BioResearch

In Other News

• Highly Sensitive Laser Scanning to Advance Antibody Discovery

• Emodin Corrects Type II Diabetes Metabolic Imbalance in Mouse Model

• Drugs That Target Small RNAs May Alleviate Chronic Pain

• The Small Molecule that Might Revolutionize the Treatment of Diabetes

• Inhibition of Galectin-3 Prevents New Blood Vessel Formation

• A Better Way to Grow Stem Cells

• First Step Achieved Towards Electronic DNA Sequencing: Translocation Through Graphene Nanopores

• Credit Card-Size Microflow System Designed to Tackle Thousands of Experiments

• Gene Manipulations Enable Regeneration of Injured Spinal Tissue

• Modeling Genetic Circuitry of Cell-To-Cell Communication with Integrated Fluid Circuit Technology

• Process Reveals How Key Enzyme Repairs Sun-Damaged DNA

• Magnetic Nanoparticles Kill Tumors with Localized Heat

• New Two-Step PCR System Improves Quantification Sensitivity

• Development of Liver Cancer Linked to an Inactive Tumor Suppressor Gene

• Phosphorylation of a Translation Initiation Factor Drives Tumor Development

• Memphis to House New Biological Reagents R&D and Manufacturing Center

• New Systems for Inducible Gene Expression to Become Available

• Elevated Nitric Oxide Levels Contribute to Neuron Damage

• Antiaging Gene SIRT1 Found to Suppress Alzheimer's Protein

• Bioinformatics Used to Detect Rogue Use of Synthetic Biology

• Quick and Effective DNA Purification and Sequencing Protocols Developed

• Roche May Lose US $1 Billion a Year on Probable Avastin FDA Ruling

• SNP Database Now Available to Genomics Researchers