Cambodia
bat researchers on mission to track origin of COVID-19
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[September 20, 2021]
By Cindy Liu and Prak Chan Thul
STUNG TRENG, Cambodia (Reuters) -
Researchers are collecting samples from bats in northern Cambodia in a
bid to understand the coronavirus pandemic, returning to a region where
a very similar virus was found in the animals a decade ago.
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Two samples from horseshoe bats were collected in 2010 in Stung
Treng province near Laos and kept in freezers at the Institut
Pasteur du Cambodge (IPC) in Phnom Penh.
Tests done on them last year revealed a close relative to the
coronavirus that has killed more than 4.6 million people worldwide.
An eight-member IPC research team has been collecting samples from
bats and logging their species, sex, age and other details for a
week. Similar research https://reut.rs/3EsZXVO is going on in the
Philippines.
"We hope that the result from this study can help the world to have
a better understanding about COVID-19," field coordinator Thavry
Hoem told Reuters, as she held a net to catch bats.
Host species such as bats typically display no symptoms of
pathogens, but these can be devastating if transmitted https://tmsnrt.rs/3lvfsE9
to humans or other animals.
Dr. Veasna Duong, Head of Virology at the IPC, said his institute
had made four such trips in the past two years, hoping for clues
about the origin and evolution of the bat-borne virus.
"We want to find out whether the virus is still there and ... to
know how the virus has evolved," he told Reuters.
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Deadly viruses originating from
bats include Ebola and other coronaviruses such
as Severe Acute Respiratory Syndrome (SARS) and
Middle East Respiratory Syndrome (MERS).
But Veasna Duong said humans were responsible
for the devastation caused by COVID-19, due to
interference and destruction of natural
habitats.
"If we try to be near wildlife, the chances of
getting the virus carried by wildlife are more
than normal. The chances of the virus
transforming to infect humans are also more," he
said.
The French-funded project also aims to look at
how the wildlife trade could be playing a part,
said Julia Guillebaud, a research engineer at
the IPC's virology unit.
"(The project) aims to provide new knowledge on
wild meat trade chains in Cambodia, document the
diversity of betacoronaviruses circulating
through these chains, and develop a flexible and
integrated early-detection system of viral
spill-over events," Gillebaud said.
(Reportin by Cindy Liu in Stung Treng and Prak
Chan Thul in Phnom Penh; Editing by Martin Petty
and Andrew Heavens)
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