PETER MITCHELL Glynn Research Institute / Molteno Institute / Hall et al. / /
IndustryTerm
redox chain systems / localised anhydrous chemical intermediate / electricity / respiratory chain / classical homogeneous solution / plant products / direct chemical / systems / chemical coupling hypothesis / chemiosmotic membrane-located systems / biological energy transfer / chemical group potential / chemical changes / exploded energy-rich chemical intermediates / energy-rich intermediates / proton-conducting aqueous media / solute porter systems / structural and functional systems / chemical activity / redox carrier proteins / high-energy / redox energy / phosphorylation energy / chemical-coupling notion / word electricity / energy metabolism / respiratory chain systems / aerobic energy metabolism / mitochondrial respiratory chain / analogous photoredox chain systems / chemical intermediary / energy / chemical interaction / /
Organization
Molteno Institute / Department of Biochemistry / Cambridge Biochemistry Department / PETER MITCHELL Glynn Research Institute / /
Person
DAVID KEILIN / PETER MITCHELL / Mary Danielli / Fig / Jim Danielli / Max Planck / Joan Keilin / /
Position
King / research supervisor / RT / technician / biochemical model / and / Painter & Hunter / porter / /
DAVID KEILIN’S RESPIRATORY CHAIN CONCEPT AND ITS CHEMIOSMOTIC CONSEQUENCES