Kai‐Uwe Hinrichs

The paper identifies novel extended tetraether lipids in a high-CO2 geyser, suggesting their role in membrane adaptation to extreme conditions.

This paper investigates carbon isotope fractionations in bacterial fermentation products and shows they can serve as isotopic signatures for studying fermentation in both modern and ancient environments.

The paper analyzes a global lipidomics dataset to reveal how marine plankton adapt their lipidomes to environmental stressors, identifying distinct lipid clusters linked to temperature, light, and nutrient conditions.

The paper identifies a novel ancestral high redox potential quinone, methyl-plastoquinone, and shows its evolutionary origin predates the Great Oxygenation Event.