Thai
sniffer dogs can detect COVID-19 in sweat, project shows
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[March 17, 2021]
By Juarawee Kittisilpa
BANGKOK (Reuters) - Thai sniffer dogs
trained to detect COVID-19 in human sweat proved nearly 95% accurate
during training and could be used to identify coronavirus infections at
busy transport hubs within seconds, the head of a pilot project said.
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Six Labrador Retrievers participated in a six-month project that
included unleashing them to test an infected patient's sweat on a
spinning wheel of six canned vessels.
"The dogs take only one to two seconds to detect the virus,"
Professor Kaywalee Chatdarong, the leader of the project at the
veterinary faculty of Thailand's Chulalongkorn University, told
Reuters.
"Within a minute, they will manage to go through 60 samples."
The dogs can detect a volatile organic compound secreted in the
sweat of COVID-19 sufferers, even in the absence of disease
symptoms, the Thai researcher said.
The dogs would not need to directly sniff people, but could screen
samples of sweat, a task that should not be difficult in a tropical
country such as Thailand, she added.
Chile, Finland and India are other countries that have also launched
efforts to get sniffer dogs to detect the virus, with a German
veterinary clinic saying last month its sniffer dogs had achieved
94% detection accuracy in human saliva.
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"The next step is we will put
them out in the field," said Kaywalee.
"In the future, when we send them to airports or
ports, where there is an influx of commuters,
they will be much faster and more precise in
detecting the virus than temperature checks."
Thailand has been relatively successful in
containing the virus, with a new wave of
infections in the first two months of the year
now levelling off and after recording 88 deaths.
The southeast Asian nation has also started
vaccinating front-line health workers and hopes
to find a way to let visitors return in greater
numbers after its tourism-dependent economy was
battered by the pandemic.
(Writing by Ed Davies; Editing by Clarence
Fernandez)
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