The goal is to sequence the genomes of about 70,000 animal species to create a 'Genome Ark,' aiming to answer fundamental questions about evolution and biology, and to preserve genetic data of species on the verge of extinction.
Sequencing these genomes allows scientists to capture genetic data before species go extinct, potentially aiding in conservation efforts to save endangered populations.
The platypus represents a unique branch of the mammalian family tree, being an egg-laying mammal. Its genome helps scientists understand the genetic differences between egg-laying and placental mammals, shedding light on the origins of mammals.
The project provides genomes of species capable of vocal learning, such as songbirds, dolphins, and bats, which helps researchers understand the genetic basis of vocal learning and its evolution across different species.
Genetic engineering could potentially enhance or repair vocal communication circuits in humans, which raises ethical concerns about modifying brain circuits and the implications for human behavior and identity.
By late 2024, the project had completed about 80% of its first 260 species, providing enough data to start answering questions about what makes different animals unique.
High-quality sequencing ensures accurate data, preventing errors that could delay research and waste resources. It allows for more reliable comparative analysis across species.
It refers to the association between vocal learning and complex behaviors like problem-solving and rhythmic body movements, which often co-evolve in species perceived as intelligent.
The Vertebrate Genomes Project: It's an ambitious effort by an international group of scientists to create a "Genome Ark" by sequencing the genomes of about 70,000 animal species. The hope is that through all of this gene sequencing, scientists will be able to answer some basic but important questions like: What makes a bird, well, a bird? What makes a mammal a mammal? Plus, with so many species on the verge of extinction, can scientists record their genetic information before they go extinct – or better yet, maybe help save the population from going extinct? Guest host Jon Hamilton), one of our favorite science correspondents, talks to Erich Jarvis), the chair of this project, to learn what this ark of animal genomes could mean for our future – and why a platypus qualified for early boarding. Want to hear more animal stories? Let us know at [email protected]) — we read every email.Listen to every episode of Short Wave sponsor-free and support our work at NPR by signing up for Short Wave+ at* plus.npr.org/shortwave*)*.*Learn more about sponsor message choices: podcastchoices.com/adchoices)NPR Privacy Policy)