In The News

16 October 2025
AI unlocks the hidden grammar of gene regulation
From ASBMB, the Zeitlinger Lab studies how protein transcription factors, or TFs, bind to DNA to regulate gene expression, using fruit flies as her model.
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Associate Investigator Sue Jaspersen, PhD, has received a grant from the National Institute of General Medical Sciences of the National Institutes of Health to examine the assembly and regulation of yeast spindle poles. When yeast cells divide, spindles are required for the equal partitioning of genetic material in the form of chromosomes to the daughter cells.
Errors in the formation of spindles are associated with a loss or a gain in chromosome number, which can lead to an increased risk for cancer and birth defects. Jaspersen and her team will probe the mechanisms involved in the assembly of spindles.
By using innovative imaging techniques that provide unprecedented resolution combined with genetic and molecular methods, they hope to determine the mechanisms involved in the spindle pole body cycle of duplication and DNA replication.
In The News
16 October 2025
From ASBMB, the Zeitlinger Lab studies how protein transcription factors, or TFs, bind to DNA to regulate gene expression, using fruit flies as her model.
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In The News
16 October 2025
From The Scientist, research from the Sánchez Alvarado Lab shows stem cells in regenerating planarians don’t need their closest neighbors, overturning researchers’ understanding of the worms’ regenerative superpowers.
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Press Release
15 October 2025
Stowers scientists discover new rules about how flatworm stem cells regrow body parts, offering insights into potential tissue repair and regenerative medicine in humans.
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In The News
10 October 2025
From NPR's All Things Considered, in the human body, cells are constantly making life-or-death decisions. If they make the wrong choice, the result can be cancer, infection or even Alzheimer's.
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