News
17 January 2025
Q&A with 2024 PROLAB Winner Daniel Careno
Learn more about Careno’s experience investigating circadian rhythms in the Bazzini Lab
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News
The September 2022 issue of Scientific American features an article titled, "Blind Cave Fish May Trade Color for Energy."
The September 2022 issue of Scientific American features an article titled, "Blind Cave Fish May Trade Color for Energy." The article highlights the impact of research being conducted by Stowers Associate Investigator Nicolas Rohner, PhD and his lab.
Below is an except from the article.
Astyanax mexicanus cave fish have adapted to an incredibly tough environment: chilly, pitch-dark caves that flood about once a year, providing brief feasts separated by long periods of starvation. These fish put on fat easily, maintain high blood glucose levels and sleep very little. They also have lost their eyes and coloration. Despite the challenging conditions they live relatively long lives, often reaching 15 years. Now new genetic research shows that the loss of color, rather than being incidental to evolution, may actually help these hardy fish generate crucial energy.
Read the full article here.
News
17 January 2025
Learn more about Careno’s experience investigating circadian rhythms in the Bazzini Lab
Read Article
News
14 January 2025
Molecules produced by certain legume plants that turn soil bacteria into organic nitrogen converting machines have potential agricultural and human health applications.
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In The News
14 January 2025
From Forbes, Stowers Institute Postdoc Riley Galton, Ph.D., named Hanna H. Gray Fellow
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Press Release
08 January 2025
Riley Galton, Ph.D., studies a phenomenon that allows many vertebrates – from sharks to mammals – to “pause” their development in response to environmental changes, sometimes for months or even years
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