Oleg Kiselyov, director of the Russian Influenza Research Institute, said Thursday, "We have not advanced enough to create such a genetic machine," the RIA Novosti news agency reported.
If the bird flu virus had been created artificially in order to be used as a biological weapon, scientists would have discovered this, he said.
Kiselyov called for the signing of international agreements on biological security in order to effectively fight the spread of bird flu.
"Work in this area is not keeping up to pace," he said. "We need to have swift information on what is happening in neighboring countries. Monitoring must be global."
Russia registered its first bird flu cases in Siberia last summer, and saw the virus spread westward to the European part of the country in October. However, no cases of human infection have been reported.
Health and Social Development Minister Mikhail Zurabov said Thursday the Russian government would allocate more than $46 million to fight bird flu, including the development of a vaccine, poultry immunization, expert training and the purchase of diagnostic equipment, RIA Novosti reported.
Copyright 2006 by United Press International
Related stories:
Dressed to Kill: From Virus to Vaccine
(PhysOrg.com) -- In a pioneering effort, researchers at the National Institute of Standards and Technology and the University of Queensland in Australia have successfully demonstrated that they can count, size and gauge the quality of virus-like particle-based (VLP) vaccines much more quickly and accurately than previously possible. Their findings could reduce the time it takes to produce a vaccine from months to weeks, allowing a much more agile and effective response to potential outbreaks.
Researchers identify potential new drug candidates to combat 'bird flu'
As the specter of a worldwide outbreak of avian or "bird flu" lingers, health officials recognize that new drugs are desperately needed since some strains of the virus already have developed resistance to the current roster of anti-flu remedies.
Animal magnetism provides a sense of direction
They may not be on most people’s list of most attractive species, but bats definitely have animal magnetism. Researchers from the Universities of Leeds and Princeton have discovered that bats use a magnetic substance in their body called magnetite as an ‘internal compass’ to help them navigate.
Scientists find key to avian flu in humans
MIT researchers have uncovered a critical difference between flu viruses that infect birds and humans, a discovery that could help scientists monitor the evolution of avian flu strains and aid in the development of vaccines against a deadly flu pandemic.
'Nanocavity' Sensor Detects Virus-Sized Particles
Scientists have created a nanoscale device that is capable of detecting one quadrillionth of a gram of biological matter, or about the size of certain viruses. In the future, the sensor may be able to detect influenza, severe acute respiratory syndrome (SARS), bird flu, and other viruses.
Miniature lab can detect deadly bird flu virus in 30 minutes
Researchers at the Institute of Bioengineering and Nanotechnology (IBN), Institute of Molecular and Cell Biology (IMCB) and Genome Institute of Singapore (GIS) have successfully developed a miniaturized device that can be used to detect the highly pathogenic avian flu (H5N1) virus.
Why mice sleep longer than humans
Most of us do it every night but we don't know why. If you miss too many nights, it might kill you.
Scientists reconstruct migration of avian flu virus
UC Irvine researchers have combined genetic and geographic data of the H5N1 avian flu virus to reconstruct its history over the past decade. They found that multiple strains of the virus originated in the Chinese province of Guangdong, and they identified many of the migration routes through which the strains spread regionally and internationally.