The largest global soft-tissue archaeological database reveals the biochemical self-polymerization that preser! Swipe to see →
A multidisciplinary research consortium led by bioarchaeologists and molecular biochemists at the University of Oxford has resolved one o...
Investigating archaeological brain preservation challenges classical tenets of soft-tissue degradation in paleopathology. To understand h...
The molecular mechanism driving neural preservation centers on advanced Maillard-type reactions and lipid peroxidation cascades triggered...
The brain undergoes spontaneous endogenous self-polymerization, in which rich membrane lipids and structural proteins cross-link covalent...
Proceedings of the Royal Society B — Peer-reviewed publication detailing the global archive of preserved ancient human brains.
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