Bone Tools and Borrowed Bodies: The Strange Burial at Loch Borralie
What two Iron Age individuals buried on Scotland’s northern coast reveal about mobility, kinship, and what the living did with the dead
What two Iron Age individuals buried on Scotland’s northern coast reveal about mobility, kinship, and what the living did with the dead
Roman Garum Science Claxon!
Themudo, Gonçalo Espregueira, Adolfo Fernández-Fernández, Patricia Valle Abad, et al. “Roman Atlantic Garum: DNA Confirms Sardine Use and Population Continuity in North-Western Iberia.” Antiquity 99, no. 406 (2025): 1049–64. https://doi.org/10.15184/aqy.2025.73.
> the authors demonstrate that, despite being crushed and exposed to acidic conditions, usable DNA can be recovered from ichthyological residues at the bottom of fish-salting vats. At third-century AD Adro Vello (O Grove), Galicia, they confirm the use of European sardines (Sardina pilchardus) and move beyond morphology to explore population range and admixture and reveal the potential of this overlooked archaeological resource
How Neanderthal Genes Influence Today’s Sensitivity
Peter Dazeley//Getty Images Some people flinch at a needle prick faster than others. One possible reason, at least in a very specific experimental setting, may be old very old DNA. In a 2023 paper published in Communications Biology, researchers linked three Neanderthal-derived variants in the gene SCN9A to a lower threshold for one kind of pain test in modern humans: a skin-pricking test performed after the area had been sensitized with mustard oil.......Continue reading.... By: Tim […]https://onlinemarketingscoops.com/2026/06/09/how-neanderthal-genes-influence-todays-sensitivity/
3-Jun-2026
Ancient #genomes reveal the unique history of the #extinct #caveLion
https://www.eurekalert.org/news-releases/1129552
#science #evolution #ecology #ancientDNA #lions #megafauna #animals

Authors investigate ancient DNA from animal remains and identify multiple signatures of ancient zoonotic pathogens. They find ancient pathogen genomics from archaeological animal remains may inform zoonotic disease emergence.