ADP / CH3SH and CO / Fdox methyl-H4F CO2 CO / ACS / Russell / /
Country
Germany / Portugal / United Kingdom / Ireland / / /
Facility
University of Du¨sseldorf / University College London / Institute of Molecular Evolution / University of London / /
IndustryTerm
metal / chemical conditions / similar serpentinizing systems / chemical synthesis / reactive chemical environments / chemical reaction products / stable products / chemical compositions / exergonic chemical reactions / net exergonic chemical reaction / organic products / magma-hosted black smoker systems / chemical syntheses / chemical and thermodynamic similarities / vent systems / continuous chemical reaction / reaction products / energy releasing reactions / chemical energy / chemical / energy metabolism / synthesized products / harnessable chemical energy / chemicals / chemical disequilibrium / energy / /
NaturalFeature
Hadean Ocean / /
Organization
Instituto de Tecnologia Quı´mica / University of Du¨sseldorf / School of Biological and Chemical Sciences / University College London / University of London / London / Royal Society / Research Department of Genetics / Evolution and Environment / Institute of Molecular Evolution / and 2Institute of Genomic Microbiology / /
Person
Nova de Lisboa / Mary / Phil Trans / William F. Martin / / /
Early bioenergetic evolution Filipa L. Sousa1, Thorsten Thiergart1, Giddy Landan2, Shijulal Nelson-Sathi1, Ineˆs A. C. Pereira3, John F. Allen4,5, Nick Lane5 and William F. Martin1 1 rstb.royalsocietypublishing.org