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Brandeis University honors Fred Hutch molecular biologist
Dr. Steven Henikoff receives 55th Lewis S. Rosenstiel Award for Distinguished Work in Basic Medical Research
Frogs help Fred Hutch find the shape of small things
Dr. Yasuhiro Arimura brings frogs back to Fred Hutch after a long absence to study the structure of DNA-linked molecular complexes that change during the cell cycle and malfunction in cancer and other diseases
A disease driver of pancreatic cancer reveals a new Achilles heel
From the Kugel and Hsieh Labs, Basic Sciences and Human Biology Divisions
Oh, the microbes you’ll meet!
Fred Hutch Cancer Center immunologist discovers a biological mechanism sprung in the first week of life that trains a mouse pup’s immune system to tolerate harmless gut bugs and new foods
Conducting RNA reconnaissance
Fred Hutch researchers invent a CRISPR screening method to understand RNA-binding proteins often mutated in cancer and other diseases
A sugar-loaded diet doesn’t just go to your hips; it might also stop your brain from taking out the trash
From the Rajan lab, Basic Science Division
Virologist and HIV expert Dr. Michael Emerman retires
Emerman considers mentorship his most important duty in science
Mapping molecules of an unsung brain cell
Fred Hutch researchers create a gene-expression map of glial cells in tiny worms, adding the missing component that completes for the first time an atlas of the entire nervous system of a multicellular adult animal at the molecular level
For dual-host alphaviruses, it’s a balancing act
From Malik Lab, Basic Sciences Division
Paddles, door handles, and a DNA-modifying protein called BsaXI
From Stoddard Lab, Basic Sciences Division
Fred Hutch announces eight recipients of 2025 Dr. Eddie Méndez Scholar Award
National award honors exceptional postdoctoral researchers in the areas of cancer, infectious disease and basic science
Managing mountains of genomic data
Tools invented at Fred Hutch are helping researchers analyze the enormous global database of genomic sequences of the virus that causes COVID-19 to better understand how pathogens evolve and spread
Rewriting the story about the molecules that turn genes on and off
Fred Hutch researchers discover that most transcription factors in budding yeast don’t follow the textbook example of binding close to the genes they regulate
Se descubre el legado ancestral de una familia de proteínas antivirales
De los Laboratorios Emerman y Malik, Divisiones de Ciencias Básicas y Biología Humana
Cell biologist and former Fred Hutch division leader Dr. Jonathan Cooper retires
Cooper sustained the distinct culture of Basic Sciences for four decades
Ancient heritage discovered for a family of antiviral proteins
From the Emerman and Malik Labs, Basic Sciences and Human Biology Divisions
Snapping the histone CENP-A in place for high-fidelity cell division requires supervision
From the Biggins Lab, Basic Sciences Division