In The News

29 September 2026
Rapidly Evolving Aphid Proteins Share a Common Structural Blueprint
From Technology Networks: The Stern Lab reveals a shared structural blueprint among thousands of rapidly evolving aphid proteins.
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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

29 September 2026
From Technology Networks: The Stern Lab reveals a shared structural blueprint among thousands of rapidly evolving aphid proteins.
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In The News

24 September 2026
From Phys.org: The Stern Lab reveals how evolution helped AI predict the structures of thousands of rapidly evolving aphid proteins.
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Press Release
22 September 2026
In an evolutionary arms race with plants, aphids deploy thousands of rapidly evolving proteins. A team led by Stowers Institute and HHMI Investigator David Stern, Ph.D., discovered a shared architecture beneath them and revealed how evolution can help AI predict similar protein structures across biology.
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News

15 September 2026
New single-cell atlas of the acorn worm shows that most tissues undergo a genome-wide transcriptional overhaul as larva becomes adult, providing new insights into how some organisms remake their bodies in ways humans can’t.
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