Titlebook: Integration of Mitochondrial Function; John J. Lemasters,Charles R. Hackenbrock,Hans V. W Book 1988 Springer Science+Business Media New Yo

wreathe

Multiple Forms of Cytochrome C Oxidase Observed in Heart Tissue, Myocytes, and Mitochondria by Fouriwo functional domains: cytochrome a, which contains one heme (aFe) and one copper (Cu.); and cytochrome a., which contains the remaining herae (a.Fe) and copper (Cu.). Cytochrome a. is the site of ligand binding and dioxygen reduction.

引导

Ccu106

Thermodynamics and Control of Proton-Motive Free-Energy Transductiono such obvious, single and strict link between the elemental (biochemical) level and effects on the intact living system; a multitude of other elemental processes interfere with the link. Well-known examples are the effects of oncogenes, sickle-cell hemoglobin, as well as the Pasteur effect.

大看台

Is Electron Transfer Mediated by Random Diffusion Alone?ed system that may be important in determining the rates and regulation of electron and energy transfer. A major issue is whether this somewhat unusual membrane can best be described as a homogeneous system with randomly diffusing components, or whether it is necessary to invoke a more complex, non-random organization.

小故事

jet-lag

Lateral Diffusion of Mitochondrial F1F0ATP Synthase: A Random Collision Model for Proton Transfer anemiosmotic) (Mitchell, P., 1961; 1979; Racker, E. and Stoeckenius, W., 1974) or translocated within the membrane as localized protons to F.F.ATP synthase (Williams, 1961; 1983; Malpress, 1984; Westerhoff et al., (1984).

键琴

Esophagus

tooth-decay

hotodisruption with picosecond pulses in comparison to the clinical techniques presently used, the shock wave characteristics and the bubble expansion after optical breakdown with picosecond (30 ps) and nanosecond (6 ns) Nd:YAG laser pulses were investigated by time-resolved photography. Frequency d

尾随

E. C. Slaterhotodisruption with picosecond pulses in comparison to the clinical techniques presently used, the shock wave characteristics and the bubble expansion after optical breakdown with picosecond (30 ps) and nanosecond (6 ns) Nd:YAG laser pulses were investigated by time-resolved photography. Frequency d