Microbial metabolisms occupy a distinct region of chemical space enriched in heteroatoms with sublinear element scaling, differing from synthetic compounds and planetary data to enable an ecological biosignature for life detection.
The Making of Reaxys—Towards Un-obstructed Access to Relevant Chemistry Information
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Elemental Stoichiometry as an Ecological Biosignature with Applications to Life Detection
Microbial metabolisms occupy a distinct region of chemical space enriched in heteroatoms with sublinear element scaling, differing from synthetic compounds and planetary data to enable an ecological biosignature for life detection.