October 2026 - Our latest discoveries, news and events |
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Stowers scientist selected for major $28.6 million national research award to train AI to predict protein changes tied to ALS, Alzheimer’s, and Parkinson's
The lab of Randal Halfmann, Ph.D., alongside scientists from UC Berkeley, Brown University, and Johns Hopkins, will play a key role in advancing research on a group of proteins associated with neurodegenerative diseases. Intrinsically disordered proteins constantly shift and change shape, making it difficult for AI to predict when they may go wrong and lead to disease. The Halfmann Lab will generate the massive amount of data that AI has long been missing: more than 10 billion measurements of protein clumping, taken one living cell at a time, across 50,000 proteins. Read the full story.
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New Gibson Lab study reveals how cells divide and reshape tissue
A new study from the lab of Investigator and Graduate School President Matt Gibson, Ph.D., offer fresh insight into fundamental cell biology. In Current Biology, researchers showed that dividing cells in a 3D tissue culture of a mouse intestine actively rearranges their neighbors to make room, shedding light on how tissues stay organized as they grow and what changes in disease. Read more.
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Ph.D. program applications for Fall 2027 are open
Our fully funded Ph.D. program prepares students to become independent scientists through exceptional mentorship, immersive research experiences, and access to state-of-the-art technologies. Students are integral members of the Institute’s collaborative scientific community, working alongside researchers who are leaders in their fields. Apply here.
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Spend your summer in a Stowers lab: Summer Scholars applications are open
The Stowers Summer Scholars Program is now accepting applications for its eight-week research internship, running June 7–July 30, 2027. Undergraduates conduct independent research alongside Institute scientists, attend weekly seminars, and present their work at an all-Institute poster session. Scholars receive a $5,000 salary, round-trip travel, and housing. Applications are open to domestic and international students and are due January 17, 2027. Learn more and apply.
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From sea anemone to human fertility: A new research organism for understanding meiosis
Stowers Institute scientists discovered the sea anemone Nematostella uses many of the same proteins humans rely on to make eggs and sperm, offering the potential for new insights into infertility, miscarriage, and birth defects. The new research was led by Stefanie “Steffi” Williams, Ph.D., a Stowers Graduate School alum and current postdoctoral fellow at the European Molecular Biology Laboratory. Her work grew from a collaboration between the lab of Graduate School President Matt Gibson, Ph.D., and the lab of the late Stowers Investigator R. Scott Hawley, Ph.D., a pioneer in the field of meiosis. Read more.
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Follow Stowers Investigators as they tackle biology’s biggest questions in a new Stowers Institute storytelling series: “What if?” |
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Watch the first three episodes to explore how proteins drive aging, how biological systems break down, and how evolution created life’s most complex proteins. |
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Researchers from around the world gathered in Kansas City on October 21–23, 2026, for the Stowers Research Conference on Ribosome Heterogeneity and Translational Control from Cells to Organisms. Organized by Ariel Bazzini, Ph.D., Kamena Kostova, Ph.D., and Maria Barna, Ph.D., the meeting explored how cells regulate protein production across development, disease, and diverse organisms. Jeffrey Macklis, Ph.D., of Harvard University delivered the keynote address. See more from the conference.
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Save the Date: Stowers Research Conference, April 21–23, 2027 |
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Join us April 21–23, 2027, for the next Stowers Research Conference: Cell and Molecular Biology of Inter-Species Interactions, organized by Stowers Investigators Matt Gibson, Ph.D., Siva Sankari, Ph.D., and David Stern, Ph.D. The spring conference will bring together researchers, faculty, and graduate students from around the world to explore how organisms interact at the cellular and molecular level. Registration and program details are coming soon. Learn more.
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The 2026 Ingram’s 250—The Most Powerful Business Leaders in Greater Kansas City Ingram's, October 26, 2026
Shared meiosis proteins show surprising functional differences across animals News Medical, October 23, 2026
Kansas City lab to train AI to predict protein changes tied to ALS, Alzheimer’s KCTV5, October 21, 2026
Scientists discover cell division does more than make new cells: It helps reshape tissues Phys.org, October 16, 2026
Cell Division Helps Reshape Growing Tissues Technology Networks, October 16, 2026
KC scientist gets $4M to train AI, advance research on neurodegenerative disease Fox4 KC, October 9, 2026 |
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Investing in tomorrow's cures |
Stowers scientists are at the forefront of unraveling the mechanisms behind health and disease and preparing the groundwork for novel treatments and cures. |
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| | communications@stowers.org |
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