4.5 Article

Metal Catalysts and the Origin of Life

Journal

ELEMENTS
Volume 12, Issue 6, Pages 413-418

Publisher

MINERALOGICAL SOC AMER
DOI: 10.2113/gselements.12.6.413

Keywords

prebiotic chemistry; iron sulfur cluster; protocell; metallopeptide

Funding

  1. Simons Foundation [290358]
  2. Armenise-Harvard Foundation
  3. COST Action [CM1304]

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Life as we know it is completely dependent on metal ions. Gradients of metal ions drive metabolism, metal centers often form the active sites of enzymes, and metal-ion coordination is largely responsible for protein and RNA folding. This dependence on metal ions likely reflects the environment from which cellular life emerged. However, long chain biological polymers were not present on prebiotic Earth. Therefore, the chemical reactions leading to Earth's first cells must have made use of alternative catalysts that were later superseded by RNA and protein. Here, we discuss the similarities between free metal ions, minerals, and biological enzyme catalysts, and how cellular life could have exploited prebiotic metallocomplexes.

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