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Articles on Wuhan coronavirus

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Places where lots of animals come into contact can help pathogens move from species to species. Baloncici/iStock via Getty Images Plus

Re-creating live-animal markets in the lab lets researchers see how pathogens like coronavirus jump species

In the real world, new diseases emerge from complex environments. To learn more about how, scientists set up whole artificial ecosystems in the lab, instead of focusing on just one factor at a time.
Camp beds set up for travelers returning to Germany from China, who will be isolated for two weeks to make sure they don’t have coronavirus. YANN SCHREIBER/AFP via Getty Images

Quarantines have tried to keep out disease for thousands of years

Even before people understood how germs spread disease, they tried to isolate the sick to keep them from infecting others.
Employees disinfect ticket gates to prevent the spread of the coronavirus at a subway station in Seoul, South Korea, Jan. 28, 2020. AP Photo/Ahn Young-joon

Coronavirus grown in lab outside China for first time, aiding the search for vaccine

Australian scientists have grown the Wuhan virus in a lab, and that will speed up the search for a vaccine. It also will help scientists understand how the virus is transmitted from person to person.
A worker in Wuhan, China removes biomedical waste from the Wuhan Medical Treatment Center, where many patients of the coronavirus have been treated, on Jan. 22, 2020. AP Photo/Dake Kang

Are you in danger of catching the coronavirus? 5 questions answered

The coronavirus that has sickened hundreds in Wuhan, China, has worried health officials and other humans across the globe. Should people in the US worry?
Researchers examine materials collected from a Chinese woman to find the cause of her mysterious pneumonia symptoms, at Korea Centers for Disease Control and Prevention, South Korea, 09 January 2020. YONHAP/EPA

Scientists still searching for causes of mysterious pneumonia outbreak in China

Genetic analysis indicates novel coronavirus from Wuhan has a 89% similarity to the SARS virus, a relative of the SARS bat virus. However this does not mean nCoV comes from bats.

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