More than 75% of new infectious diseases affecting humans originally come from animals. Bats, in particular, are natural ...

Researchers were able to test how viruses replicate differently across various bat species and organs using the new organoid ...

Scientists create the world’s largest bat organoid platform—offering new tools to study viruses and boost pandemic ...

Max J. Kellner, Vanessa Monteil, Patrick Zelger, Gang Pei, Jie Jiao, Masahiro Onji, Komal Nayak, Matthias Zilbauer, Anne Balkema-Buschmann, Anca Dorhoi, Ali Mirazimi, Josef M. Penninger: Bat organoids ...

A Global Biobank for Future Pandemic Preparedness This bat organoid platform marks a new era for infectious disease research, making it possible to safely and effectively study dangerous viruses ...

A domestic team of scientists has developed the world's largest platform for bat-like organoid research to analyze the ...

Researchers created 3D “mini-organs” from the trachea, lungs, kidneys, and intestines of five insect-eating bat species commonly found in Korea and Europe. The platform includes both organoids ...

South Korean scientists have succeeded in growing a set of bat organoids, or mini-organs grown in a laboratory from bat cells, potentially opening up new ways to study how bats’ ...