BioResearch

In Other News

• A Transcriptional Co-Repressor Protein Links Obesity to Breast Cancer Risk

• SiRNA Nanoparticles Dramatically Reduce Ovarian Tumor Growth in Mouse Model

• Stem Cell Development Could Lead to New Nanoscale Bone Repair Technology

• Redox Imbalance Prompts Breast Tumor Spread

• New Agent Shows Potential in Battling Renal Cancer

• New Cell and Tissue Acquisition Device Improves Efficiency at More Affordable Price

• Treatment with Fleeceflower Derivative Blocks Plaque Formation in Mouse Alzheimer's Disease Model

• Collaboration for Paradigm-Shifting Treatment for Autoimmune Disorders

• Biosearch Technologies Acquires European Companies VitraBio and DNA Technology

• Molecular Pathway Leads to Pancreatic Cancer

• Oncogene Links Smoking Tobacco to Development of Non-Small-Cell Lung Cancer

• Copper Depletion Therapy Shown to Suppress High-Risk Triple-Negative Breast Cancer

• Refining Breast Tumor Classification Could Lead to Improved Clinical Trials

• Collaboration to Provide Clinical Trial Services in the United Kingdom for Study Data Capture, Processing, and Reporting

• Automated Liquid Handling Platforms Boost Productivity of Synthetic Biology Researchers

• Outlier Kinases Are Therapeutic Targets in Breast and Pancreatic Cancers

• Virtual Screening Identifies New Low Molecular Weight Anticancer Drug Candidates

• Breast Cancer Metastasis into the Brain Depends on a Specific MicroRNA

• Natural Products Detoxify Amyloid Oligomers and May Prevent Alzheimer's Disease

• Enhanced Characterization Technology Provides Better Understanding of Shape, Structure of Proteins

• New Laboratory Balance Meets High Reliability Requirements for Regulated Areas

• Long, Noncoding RNA Linked to Lung Cancer Metastasis

• Filling a Transient Binding Pocket Reactivates Mutant Forms of the p53 Tumor Suppressor Protein