Ancient DNA sequencing enables researchers to recover genetic information from highly degraded specimens and reconstruct past species and ecosystems. While this is transforming paleogenomics, fragmented, damaged DNA and contamination continue to challenge recovery and interpretation.
In this episode of Teach Me in 10, Dr. Selina Brace, UKRI Merit Researcher in ancient DNA and Head of the Ancient DNA Laboratory at the Natural History Museum, London, explores how advances in sequencing and targeted capture are expanding the genetic information researchers can recover from challenging ancient materials. She reveals how fossilized dung provides insights into animal diets, population history, and past environments, while also exploring the emerging potential of ancient protein analysis.
Watch this episode to discover:
- How next-generation sequencing expands ancient DNA recovery
- What fossilized dung reveals about extinct ecosystems
- Where paleogenomics and ancient protein analysis are heading
