Investigadores de 64 países, incluido Colombia, se unieron en un esfuerzo sin precedentes para reconstruir la historia genética del único mamífero ...

PhD Project - Eastbio: FoxP2 in Flight: Transgenic Bats and the Molecular Genetics of Speech and Language at University of St Andrews, listed on FindAPhD.com

Bats are critical players in global ecosystems, pollinating plants, dispersing seeds and eating huge numbers of insects. One of only three lineages of flying vertebrates in Earth's history, there ​are...

El mayor estudio combinado de genomas y fósiles de murciélagos jamás realizado concluye que se originaron en Europa hace unos 65 millones de años y que disponían de ecolocación desde el inicio

Europe is now the most likely starting point for bat evolution, about 65 million years ago, and echolocation was already working then.

PhD Project - Eastbio: FoxP2 in Flight: Transgenic Bats and the Molecular Genetics of Speech and Language at University of St Andrews, listed on FindAPhD.com

An updated phylogeny of bats is presented, based on new genome assemblies and many ancient fossils and including all known bat families.

A landmark collection of bat genomes reveals fresh clues about the evolution of one of the world’s most unusual groups of mammals.

Scientists say they've settled the debate about where bats came from and uncovered what the earliest bats were like. They also believe their new huge study of bat genomes and fossils could help reveal...

Study finds that bats most likely originated in Europe around 65 million years ago, before spreading across the world. 30 bat genomes for the study were sequenced at MPI-CBG. 

Genomic and fossil records could offer clues to the mammal’s ability to kill damaged cells that might eventually improve human health

Biggest study of its kind provides insights into bats’ evolution – a potential gamechanger for research into human virus and cancer treatment

An updated phylogeny of bats is presented, based on new genome assemblies and many ancient fossils and including all known bat families.

Comparative and functional analyses of Myotis bats uncover unique patterns of adaptation in virus-interacting proteins and longevity-associated pathways, linking two hallmarks of bat biology.