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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
Sen. Patty Murray talks women’s health during visit to Fred Hutch
When it comes to health care, health equity and research, women truly are ‘part of the answer’
Immune cells vs. metastasis: ‘It’s a numbers game’
Fred Hutch scientists prevent metastasis by boosting cancer-killing T cells in patients
First Lady Jill Biden: ‘Your work will change and save lives’
MET-X research lab tour and Cancer Moonshot ‘listening session’ on survivorship and pediatric cancer highlight First Lady's visit to Fred Hutch
Fred Hutch launches MET-X, a ‘transformative approach to metastatic disease’
New Center for Metastasis Research Excellence aims to detect, prevent, treat and cure stage 4 solid tumor cancers
How cancer doesn't happen - Part 2
Our bodies can keep tumors at bay, even if our cells harbor cancer-driving mutations
Rethinking why cancer doesn't happen - Part 1
Hutch scientists look beyond DNA to understand how our bodies stop tumors before they start and find new ways prevent cancer
Hutch scientists receive $25M to solve breast cancer metastasis
New collaboration will target dormant tumor cells, keeping them asleep (or killing them) so they won’t spread
“Why doesn’t cancer metastasize to your muscles?”
From the Ghajar Lab, Breast & Ovary Cancer Program, Cancer Consortium
Accepting glowing cells as one’s own allows immune competent metastatic studies
From the Ghajar Lab, Public Health Sciences and Human Biology Divisions
Understanding the mechanics of breast cancer metastasis
Ghajar Lab research reveals why muscle tissue doesn’t get mets, how dormant tumor cells in the brain wake up and proliferate
Astrocytes prevent tumor cell metastasis in the brain
From the Ghajar Lab, from the Public Health Sciences and Human Biology Divisions
Preventing brain metastasis in breast cancer
New $2.4M NCI grant funds research aimed at preventing disseminated tumor cells in the brain from waking up
Fred Hutch science and research highlights 2019
Articles showcasing some of the most significant advances in immunotherapy, cell biology and more
Targeting metastatic breast cancer with CAR T-cell immunotherapy
$4M 'Breakthrough' award funds collaborative research aimed at destroying dormant disseminated tumor cells
Eight promising projects win Evergreen Fund grants to promote commercialization of research
A dozen scientists to receive up to $200K from 3-year-old Fred Hutch program
Blood vessels are a hideaway for disseminated breast tumor cells
From the Ghajar lab, Human Biology Division
Is it possible to prevent breast cancer metastasis?
Study reveals how blood vessels in the bone marrow protect dormant tumor cells, suggests a way to kill them in their sleep