OR WAIT null SECS
The National Institute of Allergy and Infectious Diseases (NIAID), part of the National Institutes of Health (NIH), has awarded 10 grants and two contracts totaling approximately $9 million to fund development of new therapeutics and vaccines against some of the most deadly agents of bioterrorism including anthrax, botulinum toxin, Ebola virus, pneumonic plague, smallpox and tularemia.
These awards are the first made by NIAID using authorities provided by Project Bioshield, which was signed into law on July 21, 2004. Project Bioshield gives federal agencies new tools to accelerate research on medical countermeasures to safeguard Americans against chemical, biological, radiological or nuclear attack. These first grants and contracts, which range in duration from 12 to 18 months, respond to a key objective of the NIAID biodefense research agenda that emphasizes the development of new and improved medical products against "Category A" agents those biological agents considered by the Centers for Disease Control and Prevention to pose the greatest threat to national security.
"Project Bioshield enables us to expedite research and development of critical medical countermeasures based on promising recent scientific discoveries," says Anthony S. Fauci, MD, director of NIAID. "These product development awards, focused on the most serious potential agents of bioterror, will help to rapidly translate laboratory findings into new therapies."
The 10 institutions receiving grants and the principal investigator at each are:
-- The Scripps Research Institute, La Jolla, Calif., Kim Janda, PhD. Focus: identification of drugs that reverse paralysis caused by botulinum toxin
-- Apath LLC, St. Louis, Paul Olivo, M.D., PhD. Focus: development of new antiviral drugs for Ebola infection
-- Veterans Affairs San Diego Healthcare System, Karl Hostetler, MD. Focus: development of a new antiviral drug against smallpox
-- Arizona State University, Tempe, Ariz., Bertram Jacobs, PhD. Focus: optimization of smallpox vaccines protective effect when given after exposure to the virus
-- NovoBiotic Pharmaceuticals LLC, Cambridge, Mass., Losee Ling, PhD. Focus: development of new drugs against the bacterium that causes anthrax
-- Childrens Hospital Oakland Research Institute, Oakland, Calif., Donald Reason, PhD. Focus: development of antibodies to be used as post-exposure anthrax therapy
-- Nanotherapeutics Inc., Alachua, Fla., James Talton, PhD. Focus: development of single-dose disposable inhalers of two antibiotics for immediate, post-exposure protection against pneumonic plague and tularemia
-- University of Chicago, Wei-Jen Tang, PhD. Focus: development of a therapy that blocks the action of anthrax edema toxin, which produces severe swelling in human cells
-- MaxThera Inc., Reading, Mass., Ania Knap, PhD. Focus: identification of new antibacterial agents against a broad spectrum of potential bioterror pathogens
-- Veritas Inc., Rockville, Md., George Oyler, MD, PhD. Focus: development of several tests used to screen tens of thousands of drugs to identify those that inhibit the activity of botulinum neurotoxin
The two institutions receiving contracts and the principal investigator at each are:
-- XOMA (US) LLC, Berkeley, Calif., Marc Better, PhD. Focus: production of a vaccine candidate against botulinum toxin type E. There are seven known types of botulinum toxin: A, B, C, D, E, F and G. Each has different properties and actions, with types A, B and E considered by scientists to be the most serious threats to public health
-- DVC Dynport LLC, Frederick, Md., Ian Henderson, PhD. Focus: development and production of antibodies that protect against botulinum toxin type A
Source: National Institutes of Health