Drug Stops Influenza and Bird Flu Virus
Posted on: Wednesday, 4 October 2006, 18:00 CDT
U.S. scientists say they have discovered a novel compound that confers broad protection against influenza viruses, including avian influenza.
Opening what they call a new front in the war against flu, University of Wisconsin-Madison researchers discovered a peptide -- a small protein molecule -- that effectively blocks the influenza virus from attaching to and entering the cells of its host, thwarting its ability to replicate and infect more cells.
The finding is important because it could make available a class of new antiviral drugs to prevent and treat influenza at a time when available antiviral drugs are losing their potency.
This gives us another tool, said Stacey Schultz-Cherry, a professor of medical microbiology and immunology and the senior author of the study. We're quickly losing our antivirals.
The new drug, tested on cells in culture and in mice, conferred complete protection against infection and was highly effective in treating animals during the early stages of infection. Untreated infected animals typically died within a week. All of the infected animals treated with small doses of the drug at the onset of symptoms survived.
The research is reported online in the Journal of Virology.
Source: United Press International
Related Articles
- Gladstone Scientists Identify Strategies To Protect New Brain Cells Against Alzheimer's Disease
- Statins may guard against Alzheimer's
- Researchers Report Thymosin B4 Protects Human Cornea Epithelial Cells Against Oxidative Damage
- Neuronascent, Inc. Announces License of Its Patented Animal Cells to Lifeline Cell Technology, LLC
- The Meat You Can Eat Without Killing Animals
- Scientists Discover How Nipah Virus Enters Cells
- Research Mingling Human, Animal Cells Continues to Evolve
- Genetic Mingling Mixes Human, Animal Cells
- Extracellular Matrix Protects Pancreatic [Beta]-Cells Against Apoptosis: Role of Short- and Long-Term Signaling Pathways
- Identification and Authentication of Animal Cell Culture By Polymerase Chain Reaction Amplification and Dna Sequencing
User Comments (0)

RSS Feeds