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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
Un replanteamiento de la regulación génica que va más allá de los planos
Del Laboratorio Hahn, División de Ciencias Básicas
Rethinking gene regulation: Beyond the blueprint
From the Hahn Lab, Basic Sciences Division
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
Delineating transcriptional regulatory processes in yeast
From the Hahn Lab, Basic Sciences Division
Geneticist and cell-cycle expert Dr. Linda Breeden retires
Revealed genetic underpinnings of cell cycle and cell dormancy
Dr. Steven Hahn elected to American Academy of Microbiology
Revealed fundamental properties of molecular machinery that creates mRNA
Transcription factor binding: a sharp view of a fuzzy interaction
From the Hahn lab, Basic Sciences Division
ADpred: a deep learning model for accurately predicting transcription activation domains
From the Hahn Lab (Basic Sciences Division), the Nobel lab (University of Washington), and the Söding lab (Max Planck Institute for Biophysical Chemistry)
The TFIID SAGA: new roles in transcription
From the Hahn lab, Basic Sciences Division.
Remembering Dr. Ron Reeder, molecular biologist-turned-photographer
Renaissance man and expert in gene regulation had enduring impact on Fred Hutch’s Basic Sciences Division
What really happens during transcription initiation?
From the Hahn lab, Basic Sciences Division, and collaborators
Transcriptional activators derive order from chaos
From the Hahn Lab, Basic Sciences Division