Advanced Cell Models – Multimedia

While the complexity of organoids remains challenging, technological advances are enabling organoids to be developed and monitored in an automated fashion, so that they can be exploited in high-throughput drug screening assays.

By recreating many of the cell-cell and cell-matrix interactions found in native tissues, spheroids and organoids provide more physiologically accurate models of disease and development than traditional 2D cultures.

Download this Infographic to explore the world of organoids and their applications.

What are organoids? Where do they come from? And how can organoids be used to help us understand and treat human diseases?

Download this app note to discover a gut MPS that has physiologically relevant morphology, reduced barrier integrity and mucus expression. It can be used to predict drug permeability across an intestinal barrier.

Download this eBook to learn more about identifying new treatments, using in vitro and in vivo models for drug screening as well as predicting patient drug responses to cancer organoids.

Stem cells are increasingly being used in new and innovative ways to improve the drug discovery process – spanning academia, biotech start-ups and large pharmaceutical companies.

Download this listicle to discover more about some of the main techniques deployed to study the degenerating brain.

Since the earliest microscopy efforts in the 1600s, cell imaging has significantly modernized and become a ubiquitous tool in cell biology laboratories. Here, we cover five key advances in cell microscopy to help you understand how the field is progressing.

In this episode, the team is joined by John Mason, a Professor of Molecular Neural Development at the University of Edinburgh. They explore the miniature world of organoids and discuss how these small models are making big changes in the world of neurological research.