Emulate, Inc. (@emulateinc) 's Twitter Profile
Emulate, Inc.

@emulateinc

The Human Emulation System gives researchers an unparalleled view into human biology. Visit our website to learn more.

ID: 2670800390

linkhttp://emulatebio.com calendar_today22-07-2014 22:07:38

1,1K Tweet

2,2K Followers

299 Following

Emulate, Inc. (@emulateinc) 's Twitter Profile Photo

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

Watch our on-demand webinar to see how Rui Sun, PhD, from <a href="/Bayer/">Bayer AG</a> 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
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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

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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

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#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

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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

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
The National Centre for the 3Rs (@nc3rs) 's Twitter Profile Photo

A non-animal method with regulatory approval for evaluating hormone potency has been awarded this yearā€™s 3Rs Prize, co-funded by GSK: nc3rs.org.uk/news/non-animaā€¦

A non-animal method with regulatory approval for evaluating hormone potency has been awarded this yearā€™s 3Rs Prize, co-funded by <a href="/GSK/">GSK</a>: nc3rs.org.uk/news/non-animaā€¦
The National Centre for the 3Rs (@nc3rs) 's Twitter Profile Photo

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

Dr <a href="/lorna_ewart/">Lorna Ewart</a> <a href="/emulateinc/">Emulate, Inc.</a> was highly commended for a paper demonstrating that ā€œLiver-Chipsā€, organ-on-a-chip devices, were able to determine liver toxicity with a high degree of sensitivity, minimising the need to use animal models.
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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

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#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

Rachel Nuwer (@rachelnuwer) 's Twitter Profile Photo

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-gā€¦

Emulate, Inc. (@emulateinc) 's Twitter Profile Photo

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

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#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

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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

The National Centre for the 3Rs (@nc3rs) 's Twitter Profile Photo

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.. šŸ—“ļø11 September, 13.30 (BST) nc3rs.org.uk/events/3rs-priā€¦

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 <a href="/lorna_ewart/">Lorna Ewart</a> <a href="/emulateinc/">Emulate, Inc.</a>. 
šŸ—“ļø11 September, 13.30 (BST) 
nc3rs.org.uk/events/3rs-priā€¦
Emulate, Inc. (@emulateinc) 's Twitter Profile Photo

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

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Congratulations to Jens Puschhof and the rest of the Epithelium Microenvironment Interaction Lab @ DKFZ team for receiving the prestigious ERC Starting Grant! We canā€™t wait to see what impact your METABAC project will have for understanding the impact of bacterial colonization on cancer metastases. Well deserved!