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Ancient Bacteria Revived from Mediterranean Seabed

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Discovery

Ancient Bacteria Revived from Mediterranean Seabed

Curated by Surfaced EditorialΒ·NatureΒ·2 min read
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Researchers from the University of Utrecht, led by Dr. Anke J. van der Zee, successfully revived and cultured bacteria that had been dormant in Mediterranean seabed sediments for over 100 million years. Detailed in *Nature Communications* in October 2023, these extremophiles, surviving extreme pressures and lack of nutrients, represent some of the oldest life forms ever brought back to activity. Their genetic makeup provides a glimpse into early microbial ecosystems, potentially holding secrets to metabolic pathways relevant to biotechnology and understanding life's resilience.

Why It’s Fascinating

The ability to resurrect life that has been dormant for geological timescales is a profound testament to life's tenacity. These ancient bacteria, plucked from the depths of the Mediterranean, have survived conditions that would obliterate most known organisms. Their genetic material is a living archive, offering scientists an unparalleled opportunity to study the biochemistry and evolutionary adaptations of life from the Mesozoic Era. This could unlock novel enzymes for industrial applications, or even provide clues about how life might exist on other planets or moons with extreme subsurface environments. The study pushes the boundaries of what we consider the 'living planet' and raises questions about the vast, hidden microbial reservoirs that may exist within Earth's crust and oceans, waiting for the right conditions to reawaken.

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