posted on Oct, 28 2010 @ 04:02 PM
October 28, 2010
It has been five years since a team of scientists resurrected the 1918 influenza virus from the lungs of a long-frozen victim. At the time, the
Jurassic Park–like feat was both widely celebrated and sharply criticized. Opponents worried about the risk of an accidental (or intentional)
release of the revived killer, which claimed between 50 million and 100 million lives in about 15 months and has been dubbed the worst plague in human
history. Proponents insisted that the insights gained from a fully reconstructed virus would be instrumental in fighting the next pandemic
A paper published in the November issue of the journal Microbe cites a potential new drug target, among other findings, as evidence that the risk was
not taken in vain. Terrence Tumpey of the Centers for Disease Control and Prevention and his colleagues have closed in on a protein called PB1 that
enables the virus to copy itself. When researchers substituted the PB1 protein in a normal flu virus with the 1918 version of that same protein, the
normal virus morphed into a superkiller: it replicated and spread through its rodent host eight times faster, killing more mice as a result. It turns
out that all 20th-century pandemic viruses, among them the 2009 swine flu, have avian flu PB1 genes. Most seasonal flu viruses have human flu PB1
genes.
[atsimg]http://files.abovetopsecret.com/images/member/0655dcbd9027.jpg[/atsimg]
www.scientificamerican.com...
It is a scary thought that one day we may be revisited by a pandemic like this one that happened in 1918 and killed 50 and 100 million people over a
period of fifteen months, it was considered the worst plague in human history.
If the scientific community can learn something from this and can avoid another pandemic of these kind of proportions that is good news. Scientists
are now working to develop new drugs that target PB1 which is present in most seasonal flu viruses like the 2009 swine flu. We have been lucky so far,
the flu scares in recent years have fizzled out for the most part.