Why This Researcher Thinks the Next Pandemic May Be Nipah, Developed by China
“They began to see these as potential bioweapons,” Dr. Quay, previously on the faculty of Stanford University’s School of Medicine and now CEO of Atossa Therapeutics, told The Epoch Times.
After the COVID-19 pandemic, Dr. Quay fears the next pandemic could be magnitudes more deadly if risky research on the Nipah virus at laboratories like the Wuhan Institute of Virology (WIV) continues unabated.
“If you can create a vaccine for your own population before you release it, … you can really have a differential effect. And they’re economic weapons, and they’re weapons of fear,” he said.
Dr. Quay says there’s evidence that China is engaged in highly risky lab engineering of the Nipah virus. Some of the evidence includes data from the WIV, while another aspect has to do with the shipment of deadly virus samples from Canada’s high-security lab in Winnipeg to China, he says.
Dr. Quay says if human-to-human transmission of Nipah is made easier by researchers, the result will be disastrous.
“If they make it aerosolized, we are done as a civilization,” he says.
Sean Lin, Ph.D., former virology lab director at Walter Reed Army Hospital in Maryland, says he is highly concerned by the Chinese Communist Party’s (CCP) focus on Nipah.
“People who get Nipah can have neuropathic syndromes. They can have severe brain damage. But they don’t die immediately, not like Ebola. So the virus can have a better chance to further propagate from the infected host,” Mr. Lin, a contributor to The Epoch Times, said in an interview.
“If the host can last longer and spread it more in human-to-human transmission, it would be a better bioweapon. That’s why the CCP is very interested in the Nipah virus, and that’s why I think it’s very dangerous.”
American microbiologist Richard Ebright agrees that research to enhance lethal levels or transmissibility (gain-of-function) of Nipah virus should be forbidden given the risks involved.
“Gain-of-function research and enhanced potential pandemic pathogen research on Hennipah viruses pose unacceptably high risks. Such research should be prohibited. Both in the US and overseas,” Mr. Ebright, a board of governors professor of chemistry and chemical biology at the Rutgers-New Brunswick School of Arts and Sciences, wrote in an email. Nipah is a type of Henipah virus.
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