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Photosynthesis / Metabolism / Transport proteins / Chemiosmosis / Electron transport chain / Proton pump / ATP synthase / Microbial metabolism / Methanogen / Biology / Integral membrane proteins / Cellular respiration


The Origin of Membrane Bioenergetics
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Document Date: 2013-01-02 05:27:22


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File Size: 1,15 MB

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City

Seedorf / Marreiros / New York / Rnf / Washington / DC / Flavin / London / /

Company

Elsevier Inc. / Mo/W Co / ADP / Sylva S.P. / Leverhulme Trust / /

Country

United States / /

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Facility

University College London / Etf complex / Darwin Building / /

IndustryTerm

transition metal sulfide cofactors / energy-conserving enzymes / energy conservation / waste product / hydrothermal systems / chemical and chemiosmotic energy / Machinery pumping protons / Energy-converting / solutions / main energy-releasing reaction / chemical evolution / transition metal catalysis / energy transduction / energy flux / chemical environment / energy-conserving hydrogenase / early energy harnessing / high energy demands / biological energy conservation / simplest solution / ion coupling site / energy crisis / biological energy currency / alkaline hydrothermal solutions / Metal centers / redox energy / high energy requirements / energy currency / chemical energy / energy currencies / geological energy dissipation / active ion-pumping systems / energy-converting hydrogenase / energy / simulated hydrothermal pore systems / metal / reactive chemical environments / energy source / ion pumping machinery / energy gain / reduced end product / biological energy harnessing / methyl / energy requirements / energy-conserving rotary motor / ancient biological energy conservation / energy conserving / biochemical energy conservation / precarious energy crisis / seafloor hydrothermal systems / alkaline vent systems / energy metabolism / chemical and energetic processes / biochemical machinery / /

Organization

L. Zaikowski / University College London / AT3-60 Shipboard Party / European Research Council / American Chemical Society / Modern Society / Membrane Bioenergetics Nick Lane1 / * and William F. Martin2 1Research Department of Genetics / Evolution and Environment / Vital Force / /

Person

Bifurcation / John Allen / Mike Russell / Nat / Manuela Pereira / Bada / Hecker / Wolfgang Nitschke / Filipa Sousa / Peter Rich / Don Braben / Rolf Thauer / Georg Fuchs / Volker Mu¨ller / Ana Hidalgo / Leone / V / John Baross / Frank Harold / /

Position

/CH3 COO / heterodisulfide CoM-S-S-CoB / /

ProvinceOrState

British Columbia / Colorado / /

PublishedMedium

PLoS ONE / Terra Nova / /

Technology

radiation / polymerization / thermodynamics / genetic code / Molecular Evolution / /

URL

http /

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