Advanced Services for Your Science
Fred Hutchinson Cancer Center's Shared Resources is a centerpiece of the Fred Hutch, University of Washington, and Seattle Children's Cancer Consortium, a National Cancer Institute-designated comprehensive cancer center. We are available to partner with researchers in the broader academic and biotechnology community.
We are proud to support the basic, translational and clinical research of scientists and scientific organizations around the country through our advanced scientific services, unrivaled expertise, and state-of-the-art facilities and equipment.
Our over a dozen Shared Resources cores provide a wide range of specialized services such as data science, comparative medicine, and good manufacturing practice (GMP) manufacturing of stem cell products for clinical trials.
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Get Started With Us | Why Partner With Us | Our Collaboration
Getting Started with Shared Resources
If you already know which core you'd like to partner with,
We recommend reaching out the the specific Shared Resources core staff director to begin working your next project right away! Please visit core directory page to find the right team and to get in touch.
If you're not sure about which core to start with,
Start a conversation with collaboration team and we can help you determine which of our shared resources could best serve your needs. or to discuss a broader partnership with Fred Hutch Shared Resources. Please fill out our intake form below to get started with Shared Resources.
Leica Center of Excellence
Leica Microsystems and Fred Hutch collaborated to establish the first Leica Center of Excellence, or CoE, in the Pacific Northwest. The Leica CoE establishes a mutually beneficial, collaborative relationship through a combined effort to provide researchers with advanced microscopy technologies, while supporting the Hutch’s commitment to generating scientific discoveries and developing new approaches to preventing and treating cancer and related diseases.
Mass spectrometry specialist Lisa Nader Jones works in our Proteomics core facility, which offers mass spec and high-performance liquid chromatography services.
Confocal fluorescence microscopy by our Cellular Imaging team reveals a Drosophilia egg chamber with nurse cells with ring canals (on left, in red) and follicle cells (on right, in green).
User loads flow cytometry sample onto probe.
Mass spectrometry specialist Lisa Nader Jones works in our Proteomics core facility, which offers mass spec and high-performance liquid chromatography services.
Confocal fluorescence microscopy by our Cellular Imaging team reveals a Drosophilia egg chamber with nurse cells with ring canals (on left, in red) and follicle cells (on right, in green).