• CAR T Cell Therapy May Eliminate Tumor Cells Missed by Surgery

• Study in Mice Suggests That Expression of Estrogen-Related Gene Can Impact Post-Menopausal Breast Cancer Risk and Prevention Strategies

• Newly Developed Gene Classifier Identifies Risk of Pre-Breast Cancer Progression

• New Discovery Gives Hope to Fight Metastatic Cancer

• Faulty DNA Repair May Lead to BRCA-Linked Cancers

• Scientists Uncover Potential 'electrical Language' Of Breast Cancer Cells

• Why Cancers Caused by BRCA Mutations Recur
• Nanotechnology Platform Enables Immune Conversion of Cancer Cells, Sensitizing Them to Immunotherapy
• Copper a Clue in the Fight Against Cancer

• Breast Cancer Spread Uncovered by New Molecular Microscopy

• Breast Cancer: New Treatment Can Significantly Increase the Efficacy of Chemotherapy and Prevent Metastasis
• DNA Barcoding Reveals Cancer Cells' Ability to Evade the Immune System

• Breast Cancer Survivorship Doubles

• Transistors Help Identify Cancer Cell Markers
• Possible Biological Explanation for Increased Cancer Risk in Dense Breasts

• Sticky Cell Fingers Help Keep Breast Tumors Contained

• New Cancer Fighting Compound Created

• Some Breast Cancer Patients With High Responses to Chemotherapy May Not Need Surgery
• Researchers Develop 'Goldilocks Drug' To Treat Triple-Negative Breast Cancer
• Scientists Pinpoint Druggable Target in Aggressive Breast Cancer

• 早些时候对o家族史的女性乳房x光检查f Breast Cancer May Not Be Needed

• Researchers 3D Bioprint Breast Cancer Tumors, Treat Them in Groundbreaking Study

• New Drug Target for Triple-Negative Breast Cancer
• Hair Straightening Chemicals Associated With Higher Uterine Cancer Risk

• Researchers Discover How to Overcome a Treatment Resistance Mechanism in One of the Most Aggressive Types of Breast Cancer
• Study Sheds Light on Understudied Breast Cancer Type

• long-Term Study Supports Link Between Inflammation and Cognitive Problems in Older Breast Cancer Survivors

• Shape-Shifting Fat Cells Fuel Breast Cancer Growth

• Unhealthy Gut Sets Stage for Breast Cancer to Spread, Research Reveals

• 科学家确定独特的乳腺癌Cells That Control Their Ability to Proliferate and Colonize the Lungs

• Technique Developed in Mice Could Aid Detection of Cancer in Dense Breasts

• Specific Sequence of Drugs Reduces Cost of Treating Metastatic Breast Cancer While Preserving Quality of Life

• HSD3B1 Gene Research Shows Association Between Genotype and Endometrial Cancer

• Data on Cancer Risk from Hormone Therapy 'reassuring,' Menopause Experts Say

• Breast Cancer Cells Use Forces to Open Up Channels Through Tissue

• Breast MRI Illuminates Risk of Second Breast Cancer

• Researchers Use Nitric Oxide 'scavengers' To Target Triple-Negative Breast Cancer

• Fertility Preservation Measures Do Not Appear to Increase the Risk of Breast Cancer Recurrence

• Researcher Looks at Molecular Changes for Clues to Disparities in Breast Cancer Outcomes

• Proteins in Cell-Based Particles Could Lead to Early Diagnosis and Treatment of Breast Cancer Metastasis

• Study Shows Annual Screening Before Age 50 Leads to Lower Proportions of Advanced Breast Cancer
• Collagen a Key Player in Breast Cancer Metastasis

• Scientists Identify Novel Molecular Biomarkers in Cells That Spread a Deadly Form of Breast Cancer

• Hearing Loss and Tinnitus Are Common in Cancer Survivors

• Informing Children of a Mother's Genetic Cancer Risk Does Not Impact Their Health Behaviors, Study Finds

• Benefits of NHS Breast Screening Programme Outweigh the Small Risk of Overdiagnosis, Study Finds

• Researchers Develop Liquid Biopsy Technique to Help Detect Cancer in Blood

• The Effect of Breast Cancer Screening Is Declining

• A Potentially More Effective Treatment for HER2 Mutant Metastatic Breast Cancer
• 'Structural Racism' Cited in Study of Breast-Biopsy Delays

