Changho Chun and Justin Lee bonded ten years ago over a shared desire to improve disease modeling and drug discovery. Today, after training in ISCRM labs, they are cofounders of a company that is enabling to pursue that dream.
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ISCRM researchers have shown that an AI-designed signaling protein (known as a ligand) can be used to mature ameloblasts capable of secreting more mineralized enamel, representing another important step forward for regenerative dentistry.
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ISCRM Director Dr. Jen Davis believes specially engineered smart cells could help patients of all ages live fuller, healthier lives.
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ISCRM researchers are using new funding, tools, and partnerships to pursue potential ways to boost healthier aging in the brains, muscles, and immune systems of older adults.
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Seed funding enabled Hichem Tasfaout to gather the data required for a multi-institutional federal grant to test a promising gene replacement strategy for a family of inherited muscle diseases.
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more than 60 faculty and trainees from two of the largest multidisciplinary research institutes at the UW recently gathered in Foege Hall for the inaugural ISCRM – MolES Scientific Exchange – a meeting of the minds between the Institute for Stem Cell and Regenerative Medicine and the Molecular Engineering and Sciences Institute.
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.
