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New methods reveal cancer mechanism in ancient genes
Fred Hutch researchers discover that overproduction of DNA packaging material predicts aggressive brain and breast tumors, which could lead to cheaper diagnostic tests and new drug therapies
Searching for the ‘smoking gun’ that explains lung cancer in never-smokers
From The Berger Lab, Human Biology Division
Tricking cells into trashing cancer
Fred Hutch chemical biologist rapidly reduces lung tumors in mice with a tagging system that grabs cancer-causing proteins and hauls them out with the molecular trash
50 years of doing hard things
Founded in 1975 to honor a brother, Fred Hutch Cancer Center pursued bold science, pioneered a cure for blood diseases that changed medicine and became a world-class biomedical research and clinical care institution
In the race to replicate, it’s better to think small-scale
From The Bedalov Lab, Human Biology and Translational Science and Therapeutics Divisions
Starting the year smarter
How patients, providers, researchers and others stay informed amid a deluge of data and information
Cracking the sparkle code
Fred Hutch cancer biologist wins V Foundation Scholar Award to explore role of protein sugaring in leukemia tumors that survive chemotherapy
Fred Hutch research shines at national oncology conference
Society for Immunotherapy of Cancer meeting features new discoveries on cancer-cell visualization, T-cell survival and new targets for solid tumors
HIV’s secret sweet tooth: T cell glycosylation determines variant entry
From the Overbaugh Lab, Human Biology and Public Health Sciences Divisions
Playing hide-and-seek with DTCs: new CAR-T therapy reduces risk of recurrent breast cancer
From the Ghajar Lab, Human Biology and Public Health Sciences Divisions, and the Riddell Lab, Translational Science and Therapeutics Division
Finding a new way to break the supply chain fueling advanced prostate cancer
Fred Hutch researcher wins a $1M grant for a London-Seattle collaboration to find new therapies for drug-resistant prostate cancer
Discovery of a hidden tumor suppressor in the genome of the virus that causes Merkel cell carcinoma
From the Galloway Lab, Human Biology Division
Uncovering a player responsible for boosting RIT1 protein abundance and cancer promoting activity
From the Berger Lab, Human Biology Division
Trazar la heterogeneidad de las células tumorales en el cáncer de próstata resistente a la castración
Del Laboratorio Haffner, Divisiones de Biología Humana e Investigación Clínica
Bottleneck breakthrough
Fred Hutch researchers discover why some HIV-1 variants are more transmissible than others, which could generate new approaches to stop the virus that causes AIDS at cell entry
Making the most of a small supply
Fred Hutch researchers receive $1.3 million grant from the U.S. Department of Defense to study the fundamental biology of five rare liver cancers that could lead to new treatments one day
A misbehaving master mitochondrial regulator causes diabetes in mice
From The Hockenbery Lab, Translational Science and Therapeutics Division