The mitochondria in the cell -- Early studies -- Structural features -- Are there giant mitochondria and reticulum -- Evolutionary origins -- Reproduction of mitochondria in cell -- Mitochondrial DNA -- Membrane and matrix proteins -- Bioenergetics -- The respiratory chain -- NADH-dehydrogenase -- Succinate dehydrogenase -- Cytochrome oxidase -- Interactions in enzyme-substrate complexes -- Mechanisms of electron transfer -- Membrane synthesis of ATP -- Proton transport and the chemiosmotic hypothesis -- On the measurement of transmembrane potential -- The conformational hypothesis -- Thermal coupling model -- Photo-respiration and photo-induced synthesis of ATP -- Surface photodesorption -- Flavin and ubiquinone of NADH-dehydrogenases are not involved in the transfer of electrons to artificial acceptors -- The lag-period and the pseudo-oscillations in redox-reactions of NADH with DHPIP -- Electron-conformational properties of the flavoprotein fragment of NADH-dehydrogenase -- Resonant energy transfer from mitochondrial proteins to NADH -- Flavin loss from NADH-dehydrogenase complex -- Stabilization of NADH-dehydrogenase by adenosine phosphates -- Dehydrogenase mitochondrial activity in the touch, determined by the decrease in tryptophan fluorescence by formosan -- Rotenone-insensitive NADH oxidation by respiratory chain fragments -- Cytochrome-C shunts oxidation of NADH -- NADH-oxidasation mitochondrial activity in hypotension when you block the respiratory chain -- Do mitochondria swell much? -- Some properties of protomitochondria -- Protomitochondria in liver cells -- Germinal protomitochondria -- Fluorimetric comparison of protomitochondria and mitochondria -- Photometry and fluorimetry of protomitochondria from liver of young and adult rats.-Degradation of mitochondria to lipofuscin during heating and lighting -- Production of superoxide and lipofuscin after the loss of flavin by NADH-dehydrogenase -- Some properties of mitochondrial lipofuscin.