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First international, Chinese expert meeting on virus origin: WHO By Nina LARSON Geneva (AFP) Oct 30, 2020
The World Health Organization said Friday that international experts had held their first meeting, albeit virtually, with their Chinese counterparts in order to investigate the animal origins of the novel coronavirus pandemic. The WHO has for months been working to send a team of international experts, including epidemiologists and animal health specialists, to China to help probe the animal origin of Covid-19 and how the virus first crossed over to humans. WHO chief Tedros Adhanom Ghebreyesus told a virtual press briefing Friday that the UN agency was continuing "to establish the origins of the virus to prevent future outbreaks." "Today, a group of international experts had their first virtual meeting with their Chinese counterparts," he said. The UN health agency sent an advance team to Beijing in July to lay the groundwork for the probe, but it has remained unclear when the larger team of scientists would be able to travel to China to begin epidemiological studies to try to identify the first human cases and their source of infection. Scientists believe the killer virus jumped from animals to humans, possibly from a market in the city of Wuhan selling exotic animals for meat. It is widely assumed that the virus originally came from bats, but the intermediate animal host that transmitted it between bats and humans remains unknown. When asked why the first meeting between the experts had not been face-to-face, WHO emergencies chief Michael Ryan stressed Friday that "it was certainly always part of the plan that the teams would meet virtually first." - 'Politically intoxicated environment' - "We fully expect the team to deploy on the ground." He said the teams needed to first review all the studies already done "so that the trip, the mission ultimately will address the issues which are the gaps in knowledge." He cautioned though that such investigations are highly complex and can take "a very long time." "I cast my mind back to MERS and SARS and other diseases, which have taken months and sometimes years to establish animal origins, and sometimes years to get fully fledged investigations carried out on the ground," he said. The WHO has faced harsh criticism for not moving quickly enough with the probe, especially from the administration of US President Donald Trump, which has accused the agency of kowtowing to China. Ryan acknowledged that there was a lot of political pressure to move swiftly, but stressed it was important to move forward in a way most likely to achieve the best answers. "That is what we need: ... the best answers. Not just any answer that satisfies political needs of speed," he said. "We want the best possible scientific outcome, generating the best possible evidence for the origin of this disease, because it is important." Ryan emphasised that it was "difficult to do this work in a politically intoxicated environment. "We are trying our best to ensure the best science in the face of one of the most devastating epidemics we have had to face together as a planet." - International air travel - Since the virus first surfaced in China late last year, it has killed nearly 1.2 million people worldwide and infected well over 45 million. WHO's emergency committee met this week to evaluate the crisis nine months after declaring it a public health emergency of international concern (PHEIC) -- the UN agency's highest level of international alarm. The committee provided some new recommendations, including urging the WHO to update its advice on international air travel. "It's very important that WHO produce an updated guidance with regard to safe international air travel and clearly the use of the tests is certainly now supposed to have a much large place compare to quarantine," committee chair Didier Houssin told Friday's briefing, pointing to "efforts which have been made by airlines and by airports."
Longer-lingering droplets are less efficient carriers of COVID-19 virus Washington DC (UPI) Oct 27, 2020 New research - published Tuesday in the journal Physics of Fluids - suggests bigger, short-lived aerosol droplets pose a much greater risk of spreading COVID-19 than aerosol microdroplets, which are tiny particles that linger longest in the air. To better understand the behavior and virus-carrying potential of different types of aerosol droplets, researchers had volunteers breathe, speak and cough into a laser beam, which recorded the size and distribution of the array of aerosolized particle ... read more
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