BioResearch

In Other News

• Macrophages Lacking Ubiquitin-Binding Protein Stimulate Growth of Atherosclerotic Plaques

• Biotech Companies Agree to Commercialize an Anticancer PARP Inhibitor Drug

• Key Finding May Lead to Improved Treatment of Aggressive Brain Cancers

• Novel Combination of Nanotechnology and Gene Therapy Repairs Damaged Arterial Walls

• Bacterial Toxins Promote Growth of Rare Skin Cancer

• Blocking ERK Signaling Inhibits Growth of Some Pancreatic Cancer Cell Lines

• Bioengineered Connective Tissue to Promote Development of Treatment Strategies

• Successful Cardiac Repair Depends on Maturity of Transplanted Stem Cells

• Reprogrammed Skin Cells Produce Insulin and Prevent Diabetes in Mouse Model

• Secondary Bile Acids in the Large Intestine Inhibit Clostridium difficile Growth

• New Drug Research and Development Program to Focus on the Gut Microbiome

• Growth of Mantle Cell Lymphoma Slowed by Nanoparticle Transported siRNA

• Development of Rett Syndrome Linked to Membrane Transport Protein Deficiency

• Deleting the Dicer DNA-Repair Enzyme Increases Sensitivity of Cancer Cells to Chemotherapy

• Internet Application Furthers Pediatric Cancer Research

• Cell-Free Bioreactor Produces Therapeutic Proteins for Point-of-Care Use

• Interactive Cancer Drug Discovery Database Has Been Enlarged and Enhanced

• Thermal Microscopy Could Help Detect Disease

• Proteasome-Activating Drug Reverses Neurodegenerative Disease Symptoms in Mouse Model

• Maintenance of a Stable Karyotype Depends on Action of a Long Noncoding RNA

• Loss of Long Noncoding RNA Inhibits Breast Tumor Metastasis in Mouse Model

• Inhaled Viral Capsids Trigger Systemic Antitumor Response in Mouse Model

• Maple Syrup Compound a Potent Anti-Inflammatory Agent