• Breast Duct Treatment for Early Breast Cancer Eliminates All Signs of Disease in Laboratory Experiments
• Breast Cancer Spreads at Night, Study Shows

• Scientists Create Nanoparticle That Helps Fight Solid Tumors

• Scientists Discover New Molecule That Kills Hard-to-Treat Cancers
• Genetic Study Offers New Insights Into DCIS Biology, Progression

• COVID-19 Pandemic Reduced Breast, Cervical, Colorectal Cancer Screenings by Millions in 2020, Study Finds
• Counting Cancerous Lymph Nodes Is Best Predictor of Mortality Across Most Cancers

• Promising Compound Kills Range of Hard-to-Treat Cancers by Targeting a Previously Undiscovered Vulnerability

• Discovery Could Lead to Better Cancer Immunotherapy

• The Paired Perils of Breast Cancer and Diabetes

• Scientists Discover a Potential New Marker to Personalized Therapy for Breast Cancer

• Density, Benign Disease Raise Risk of Breast Cancer

• Study Finds Nanomedicine Targeting Lymph Nodes Key to Triple Negative Breast Cancer Treatment

• Researchers Identify Pathway That Regulates Lipid Synthesis and Contributes to Tumor Survival

• Reprogrammed Macrophages Promote Spread of Breast Cancer

• Scientists Discover How Salt in Tumors Could Help Diagnose and Treat Breast Cancer

• New Factors That Can Predict Breast Cancer Recurrence Defined

• Breast Cancer: Why Metastasis Spreads to the Bone

• AURORA Study Identifies Molecular Features Tied to Breast Cancer Tumor Spread

• Evidence in Mice That Bacteria in Tumors Help Cancer Cells Metastasize

• Antibiotic and Antiretroviral Drug Effects on Breast Milk Are Explored for Mothers Living With HIV

• Half of All Women Experience False Positive Mammograms After 10 Years of Annual Screening

• Study Identifies New Protection Mechanism in Breast Cancer

• New Findings Suggest That ‘one Size Does Not Fit All’ With Regard to Breast Density Education

• AI Provides Accurate Breast Density Classification
• Radical Increase in the Effectiveness of Breast Cancer Immunotherapy

• Molecular Networks Could Explain Racial Disparity in Triple Negative Breast Cancer Deaths

• Researchers Identify Misperceptions Surrounding Breast Density Across Race/ethnicity and Health Literacy Levels

• 隐形纳米药物对抗癌症和降低毒性Effects of Chemo

• Migrating Through Small Spaces Makes Cancer Cells More Aggressive

• Researcher Urges Caution on AI in Mammography

• How the Immune System Responds to Tissue Damage Can Aid Cancer Spread

• MRI May Lower Breast Cancer Deaths from Variants in 3 Genes

• Pandemic Upends Breast Cancer Diagnoses

• With Personalized Medicine, a Shelved Cancer Drug Could Get Another Shot

• New Path to Treat Advanced Triple-Negative Breast Cancer

• Researchers Discover New Way to Target Secondary Breast Cancer That Has Spread to the Brain
• live Cells Discovered in Human Breast Milk Could Aid Breast Cancer Research

• Faulty BRCA Genes Linked to Prostate and Pancreatic Cancers

• Antibody With Engineered Peptide Targets Bone Metastasis

• Cancer Treatment May Inhibit Immune Response to COVID-19 Vaccination

• Biostatisticians Launch Cancer-Immu Data Portal for Predicting Response to Immune Checkpoint Blockade Immunotherapy

• Researchers Reduce Breast Cancer Metastasis in Animal Models by Modifying Tumor Electrical Properties
• MAPK4 Emerges as a Novel Therapeutic Target for Triple-Negative Breast Cancer

• Gene Involved in Sense of Smell Could Play a Role in the Spread of Breast Cancer to the Brain

• Gene Network Changes Associated With Cancer Onset and Progression Identify New Treatment Targets

• Breast Cancer Classified Into 12 Unique Biological Groups

• Cancer Cells Use ‘tiny Tentacles’ to Suppress the Immune System

• It Takes More Than One Mutant Copy of the PIK3CA Gene to Make Breast Cancer More Aggressive, Study Finds

• Fat-Secreted Molecule Lowers Response to Common Cancer Treatment