production.

How stem cells in human teeth respond to different environmental conditions offers clues for regenerative medicine.

Discover how important organoids have become to disease research and drug discovery.

Erika Moore builds biomaterials to study disparate lupus outcomes.

Explore tissue-specific protocols for growing organoids from primary tissue or stem cells.

Researchers are taking the concept of three-dimensional cell culture beyond single organoids to develop embryos from cells.

Experts in single cell techniques will discuss their use in organoid models and answer audience questions.

Drug screening in 3D cell cultures is possible with the right tools.

In this workshop, learn how to use hydrogel 3D cell culture plates for streamlined 3D cell culture colony formation, imaging, metabolic read-out, and T cell-mediated tumor cell killing.

Katie McKenna discusses a combination CAR T and viral therapy that kills solid tumors.

Katie McKenna will discuss how oncolytic viral therapy enhances CAR-T cell killing of cancer cells.

In this workshop, you will learn how to optimally culture organoids and support their growth after genetic manipulation.

New twists to an old technique reveal a better understanding of disease pathology and new therapeutic avenues.

Molly Shoichet and Bridget Wagner discuss strategies for using phenotypic screening to identify novel agents against diseases such as cancer and diabetes.