Direct Your Gift

Support Our Coronavirus Research

Our immunology expertise, and especially our understanding of disease-fighting T cells and B cells, put us in a strong position to quickly take on new and emerging viral threats, including COVID-19. We are committed to finding effective treatments and creating new vaccines to protect vulnerable people.

Your gift will accelerate COVID-19 research already underway and provide flexible funding to support new research as the global health threat evolves.

DONATE TO CORONAVIRUS RESEARCH

COVID-19 illustration

Support Our Coronavirus Research

Our immunology expertise, and especially our understanding of disease-fighting T cells and B cells, put us in a strong position to quickly take on new and emerging viral threats, including COVID-19. We are committed to finding effective treatments and creating new vaccines to protect vulnerable people. Your gift will accelerate COVID-19 research already underway and provide flexible funding to support new research as the global health threat evolves.

DONATE TO CORONAVIRUS RESEARCH

Illustration of coronavirus

Support Our Coronavirus Research

Our expertise in infectious disease, vaccine development, and immunology positions us to quickly take on new and emerging viral threats, including COVID-19. We are working relentlessly to create faster tests, effective treatments, and vaccines. Your gift will accelerate fearless science to address COVID-19 — now and for the long term.

Give to coronavirus research

Illustration of coronavirus cells

Lake Union Steam Plant

Huge leaps forward in data science, technology, and life sciences are fueling a revolution in cancer research and treatment. As we transform the historic Lake Union Steam Plant into a nexus of data science and immunotherapy research, Fred Hutch is on the leading edge of this revolution. Join us as we speed the science that leads to cures. 

Learn more about getting involved

Lake Union Steam Plant

Give to a Specific Area of Research

If you are interested in supporting an individual cancer research program at Fred Hutch, you may direct your gift to that area of interest. Private support provides seed money to fund our innovative research that can accelerate breakthroughs in cancer prevention, detection and treatment.

Brain cancer

Brain Cancer

Primary brain tumors form in brain tissue because of abnormal cell growth and can occur in several different forms. Our researchers are investigating brain cancer’s causes, with the goal of translating that knowledge into more effective treatments and prevention measures.

Give to brain cancer research

Breast cancer

Breast Cancer

Our scientists are reducing breast cancer incidence and death by identifying risk factors for the disease, developing new methods of detection and helping to predict health outcomes based on the patient's genetics and other factors.

Give to breast cancer research

Colorectal (colon) cancer

Colorectal (Colon) Cancer

Colorectal cancer ranks as the third most commonly diagnosed — and second-deadliest — form of cancer in the United States. Our researchers are investigating ways to detect colon cancer early, when it is most treatable, by improving screening tests.

Give to colorectal cancer research

Esophageal cancer

Esophageal Cancer

Fred Hutch plays a leading role in identifying esophageal cancer’s causes, laying the foundation for new ways to prevent the disease and improve patient care and quality of life.

Give to esophageal cancer research

CAR T cell destroying a cancer cell

Immunotherapy

Fred Hutch is revolutionizing the way cancer is treated and cured. Our researchers are developing new ways to empower a patient’s own immune system to do what it does naturally — fight disease.

Give to immunotherapy research

Leukemia

Leukemia

Fred Hutch pioneered one of the most effective leukemia treatments: bone marrow transplantation. We are also advancing other key treatments, including stem cell and cord blood transplantation, immunotherapy, and drugs that destroy cancer cells.

Give to leukemia research

Lung cancer

Lung Cancer

Our scientists are studying how lifestyle factors like smoking and exercise are related to lung cancer. Their research led to the discovery of proteins in the blood that are associated with early lung cancer development and could lead to a blood test to detect the disease. 

Give to lung cancer research

Lymphoma

Lymphoma

Lymphoma strikes the lymphatic system, a key part of the immune system. Fred Hutch pioneered bone marrow transplantation as a treatment for lymphoma, leukemia and other cancers, and our scientists are developing promising new therapies, such as cord blood transplantation.

Give to lymphoma research

Multiple myeloma

Multiple Myeloma

More than two-thirds of multiple myeloma diagnoses occur in patients 65 and older. Fred Hutch researchers pioneered the mini-transplant, which reduces the amount of radiation to a minimal dose and is a better option for older patients or those who might not be able to withstand conventional transplants.

Give to multiple myeloma research

Pancreatic cancer

Pancreatic Cancer

Hutch researchers pioneered one of the most significant breakthroughs in pancreatic cancer research in decades: a genetically engineered mouse model that exactly mimics human pancreatic cancer. The model is widely used in research around the world and has led to new treatments and diagnostic tests. 

Give to pancreatic cancer research

Prostate cancer

Prostate Cancer

Prostate cancer ranks as the most common form of cancer among men in the United States. Fred Hutch researchers are at the forefront of improving how prostate cancer is detected and diagnosed, with the goal of identifying when the disease is truly lethal. 

Give to prostate cancer research

Make your gift in honor or memory of a loved one.

Last Modified, May 04, 2020