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New Science Spotlight Articles
Every month, Fred Hutch postdoc writer/editors summarize two papers from each of our scientific divisions to stimulate collaborations across campus
September 25, 2023
Grant King named a 2023 Damon Runyon Fellow
Malik Lab postdoc will study how cells handle extra-chromosomal DNA
Delineating transcriptional regulatory processes in yeast
From the Hahn Lab, Basic Sciences Division
Ssd1-2 RNA binding protein directs sporulation in response to stress
From the Breeden Lab, Basic Sciences Division
Rude Awakening: examining the cell’s rapid recovery from quiescence
From the Tsukiyama lab, Basic Sciences Division
Transcription factor binding: a sharp view of a fuzzy interaction
From the Hahn lab, Basic Sciences Division
Sharing is (not necessarily) caring: the evolution of cooperative behavior
From the Shou lab, Basic Sciences Division
SCAMPRing to get ahead: the enduring battle for supremacy between parasite and host
From the Malik Lab, Basic Sciences Division
Pulling it together: Uncovering a role for chTOG at the kinetochores
From the Biggins Lab, Basic Sciences Division
A ‘selfish gene’ that poisons its own host
Discovery of genes that divide two species in a simple fungus sheds light on complex evolutionary principles
How cells sense and respond to the outside world
Cells employ unexpected method to respond to environmental cues
How Dr. Barry Stoddard's science fueled promising therapy for glioblastoma — the disease that killed his mom
How Dr. Barry Stoddard's lab work helped create an experimental drug for glioblastoma — the same disease that killed his mother
‘Every day something new’: Dr. Sue Biggins selected as HHMI investigator
Flexible support from the prestigious nonprofit will open new research doors
Dr. Sue Biggins elected to National Academy of Sciences
Biologist honored for her research on how cells segregate chromosomes during division
Brewing yeasts reveal secrets of chromosomal warfare and dysfunction - Fred Hutchinson Cancer Research Center
Study may lead to new understanding of how new species form
Gottschling, Hughes discover key events in cellular aging
Studies in yeast by Fred Hutch’s Drs. Dan Gottschling and Adam Hughes bring unprecedented clarity to aging process, provide paradigm for studying how genes and environment—including calorie restriction—may influence lifespan in humans
Researchers define key events in cellular aging - Fred Hutchinson Cancer Research Center
Studies bring unprecedented clarity to aging process and provide paradigm for studying how genes and environment – including calorie restriction – may influence lifespan
Gottschling elected to Washington State Academy of Sciences
Dan Gottschling joins the Center’s other active members Eisenman, Groudine, Hartwell and Prentice
Gottschling elected to American Academy of Arts & Sciences
Basic researcher honored for his studies in cancer and aging
Video: Age, the greatest carcinogen
Gottschling Lab discovers defect to a key cellular process that goes off course as cells grow older