Molecular Evolution in Prebiotic Environments

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Molecular Evolution in Prebiotic Environments

Molecular Evolution in Prebiotic Environments

@CRC392MolEvo

CRC 392 Molecular Evolution in Prebiotic Environments @LMU_Muenchen, funded by @DFG_public - successor of CRC 235 Emergence of Life

Munich, Bavaria Katılım Ekim 2018
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Molecular Evolution in Prebiotic Environments
🌋 Day 1 in Iceland We started where Icelandic society began — at Þingvellir, home to the world’s oldest parliament. Then, science met steam at the erupting Strokkur Geyser. To end the day? We enjoyed a bath in a naturally heated hot pool with a golden view.
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Molecular Evolution in Prebiotic Environments
Using light and fluorescence microscopy, researchers found that most archaea gathered near the chimney sediment. They received no nutrients or vitamins — yet their growth rates nearly matched those in ideal lab conditions, sustained solely by the geochemical environment. (4/5)
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Molecular Evolution in Prebiotic Environments
Emancipated Archaea 🦠 Nowadays, H₂-dependent archaea live in partnership with organisms that produce H₂. But 3.8 billion years ago, life was just beginning, and archaea were on their own. So, how did they get their H₂? Let’s dig into the science. #Science #OriginOfLife (1/5)
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Molecular Evolution in Prebiotic Environments
From geosciences to biochemistry — join us for expert talks accompanied by meet-the-speaker slots and virtual poster sessions. Take the chance to share your ideas, forge new collaborations, and be part of the global Origins of Life community. Register now! (2/2)
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Molecular Evolution in Prebiotic Environments
In AEON, each player represents a different potential origin-of-life environment, such as hydrothermal vents, ice fields, or volcanic ponds. The goal: be the first to develop a membrane, metabolism, and replication– the three essential building blocks of life. (2/3)
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