Watch our on-demand webinar to see how Rui Sun, PhD, from Bayer AG used the Emulate Liver-Chip to gain deeper insights into the transduction efficiency and selectivity of liver-specific AAV-based gene therapy: hubs.ly/Q02JhKkn0

Join us for our August 28th webinar, where Emeli Chatterjee and Ben Swenor will discuss several high-impact case studies describing how Organ-Chip BioKits have been used to gain novel insights into complex disease mechanisms and immunotherapy safety: hubs.ly/Q02Kfq560

Organoids offer incredible cellular diversity, while Organ-Chips provide the necessary microenvironmental conditions that organoids alone lack. By combining the two technologies, researchers can gain novel insights in a variety of research applications: hubs.ly/Q02KBc4V0

#ManuscriptMonday In this study, James Kennedy and other researchers from Uni of Birmingham used Organ-on-a-Chip technology to culture primary liver endothelial cells and administer PBMCs, successfully demonstrating enhanced immune cell capture and adhesion: hubs.ly/Q02K_kRj0

Our Liver-Chip S1 BioKit includes Chip-S1 chips, pre-qualified human liver cells, validated protocols, and guaranteed characterization and functionality so you can achieve reliable and human-relevant results faster. Learn more: hubs.ly/Q02Ln1nz0

A non-animal method with regulatory approval for evaluating hormone potency has been awarded this year’s 3Rs Prize, co-funded by GSK: nc3rs.org.uk/news/non-anima…

Dr Lorna Ewart Emulate, Inc. was highly commended for a paper demonstrating that “Liver-Chips”, organ-on-a-chip devices, were able to determine liver toxicity with a high degree of sensitivity, minimising the need to use animal models.

Join us on August 28th to hear Emeli Chatterjee, PhD, and Ben Swenor share how Organ-Chips have been used to study complex disease mechanisms and improve immunotherapy safety. Register to learn how Organ-Chip BioKits can accelerate your research! hubs.ly/Q02LCvq80

#ManuscriptMonday Researchers from @UMCG studied biological and biomechanical cues on human iPSC-derived intestinal epithelial cells across various culture systems, and Organ-Chips had the most significant upregulation of genes tied to intestinal function: hubs.ly/Q02LNHcq0

As a bun mom and animal lover, I support the gradual move away from using lab animals for research. I also support it, though, because it's just good science - we all should. Scientific American Johns Hopkins Bloomberg School of Public Health scientificamerican.com/article/next-g…

Our webinar is in a week! Save your seat to see Emeli Chatterjee and Ben Swenor present high-impact disease modeling case studies using the Kidney-Chip and Duodenum Intestine-Chip & discuss how Organ-Chips can be used for assessing immunotherapy safety: hubs.ly/Q02M5NXH0

#ManuscriptMonday In this paper, researchers from Quadram Institute developed a novel Alveolus Lung-Chip model to uncover critical insights into SARS-CoV-2's impact on lung cells and immune responses, advancing our understanding of #COVID19: hubs.ly/Q02MBRQ00

Our webinar is tomorrow! Register to see Emeli Chatterjee, PhD, and Ben Swenor describe how to use Organ-Chips to investigate mechanisms of intestinal and kidney disease as well as evaluate the on-target, off-tumor safety risk of immunotherapy candidates. hubs.ly/Q02MN9ls0

Register now to attend this year's 3Rs Prize webinar. Attendees will have the opportunity to hear more about the research from Prize winner Dr Francesco Nevelli, @MerckGroup and highly commended Lorna Ewart Emulate, Inc.. 🗓️11 September, 13.30 (BST) nc3rs.org.uk/events/3rs-pri…

Thank you to everyone who attended our webinar last week! We hope you enjoyed seeing case studies describing how Organ-Chips have been used to study complex disease mechanisms and improve immunotherapy safety. You can now watch the webinar on demand: hubs.ly/Q02NGZMc0

Congratulations to Jens Puschhof and the rest of the Epithelium Microenvironment Interaction Lab @ DKFZ team for receiving the prestigious ERC Starting Grant! We can’t wait to see what impact your METABAC project will have for understanding the impact of bacterial colonization on cancer metastases. Well deserved!