BioResearch
Blocking Phosphatidylcholine Synthesis Lowers Levels of Circulating Lipids in Mouse Hyperlipidemia Model
Cardiovascular disease researchers seeking new ways to treat hyperlipidemia found that inhibition of the gene encoding a protein required for biosynthesis of phosphatidylcholine, a major cell membrane component, in a mouse model resulted in decreased levels of lipids in circulation. More...21 Sep 2015
Novel Spin Column-Based Kits for Standardized Extraction of Exosome RNA
A novel spin column-based method has been developed that provides a faster, more reliable means for the isolation of RNA from exosomes for research, delivering high-quality results with less labor-intensive sample preparation. More...21 Sep 2015
Blocking the MicroRNA That Controls Angiogenesis Slows Breast Tumor Growth in a Diabetic Mouse Model
A team of molecular biologists demonstrated that it was possible to inhibit growth of breast tumors in a diabetic mouse model by injecting the animals with an antagonist of the microRNA that controls the process of angiogenesis. More...20 Sep 2015
![Image: The \"Japonica Array\" contains 659,253 SNPs, including tag SNPs for imputation, SNPs of Y chromosome and mitochondria, and SNPs related to previously reported genome-wide association studies and pharmacogenomics (Photo courtesy of Tohoku Medical Megabank Organization).](https://globetechcdn.com/mobile_labmedica/images/stories/articles/article_images/2015-09-16/GMS-314.jpg "Image: The \\"Japonica Array\\" contains 659,253 SNPs, including tag SNPs for imputation, SNPs of Y chromosome and mitochondria, and SNPs related to previously reported genome-wide association studies and pharmacogenomics (Photo courtesy of Tohoku Medical Megabank Organization).")
Blocking Glycolysis Helps Antimitotic Chemotherapeutic Drugs to Work Better
Blocking the attempts of tumor cells to establish glycolysis as their primary means of generating energy was found to significantly augment the chemotherapeutic benefits of drugs that prevent the cells from dividing. More...15 Sep 2015
Toxic Peptide from Wasp Venom Targets Cancer Cell Membrane Phospholipids
A toxic peptide component of the venom produced by a South American wasp effectively destroys some types of cancer cells through interactions with groups of phospholipids that are distributed abnormally on their cell membranes. More...15 Sep 2015
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Clinical Trial Confirms Potential of Candidate Antimyeloma Drug
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Nanoparticle-Augmented Spectroscopy Reveals Structure of Alzheimer's Disease Peptide
Long Strands of Repetitive RNA Found to Cause Severe Neurodegenerative Disorders
European Funding to Advance Development of Prostate Cancer Drug
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PTEN Requires a Stable Dimer Configuration to Effectively Suppress Tumor Growth
Monkeys Protected from MERS Infection by Synthetic DNA Vaccine
Pipetting Assistant Helps Prevent Repetitive Strain Injuries
DNA Found That Enables Growth of Wild-Type Hepatitis C Virus in Cell Cultures
Plant Extract Prevents Bacterial Skin Infections by Disrupting Quorum Sensing
MS Drug Deal to Net More Than USD 1 Billion
Novel Microreactor Enables Evaluation of Drug Toxicity on the Liver
Novel Algorithms Allow Automated Monitoring of Individual Cell-to-Cell Interactions
Molecular Pathway Leads to Skin and Hair Regeneration After Injury
BioResearch brings the latest research news on the genome, proteome, metabolome, on drug discovery, and therapeutics. Biotech researchers, lab administrators, technologists, drug manufacturers, and suppliers can find the latest research news and information related to their fields of endeavor here.
