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A little nervous system with big learning potential
From the Singhvi Lab, Basic Sciences Division
Dr. James Priess shares Gruber Genetics Prize
$500K award honors contributions to understanding the genes and processes that control early development
Good Fat, Bad Fat, Gut Fat, Gonad Fat
From the Priess Lab, Basic Sciences Division
Too much of a good thing: pruning neurons to control behavior
From the Singhvi Lab, Basic Sciences Division
What can worms teach us about ourselves?
Why Dr. Jihong Bai looks for commonalities between tiny nematodes and us
Synthetic rewiring of damaged neural circuits
From the Bai lab, Basic Sciences Division
Like snowflakes, no two cells are alike
Study shows that differences in cells’ ability to turn genes into proteins change how mutations manifest; offers insights into disease risk
Worms taste bitterness
From the Bai lab, Basic Sciences Division
Dr. James Priess elected to National Academy of Sciences
Basic scientist selected for his contributions to understanding the genes and mechanisms involved in development
Tiny worm mazes allow researchers to ID genes linked to spatial perception, risk-taking
A chance observation led to a completely new area of behavioral research
The plastic fantastic brain: Why losing one sense rewires others
Study finds worms that can’t feel are better smellers — and the phenomenon is reversible
A first glimpse of real-time gene activity in a living animal
New technique will allow biologists to pinpoint how random chance affects cancer, aging
Turning back the clock: Fasting prolongs reproductive life span
Study in worms suggests how fertility in humans may be regenerated later in life