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Endophilin’s charged relationship with curved membranes
From the Bai lab, Basic Sciences Division
Tip Sheet: Massive unmet needs in COVID-19 treatment, osteoporosis drugs for breast cancer, new bladder cancer target — and AIDS at 40
Summaries of recent Fred Hutch research findings and other news
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
Tip Sheet: COVID-19 vaccines, SARS-CoV-2 mutations, shedding pandemic pounds – and nematode nerve cells
Summaries of recent Fred Hutch research findings and other news
How to reroute a broken neural circuit
Scientists genetically manipulate worms to bypass damaged neurons — and study how the mind perceives the environment
Worms taste bitterness
From the Bai lab, Basic Sciences Division
How one protein helps cancer both spread and grow
Hutch scientists discover single molecule’s ‘intricate regulation’ of two key aspects of metastasis
Science without borders
At Fred Hutch and other U.S. research centers, a global village works to cure cancer and other diseases
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
Good News at Fred Hutch
Dr. Jean Sanders named volunteer of the year; Desert Horse-Grant a 'woman to watch in life science'; study by Dr. Jihong Bai sheds new light on how neurons communicate; Hutch design team wins five awards
MacGyvering lab equipment
From old bicycle wheels to an in-house metalworking shop, scientists get creative when the research tools they need don’t exist
Cell biologist Bai joins Center
Jihong Bai brings expertise in brain cell traffic, communication to Basic Sciences Division