Related to Logic-Based Synthetic Gene Circuit Developed to Identify and Selectively Kill Cancer Cells

• Jennerex Publishes Clinical Data Showing that Intravenously Administered Oncolytic Virus Selectively Replicates in Cancer Cells
  
• Researchers Demonstrate Viability of Targeting Intracellular Proteins with Antibodies to Treat Cancer
  
• Scientists Develop Dual-Function Protein Switch that Triggers Cytotoxic Cancer Prodrug
  
• In Vivo Studies Show CXCL12 Prevents Cancer Metastasis Through Action on CXCR4 Signaling
  
• Studies Outline Mitochondrial Approach to Predicting Cancer Response to Chemotherapy
  
• Blood Platelet Contact and Signaling to Cancer Cells Found to Induce EMT and Promote Metastasis
  
• Studies Show Blocking Chaperone-Mediated Autophagy Kills Cancer
  
• Scientists Devise Sideways Approach to Killing Myc-Addicted Tumors
  
• Humoral, Cellular Activity of MUC1 Vaccine Shrinks Tumors In Vivo
  
• Autophagy Key to Triggering Immune Responses to Cancer Post-Chemotherapy
  
• 3-D Imaging Confirms Potential to Use Harmless Bacteria as Tumor-Targeting Drug Carriers
  
• Scientists Find Flagellin-Expressing Cells Immunize Mice Against Cancer
  
• Structurally Modified IL-2 Demonstrates Potent Antitumor Activity, Low Toxicity
  
• Blocking "Don’t Eat Me" Signal on Cancer Cells Lets Phagocytes Clean Up
  
• Live Imaging Demonstrates How Tumor Microenvironment Affects Chemotherapy Response
  
• Scientists Detect Metastasis by Slamming Cells Against Fluid Wall
  
• X-Ray Crystallography Identifies New Target Domains on PARP-1
  
• Studies Show JAK1/2 Inhibition Increases Tumor Cell Susceptibility to NK-Mediated Lysis
  
• Lorus to Test Brock's Anticancer Compounds
  
• Ziopharm Restructuring After Phase III Failure