Most scientists today believe the COVID-19 pandemic began at a Chinese wet market, with the coronavirus in question likely originating from a bat. It wouldn’t be surprising, given that many viruses ...
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White-nose syndrome puzzle solved: Biological mechanisms behind devastating bat disease revealed
Millions of bats in North America have died from white-nose syndrome, and a new study from the University of Waterloo ...
Bats get a deadly bad rap — but they could play a lifesaving role in cancer treatment, according to a “fascinating new study” that examines their remarkable immune systems. Despite their long ...
Bats could hold the key to unlocking new ways to combat cancer, a new study suggests. A paper published by Oxford University Press, looks at the rapid evolution of bats for their abilities to both ...
A photograph of a Jamaican Fruit Bat in flight. Fruit bats generate more diverse antibodies than mice, but overall have a weaker antibody response, according to a new study published September 24 th ...
A team of researchers led by Anca Dorhoi at the Friedrich-Loeffler-Institut (FLI) and Emmanuel Saliba at the Helmholtz Institute for RNA-based Infection Research (HIRI), has elucidated age-dependent ...
Millions of bats in North America have died from white-nose syndrome, and a new study from the University of Waterloo ...
Bats have acquired remarkable traits throughout their evolution. They're the only mammals that can fly, and they live much longer than other animals their size. But perhaps most impressive is their ...
Bats are remarkable little creatures, with a long lifespan and an impressive resistance to both cancer and viral infection that has researchers very interested. So how have they managed to get blessed ...
CSHL postdoc Armin Scheben, with help from McCombie lab members Sara Goodwin and Melissa Kramer, created the first complete genome sequences of Artibeus jamaicensis, the Jamaican fruit bat (seen here) ...
Viruses are masters of stealth. From the moment a virus enters the host's body, it begins hijacking its cells. First, the virus binds to a specific protein on the cell's surface through a lock-and-key ...
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