Titlebook: Biophysics of Electron Transfer and Molecular Bioelectronics; Claudio Nicolini (Member of the National Science a Book 1998 Springer Scienc

名義上

The Molecular Role of the PufX Protein in Bacterial Photosynthetic Electron Transfer,ar level, due to the greater simplicity of these organisms with respect to eukaryots. In both classes of organisms the light reactions of photosynthesis are carried out by a series of multiproteic complexes embedded in specialized membranes. The general strategy for transducing light energy into a c

狂怒

Single Electron and Quantum Phenomena in Ultra Small Particles,ased on the utilization of nanometer size granules. Model, describing the single electron properties as well as the appearance of the differential negative resistance regions, is proposed. It is also discussed the technical approaches for the formation of ultrathin semiconductor layers and superlatt

摻假

Electron Correlation in Quantum Molecular Biophysics: The Case Study of Hemocyanin,ata base of proteins known at atomic resolutions (the Brookhaven Protein Data Base (PDB), release 19/9/1997) presently comprises 5900 structures, obtained from X ray diffraction patterns of ordered crystals or in some cases from twodimensional NMR spectroscopy. Well resolved structures include enzym

夾克怕包裹

Electron Transfer Reactions in Multicopper Oxidases,transfer (ET) processes. Electron transfer in proteins shares common features with that occurring in small molecules, however some features distinguish the two systems. Small molecules exchange electrons in solution at close proximity or direct contact to afford inner sphere mechanisms. In proteins

NIP

The Optical Biosensor Study of Protein-Protein Interactions within Cytochromes P450 Containing Monons and other xenobiotics (Archakov and Bachmanova, 1990). It is known that microsomal cytochromes P450 (P450), in particular P450 2B4 (2B4), function by interacting with their redox partners — NADPH-cytochrome P450 reductase (Fp) and cytochrome b5 (b5). Mitochondrial cytochromes P450 (particularly P

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中古

Fausto Valencia,Hugo Arcos,Franklin Quilumbarial applications. It should be noted that several molecular manipulation techniques have been recently introduced which could be utilized in order to optimize the properties of the above cytochromes in a wide range of applications, namely:

Exaggerate

Qing Chen,Jitao Chen,Wenjie Li,Zhensheng Shilectrochemical potential difference for protons across the photosynthetic membrane. This electrochemical gradient is used primarily by the ATP-synthase to produce ATP from ADP and Pi, thus satisfying the metabolic energy request of the bacteria.

Palatial

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