The history of the synthetic H1N1 flu virus and a not-so-rosy future

By Wayne Madsen (Online Journal)

The history of the extraction of the genetic material from the corpses of victims of the 1918 Spanish influenza virus who were buried in Arctic permafrost is part “X-Files” and part “Jurassic Park.”

After an unsuccessful 1951 mission, that involved U.S. biological warfare specialists, to extract 1918 Spanish flu genetic material in 1951 from a cemetery in the Inupiat Eskimo village of Brevig Mission, Alaska, scientists made another attempt, a successful one it turns out, in 1997.

Dr. Johan Hultin, from the State University of Iowa, successfully extracted genetic material from the corpse of an obese 30-something female who died from the Spanish flu in 1918, along with 85 percent of Brevig Mission's (called Teller Mission in 1918) villagers in a single week. The pandemic killed at least 50 million people around the world.

Once the Spanish flu genetic material was obtained from the lungs, spleen, liver, and heart of the Eskimo woman's corpse, scientists, in a scene reminiscent of the fictional movie “Jurassic Park,” in which genetic material from extinct dinosaurs is used to bring the creatures back to life, recreated the long-since dead 1918 Spanish flu in a U.S. government-funded laboratory. The woman's organs were cut into one-inch cubes and shipped to the Armed Forces Institute of Pathology in Rockville, Maryland, where the virus's genetic RNA material was identified and the 1918 Spanish flu was successfully brought back to life.

The search for the frozen bodies of 1918 flu victims was not limited to Alaska. Another team of scientists, acting like Dr. Frankenstein's “Igor,” set out to dig up the graves of miners who died from the flu in the remote Norwegian mining village of Longyearbyen in Spitsbergen, which lies north of the Arctic Circle.

WMR has learned from a research scientist who has been working on the recreation of the 1918 flu that the genetic material has been re-engineered to synthetically create what is now known as the A/H1N1 virus, or as the Centers for Disease Control (CDC) calls it, the “novel flu.”

The A/H1N1 influenza, which contains genetic material from two strains of swine flu, two strains of human flu, and a single strain of avian flu, has, according to the World Health Organization (WHO), infected, as of May 13, a total of 4,880 people in North America: 2,059 in Mexico; 2,535 in the United States, and 286 in Canada. There have been 56 reported deaths from the flu in Mexico, three in the United States, and one in Canada.

WMR has learned from an A/H1N1 researcher that the current “novel” flu strain is mutating rapidly in humans but no animals have contracted the virus. The enzyme in A/H1N1, as with all influenza A viruses, is called a polymerase. Scientists have calculated the molecular clock of A/H1N1 form the virus's polymerase rate. Because of the rapid mutation of the virus and the fact that, unlike 1918, rapid global transportation is now the norm, scientists are predicting that the molecular clock of the A/H1N1 virus, coupled with modern transportation, means that almost all the countries of the world will experience an A/H1N1 outbreak within the next few months.

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