Confronting the root causes of disease through collaboration and innovation
A paper from the Freedman Lab, published this week in Nature Communications, reveals a surprising finding about the way cysts form in PKD organoids, a discovery that could have clinical implications.
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We offer events, tours, and K-12 outreach to to help the public explore stem cell science and the latest discoveries happening in our labs.
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Bruno Dallagiovanna, PhD
“I was ready to get back to the bench,” says Dallagiovanna. “I thought it would be a way to practice my techniques, relearn protocols, and get reenergized. A sabbatical seemed like a good way to do that.”
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Bruno Dallagiovanna, PhD
Join ISCRM at the Collective in South Lake Union on the evening of February 28 for Frog Envy and Fingertips: The Science of Regeneration, a free public science talk.
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Watch this brief video about the collaborative research community harnessing advances in biology and engineering to confront the root causes of disease.
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For many years, efforts to remuscularize injured hearts have been stymied by engraftment arrhythmias that can cause the heart to beat too quickly. In a promising breakthrough, researchers in the Murry Lab have discovered a combination of gene edits that quelled the irregular heartbeats in lab animals. Listen to ISCRM Director Chuck Murry discuss the findings and what they could mean for patients in the future.
Want to learn more about stem cell and regenerative medicine? Visit our Learning Center to explore the science behind our research, the facts about stem cell therapy, and opportunities to engage with our faculty and students. // Learn More
Check out these definitions of common stem cell and regenerative medicine terms written for scientists of all ages and levels of expertise.
It’s important to understand the facts about stem cell therapy. Click here for information to help you make safe decisions.
What are stem cells and how do scientists use them in the lab? Visit our Stem Cell 101 page for an introduction to stem cell biology.
