Posted January 10, 2014:

• Loyola Patient Loses Over 120 Pounds Without Surgery, Medication


• Comprehensive, Nonsurgical Treatment Improves Pelvic Floor Dysfunction in Women


• One Species, Two Outcomes: Team Seeks Source of Body Louse Pathology


• Stem Cell Replacement for Frequent Age-Related Blindness


• Mechanism of Genetic Mutations Known to Cause Familial Alzheimer's Disease Uncovered


• Primary Care Practitioners Hesitate to Prescribe Antidepressants for Depressed Teens


• Indigenous Groups More Vulnerable in Fight Against Flu


• Scientists Control Cells Following Transplantation, from Inside out


• Fresh Faced: Looking Younger for Longer


• Regorafenib: Hint of Minor Added Benefit


• Researchers Pursuing Arthritis Protein


• Why Are There Too Few Women Consultants in Surgery?


• The Cyborg Era Has Started


• Researchers Develop Artificial Bone Marrow; May Be Used to Reproduce Hematopoietic Stem Cells


• Mechanism Affecting Risk of Prostate Cancer Found


• Evidence of Harmful Effect of Bisphenol A-Based Plastics


• Test to Predict Early Onset of Heart Attacks

Posted January 9, 2014:

• Novel Biomarker Approach Suggests New Avenues to Improve Schizophrenia Disease Management


• Innovative Motion Evaluation Tool Saves Patients With Back Pain X-Ray Radiation Exposure


• Prediction of Future Flu Virus


• Study Dispels Theories of Y Chromosome's Demise: Stripped-Down Chromosome Retains Key Genes for Fertility


• Epigenetics: New Link Between Nutrition, Cancer


• Target Canine 'Superspreaders' to Halt Killer Disease, Cull Fewer Dogs, Study Suggests


• New Study Shows Promise for Preventing Therapy Resistance in Tumor Cells


• Discovery May Aid Vaccine Design for Common Form of Malaria


• Research Demonstrates 'Guided Missile' Strategy to Kill Hidden HIV


• Targeting Certain Kidney Cells May Help Treat Kidney Failure


• Mood Stabilizing Drug May Help Treat Acute Kidney Injury


• Research Reveals Structure of Master Regulator, New Drug Target for Autism, Cervical Cancer


• Spinal Cord Findings Could Help Explain Origins of Limb Control


• Capturing a Hard-Wired Variability: What Makes Some Identical Twins Noticeably Different?


• New Clues to How Bacteria Evade Antibiotics


• Antipsychotic Drug Exhibits Cancer-Fighting Properties


• Scientists Uncover New Target for Brain Cancer Treatment


• Inappropriate Antibiotic Use in Emergency Rooms Not Decreasing in Adults


• Newly Published Survey Shows Drug Shortages Still Have Major Impact on Patient Care


• Improved Regulations to Protect Human Research Subjects Would Better Protecting Study Participants


• New Pathway for Neuron Repair Discovered


• Rewiring Stem Cells: New Technique May Revolutionize Understanding of How Genes Function


• Researchers Discover How Vascular Disease Activates Autoimmune Disorders


• Tiny Technology Enables Improved Detection of Circulating Tumor Cells


• Pivotal Cellular Protein Underlying Eczema Identified


• Red Blood Cells Take on Many-Sided Shape During Clotting


• Electronic Book for Students With Visual Impairments Reaches for the Stars


• Researchers Discover Tumor Suppressor Gene in Very Aggressive Lung Cancer


• Cancer Drug Protects Against Diabetes


• Successful Test in Humans of Nasal Vaccine Against Pertussis


• Unfit, Lean People Are Better Protected Against Heart Attacks Than Fit, Obese People


• Many Men Start Testosterone Therapy Without Clear Medical Need


• Want a Better Work-Life Balance? Exercise, Study Finds