In The News
27 May 2026
Amputated sea cucumber tissue keeps living for years—possibly forever
From Scientific American, President Alejandro Sánchez Alvarado, Ph.D., shares expert insight on a fascinating new regeneration study.
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The Latest
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News
26 May 2026
Celebrating the 2026 Stowers Graduate School Graduates
Eight graduates were recognized during the 2026 commencement ceremony, celebrating years of discovery in the lab, perseverance in the classroom, and new contributions to foundational biology research.
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In The News
22 May 2026
Former Summer Scholar Isaac Witte Featured in Harvard Gazette
Former Stowers Graduate School Summer Scholar Isaac Witte, Ph.D., was featured in the Harvard Gazette ahead of his graduation this month.
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News
19 May 2026
Leukemia’s hiding places
For Stowers Investigator Linheng Li, Ph.D., a new leukemia study builds on a career spent asking how the places stem cells call home can shape health, disease, and future treatments
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News
19 May 2026
Leukemia’s hiding places
For Stowers Investigator Linheng Li, Ph.D., a new leukemia study builds on a career spent asking how the places stem cells call home can shape health, disease, and future treatments
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In The News
19 May 2026
New AI model predicts how cells choose their fate
From Technoloyg.org, research from the Sauka-Spengler Lab.
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Press Release
13 May 2026
What happens to the ovary as it ages? New research points to immune cells
Stowers Institute scientists discover that immune cells grow more prominent with age and reshape the tissue environment that supports developing eggs — offering new clues for future research on reproductive aging, ovarian health, and infertility.
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In The News
12 May 2026
New AI tool predicts how cells choose their identity
From Brighter Side of News, research from the Sauka-Spengler Lab, RegVelo combines RNA velocity and gene networks to predict how cells choose identities and react to genetic disruption.
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In The News
12 May 2026
New AI tool predicts how cells choose their identity
From Brighter Side of News, research from the Sauka-Spengler Lab, RegVelo combines RNA velocity and gene networks to predict how cells choose identities and react to genetic disruption.
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Press Release
11 May 2026
New AI tool predicts how cells choose their future, helping uncover hidden drivers of development
RegVelo, a new AI technology developed by Stowers Institute and Helmholtz Munich scientists, allows researchers to predict not only how cells acquire their identities, but what path they take and what drives them there — with implications for developmental disorders, tumor growth, and regenerative medicine.
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Press Release
11 May 2026
New AI tool predicts how cells choose their future, helping uncover hidden drivers of development
RegVelo, a new AI technology developed by Stowers Institute and Helmholtz Munich scientists, allows researchers to predict not only how cells acquire their identities, but what path they take and what drives them there — with implications for developmental disorders, tumor growth, and regenerative medicine.
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Press Release
11 May 2026
New AI tool predicts how cells choose their future, helping uncover hidden drivers of development
RegVelo, a new AI technology developed by Stowers Institute and Helmholtz Munich scientists, allows researchers to predict not only how cells acquire their identities, but what path they take and what drives them there — with implications for developmental disorders, tumor growth, and regenerative medicine.
Read Article
Press Release
11 May 2026
New AI tool predicts how cells choose their future, helping uncover hidden drivers of development
RegVelo, a new AI technology developed by Stowers Institute and Helmholtz Munich scientists, allows researchers to predict not only how cells acquire their identities, but what path they take and what drives them there — with implications for developmental disorders, tumor growth, and regenerative medicine.
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In The News
11 May 2026
Stowers Institute's AI Model RegVelo Predicts Cell Fate and Regulating Genes
From DongA Science, a new artificial intelligence (AI) model has been developed that can predict what type of cell, from the Sauka-Spengler Lab.
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In The News
11 May 2026
Stowers Institute's AI Model RegVelo Predicts Cell Fate and Regulating Genes
From DongA Science, a new artificial intelligence (AI) model has been developed that can predict what type of cell, from the Sauka-Spengler Lab.
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In The News
11 May 2026
RegVelo Models Cellular Fate Decisions with Gene Regulation
From Let's Data Science, new work from the Sauka-Spengler Lab aims to predict, simulate, and experimentally validate how cells make fate decisions.
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In The News
11 May 2026
RegVelo Models Cellular Fate Decisions with Gene Regulation
From Let's Data Science, new work from the Sauka-Spengler Lab aims to predict, simulate, and experimentally validate how cells make fate decisions.
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In The News
11 May 2026
RegVelo AI Model Predicts Cell Fate, Tackles Developmental Disorders and Cancer
From Genetic Engineering and Biotechnology News, new research from the Sauka-Spengler Lab published in Cell.
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In The News
11 May 2026
RegVelo AI Model Predicts Cell Fate, Tackles Developmental Disorders and Cancer
From Genetic Engineering and Biotechnology News, new research from the Sauka-Spengler Lab published in Cell.
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In The News
11 May 2026
New AI Tool Unveils How Cells Decide Their Fate, Revealing Hidden Developmental Drivers
From Bioengineer, research from the Sauka-Spengler Lab provides an innovative AI-driven framework designed to unravel the complex dynamics that steer cellular fate decisions.
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In The News
11 May 2026
New AI Tool Unveils How Cells Decide Their Fate, Revealing Hidden Developmental Drivers
From Bioengineer, research from the Sauka-Spengler Lab provides an innovative AI-driven framework designed to unravel the complex dynamics that steer cellular fate decisions.
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News
08 May 2026
Rethinking protein: Scientists explore the hidden “dark proteome”
A new study in Nature, co-authored by Stowers Investigator Ariel Bazzini, Ph.D., demonstrates the human genome may produce thousands of previously overlooked protein-like molecules, challenging long-held definitions of what counts as a protein.
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News
08 May 2026
Rethinking protein: Scientists explore the hidden “dark proteome”
A new study in Nature, co-authored by Stowers Investigator Ariel Bazzini, Ph.D., demonstrates the human genome may produce thousands of previously overlooked protein-like molecules, challenging long-held definitions of what counts as a protein.
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Newsletter
04 May 2026
Stowers News April 2026
From insect intelligence to the mysteries of aging
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