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UNSW biosecurity researchers develop intelligence program that ‘could have prevented COVID-19’

UNSW biosecurity researchers develop intelligence program that ‘could have prevented COVID-19’

A major tool in the fight against COVID-19 has been developed at UNSW. Its creators say it could have prevented the global pandemic
Thursday, February 04, 2021

Researchers from the University of NSW have developed a biosecurity program they say could have prevented COVID-19 and believe it will be instrumental in thwarting future pandemics.  UNSW’s Head of Biosecurity Research, Raina MacIntyre, has spearheaded an intelligence program called Epiwatch that she is confident could have detected COVID-19 in China in mid-November 2019 – one month before the World Health Organisation knew about it.

Epiwatch is part of the UNSW Kirby Institute research centre’s new Epidemic Observatory, and it is an open-source epidemic intelligence program.  Epiwatch uses an algorithm that collates data from media reports, social media activity and publicly available information to detect unusual biosecurity activity. It monitors reports of unusual pneumonia or severe acute respiratory syndrome. Epiwatch is driven by a “multifactorial risk analysis tool called ‘EpiRisk’ which provides rapid insight into the potential severity of emerging epidemics by combining disease-related parameters and country-related risk parameters”.

In a retrospective exercise for COVID-19 ahead of its slated launch next month, Epiwatch monitored China’s national blogging site Weibo and social media to pinpoint when the pandemic could have first been flagged.

“There were signals that could have been picked up in real time in mid-November about COVID-19,” Professor MacIntyre told NCA NewsWire. “Not only did we find information about severe and unusual activity of pneumonia but also censorship of media reports that had been blacked out (by the Chinese government).

“(In the retrospective exercise) there was something unusual happening in that province (COVID-19’s origin in Wuhan) prior to the WHO finding out about the virus at the end of December.” Professor MacIntyre said COVID-19 could have been contained to Wuhan using this technology, which was inspired by the 2014 Ebola outbreak of 2014 in western Africa.

“You can prevent pandemics; the whole (COVID-19) pandemic could have been prevented by detecting it and then isolating the cases in China,” Professor MacIntrye

“We could have also used social media to detect a signal for the 2014 Ebola epidemic three months before WHO was aware of the outbreak.”  UNSW’s Epidemic Observatory also can predict the severity of annual flu seasons.  “We have a flu forecasting system which can tell whether you’re going to have a bad flu season,” she said.  Professor MacIntyre said Epiwatch was particularly useful in the virus-prone region of Asia Pacific.  “We live in a region that is, historically, high risk for emerging infections and pathogens,” she said.  “This kind of technology is already available in some Asian countries but not in Western countries. Public health is quite old-fashioned (in Western nations).

“We have picked up on contact tracing using QR codes (in Australia), but I think we can expand on that and use digital surveillance on diseases.”

Contributor Evin Priest - NCA Newswire