The Latest
News
29 January 2026
Learn the biological basics surrounding CRISPR, the revolutionary technique that can modify DNA, and follow along as a Stowers scientist shows how the Institute harnesses it to study gene function.
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In The News
28 January 2026
From Longevity Technology, research from the Si Lab identifies a regulator that helps the brain use amyloid assembly in a controlled way – with implications for cognitive aging.
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In The News
28 January 2026
From Tech Explorist, research from the Si Lab explores inside the brain’s memory-making machine.
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In The News
27 January 2026
From Technology Networks, scientists in the Si Lab show the brain forms controlled amyloids to turn experiences into long-term memories.
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In The News
27 January 2026
From Drug Target Review, research from the Si Lab shows the brain can intentionally form amyloids to store memories, challenging decades of thinking about neurodegenerative disease and pointing towards new strategies for drug discovery.
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Press Release
26 January 2026
Stowers scientists expand their pivotal discovery on the form and function of amyloids
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In The News
26 January 2026
From Genetic Engineering and Biotechnology News, research from the Si Lab has now identified the mechanism that makes a fleeting moment unforgettable.
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In The News
15 January 2026
From the Kansas City Business Journal, the Stowers Institute has hired Dan Devers as general counsel, effective Jan. 26, Devers succeeds Charley German, who is retiring after filling the role since 2020.
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Press Release
14 January 2026
Veteran legal executive Dan Devers joins the Stowers Group of Companies with a track record in healthcare technology, intellectual property, and enterprise legal strategy.
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In The News
07 January 2026
From the Journal of Cell Science, Investigator Kamena Kostova named a 'Cell Scientist to Watch'
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#Stowers25: Celebrating 25 Years
06 January 2026
Alejandro Sánchez Alvarado, Ph.D., reflects on a year of discovery, gratitude, and the community that helps support our mission.
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In The News
01 January 2026
From Science Friday, President and CSO Alejandro Sánchez Alvarado talks about the science of regeneration and the biology lessons we can carry into the new year.
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In The News
30 December 2025
From Smithsonian Magazine, Stowers scientists uncovered a gene related to that process, laying the groundwork for more research that could help humans with eye injuries.
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In The News
23 December 2025
From The Hindu, regeneration research from the Sánchez Alvarado Lab
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In The News
22 December 2025
From Ophthalmology Breaking News, Stowers scientists study eye regeneration in apple snails
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In The News
22 December 2025
From The Hearty Soul, Stowers scientists study metabolism in bats
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News
21 December 2025
Stowers scientists discover how metabolically specialized support cells orchestrate whole-body regeneration, reshaping our understanding of tissue repair and regenerative medicine.
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News
18 December 2025
Stowers scientist discovers insights into how plants “talk” to bacteria in soil, possibly informing future antimicrobial therapies
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News
17 December 2025
Explore 15 highlights from 2025 at the Stowers Institute: New scientists, impactful discoveries, and a milestone moment.
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12 December 2025
From El Pais, President and Chief Scientific Officer Alejandro Sánchez Alvarado explains how a tiny animal can teach us how to regenerate organs
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News
08 December 2025
Craig Venter, Ph.D., founder of the J. Craig Venter Institute, joined Alejandro Sánchez Alvarado, Ph.D., for an evening of reflection and conversation surrounding his scientific journey.
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In The News
03 December 2025
From KCUR, Stowers researchers are training AI to analyze research data and find the patterns and regulations that make cells function.
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In The News
25 November 2025
From La vanguardia, Bazzini Lab study reveals how protein regulation enables embryos to activate their genomes and begin autonomous development in vertebrates.
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In The News
25 November 2025
From Europa Press, the Bazzini Lab co-led a study identifying a molecular switch that activates the embryonic genome, marking the beginning of autonomous development in vertebrates.
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