MIT Chemists Decode the Molecular Armor That Preserves Dinosaur Collagen
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A new study explains how dinosaur collagen survived so much longer than expected. MIT researchers have discovered that special atomic-level interactions prevent water molecules from breaking down the peptide bonds in collagen, a finding that explains how dinosaur fossils could retain collagen structures for over 195 million years. This discovery suggests a deeper resilience at […]
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A new study explains how dinosaur collagen survived so much longer than expected. MIT researchers have discovered that special atomic-level interactions prevent water molecules from breaking down the peptide bonds in collagen, a finding that explains how dinosaur fossils could retain collagen structures for over 195 million years. This discovery suggests a deeper resilience at…
A new study explains how dinosaur collagen survived so much longer than expected. MIT researchers have discovered that special atomic-level interactions prevent water molecules from breaking down the peptide bonds in collagen, a finding that explains how dinosaur fossils could retain collagen structures for over 195 million years. This discovery suggests a deeper resilience at…