CORDIS Project
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This project investigates the evolution of sulfur metabolism in microbes, focusing on how these processes have shaped Earth's biogeochemical cycles over time. By analyzing genetic data and sedimentary records, it aims to establish a timeline for the development of sulfur-cycling mechanisms and their impact on the plane…
Earth's biogeochemical sulfur cycle is driven by various microbial dissimilatory processes that couple sulfur redox transformations with energy conservation.
These dissimilatory sulfur metabolisms are catalysed by a linked suite of "enzymatic machineries" composed largely of multimeric protein complexes.
Over geological timescales, the sulfur-cycling "machineries" have co-opted to create a dissimilatory metabolic network at planetary scale, which has had tremendous consequences on the Earths maj…
UNIVERSITAT WIEN
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