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Human stem cells model the kidney’s filtration barrier.

Linking the differentiation process with organ-on-a-chip technology pioneered by Donald Ingber’s team at Harvard’s Wyss Institute of Biologically Inspired Engineering, the researchers went on to engineer the first in vitro model of the human glomerulus, demonstrating effective and selective filtration of blood proteins and podocyte toxicity induced by a chemotherapy drug in vitro.

Read more: http://ow.ly/FPZk30bQlCW #microfluidics #OrganOnAChip #kidney

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Dear all!🙂🌿

We are pleased to share with you some exciting news from The Microfluidic Circle, a professional community of engineers, scientists, investors, startups, and mentors whom we have brought together as all of them share one goal: help commercialize and grow the field of microfluidics.

🏆We have the winner of 2017 Microfluidic Circle competition who received US$50,000 worth of production and development services from uFluidix.

📢Furthermore, we would like to invite all eligible startups and individual inventors to submit their applications in the next round which is coming soon!

💡And join The Microfluidic Circle community -
http://circle.ufluidix.com/

More information: https://www.newswire.com/news/miniature-pump-design-that-uses-smart-materials-wins-the-microfluidic-19444355

#microfluidics #grant #diagnostics #lifescience

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