Related to Transcriptional Diversity Found in Circulating Tumor Cells from Individual Breast Cancer Patients

• Researchers Pinpoint Protein that Expands Breast Tumor-Initiating Cells
  
• New Technique Suggests Tumors Evolve by Punctuated Clonal Expansion
  
• Researchers Find Healthy Breast Tissue Secretes IL-25 to Kill Tumor Cells
  
• LMTK3 Tyrosine Kinase Found to Impact Breast Cancer Survival and Drug Resistance
  
• Researchers Find Serine Biosynthesis Enzyme Could Be Target for Breast Cancer
  
• Researchers Say Breast Cancer Directly Blocks Antitumor Functions of NK Cells
  
• Biocept and Clarient Ally to Develop Test for Circulating Tumor Cells and Her2 Status
  
• Researchers Identify Cells that Give Rise to Rare Types of Breast Cancer
  
• Human Breast Cancer Mouse Model Developed that Mirrors Tumor Pathology and Metastasis
  
• Nuclear Heat-Shock Factor 1 May Represent Independent Prognostic Indicator in Breast Cancer
  
• Image Analysis System Predicts Breast Cancer Survival Based on Stromal and Epithelial Features
  
• Investigators Suggest Why Statins May Help Treat p53-Mutated Breast Cancer
  
• New BRCA1-Associated Breast Cancer Susceptibility Gene Identified
  
• Plexin-B1 Inhibition Reduces Metastatic Potential of ErbB-2-Overexpressing Breast Cancer
  
• Chk1 Inhibition Boosts Chemotherapy in p53-Mutated Triple-Negative Breast Cancer
  
• Telomeric Allelic Instability Predicts Triple Negative Breast Cancer Response to Chemotherapy
  
• Fusion Protein Effectively Delivers Anticancer siRNA to Her2+ Breast Tumors
  
• Expression Profiles Accurately Predict Breast Cancer Response to Chemotherapy
  
• Wandering Tumor Cells May Seed Metastasis in Breast Cancer
  
• Microfluidics Device that Assesses Her2 Status from Circulating Tumor Cells Developed