Posted August 26, 2013:

• Rna Double Helix Structure Identified Using Synchrotron Light


• New Minimally Invasive Technique for Melanoma


• New Approach to Remedying Childhood Visual Disorders


• Skin Cell Defect Is Surprising Allergy Trigger: Skin and Food Allergies Can Be Result of Skin Cell 'Glue' Deficiency


• Development of a Therapeutic Algorithm for Optimal Nosebleed Management


• Midwest Air Quality Alert May Mean First Sick Day for Kids Heading Back to School


• Women at Increasing Risk of Kidney Stones, Related ER Visits


• Worldwide Ban on Flame Retardant


• Through Four Years' Training, College Football Players Gain Strength and Size


• Sweaty Palms and Racing Heart May Benefit Some Negotiators


• Pediatric Readmission Rates Aren't Indicator of Hospital Performance, Study Shows


• Healthcare Professionals Need to Look out for Fabricated Illness in Children: McMaster Professor


• Antisense Oligoneucleotide Corrects Striatal Transcriptional Abnormalities and Protects Function in Huntington's Disease Mice


• New Screening Strategy May Catch Ovarian Cancer at Early Stages

Posted August 25, 2013:

• Researchers Find Essential Brain Circuit in Visual Development


• New Tool Enhances the Search for Genetic Mutations


• Researchers Discover How Inhibitory Neurons Behave During Critical Periods of Learning


• Cocaine Use Linked to New Brain Structures: Possible Mechanism for Drug-Seeking Behavior in Humans Identified


• Epilepsy Drug Dosage Linked to Specific Birth Defects


• Potential Molecular Defense Against Huntington's Disease


• Key Protein Accelerates Diabetes in Two Ways


• How the Brain Remembers Pleasure: Implications for Addiction


• Strongest Clues to Date for Causes of Schizophrenia


• Novel Way Gene Controls Stem Cell Self-Renewal


• Scientists Pinpoint 105 Additional Genetic Errors That Cause Cystic Fibrosis


• Researchers Uncover New Biological Target for Combating Parkinson's Disease