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- Triggering Signals of BRCA1 Breast Cancer (K Kessenbrock)
- Testing Diverse Groups Finds New Breast Cancer Genes (L Teras)
- Black Women & Genetic Testing (J Palmer)
- Women 65+ & Genetic Tests for Breast Cancer Risk (L Teras)
- High-Risk Genes and Screening (A Patel)
- New Risk Calculation May Affect Breast Cancer Screening (L Teras)
- Black Men and Breast Cancer (H Sung)
- Platelets May Help Breast Cancer Spread (E Battinelli)
- Natural Killer Cells & TNBC (R. Chakrabarti)
- Improving Chemotherapy (O Sahin)
- Combo Treatment for TNBC (K Varley)
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- PTK6 Gene as Treatment Target (H Irie)
- Time-Lapse Cell Movies (S Spencer)
- 3D Mini Breast Tumors May Help ID New Cancer Treatments
- AI Tool Improves Breast Cancer Prognosis Accuracy
- Exercise & Sitting Time (E. Rees-Punia)
- Cancer Risk Factors in LGBTQ Populations (B. Charlton)
- CPS-3 Disparities Studies
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- Housing Assistance and Mammograms (H Lee)
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- Childhood Cancer Research Landscape Report
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- New Epigenetic Target (K Rai)
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- Discovery of a New Biomarker Is the First Step to New Treatment (C. Maher)
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- Availability of Healthy Food (L Tussing-Humphreys)
- 45 Min/Day of Physical Activity (A Minihan)
- Fewer than 10K Steps/Day (A Patel)
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- Stage 2 Clinical Trials for New Endometrial Cancer Drug (V Bae-Jump)
- Hard-to-Starve Pancreatic Cancer Cells (N Kalaany)
- Coffee Risks for Colorectal Cancer (C Um)
- Food Parasite & Brain Cancer Risk (J Hodge)
- Exercise & Quality of Life in Older Survivors (E Rees-Punia)
- 21 Metabolites Linked with Breast Cancer (Y Wang)
- Replacing Sitting May Affect Weight (E Rees-Punia)
- CPS-3 Researchers Ask What People Eat and Check Urine Samples (Y Wang)
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- Ovarian Cancer Special Section
- UV Exposure, Melanoma, & Dark Skin Types (A. Adamson)
- Melanoma and Lipid Droplets (R. White)
- Zebrafish and Acral Melanoma (R. White)
- T-Cell Lymphoma and PD1 (J. Choi)
- New Drug Destroys Cancer-Causing Protein (C. Crews)
- Virus & Merkel Cell Skin Cancer (R. Wang)
- Non-Genetic Drug Resistance (S. Spencer)
- Hijacking the Body's Sugar (R. Wang)
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Are There Racial Differences in How Physical Activity Affects Breast Cancer Survival?
The Challenge
Research shows that Black women and White women are diagnosed with breast cancer at about the same rate. Yet, more Black women die from the disease. Research also shows that how long women live after a diagnosis with breast cancer is linked to how much time they spend being both physically active and sitting (being sedentary).
So far, though, there isn’t much information about the physical status (physiology) of White women after treatment for breast cancer to know why they have higher survival rates. Nor is there much known about how getting regular physical activity affects breast cancer survival.
The Research
Cher Dallal, PhD, and her research team are trying to learn more. They’re studying postmenopausal breast cancer survivors who have completed treatment and who are wearing an activity monitor to track their activity behavior and levels. At the same time, they’ll have blood samples taken to see the effect that activity—or lack of it—has on physiology.
Dallal’s study group includes Black and White breast cancer survivors. What they expect to find is that there are racial differences in how activity level affects physiology.
To understand the physiology, the team is using the newer field of metabolomics, which looks at the substances produced when the body breaks down food, drugs, and hormones—called metabolites.
Why It Matters
Dallal’s work may help explain some differences in breast cancer survival. It may also stimulate more research, which may ultimately help Black women with breast cancer live longer.