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Electron and Proton Transfer in Chemistry and Biology

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TLDR
In this paper, the effect of single electron exchange between main group or transition metal compounds and unsaturated organic substrates is discussed. But the authors focus on the effects of electron transfer on the interaction between the main group and the transition metal components.
Abstract
Mechanisms of Electron Transfer (R.D. Cannon). Electron Transfer Effect in Chemical Compounds (B. Jezowska-Trzebiatowska and W. Wojciechowski). Light Induced Electron Transfer of Metal Complexes (A. Vogler and H. Kunkely). Coordinative Aspects of Single Electron Exchange between Main Group or Transition Metal Compounds and Unsaturated Organic Substrates (W. Kaim). Electron Hopping and Delocalization in Mixed-Valence Metal-Oxygen Clusters (H. So and M.T. Pope). Electron Transfer in Semiconducting Colloids and Membranes, Applications in Artificial Photosynthesis (M. Gratzel). Electron Transfer in Photosynthetic Reaction Centers (Ch.C. Moser et al.). Exchange Interaction in Electron Transfer Proteins and their Model Compounds (W. Haase and S. Gehring). Multi-Electron Transfer Processes in Nitrogen Fixation and other Natural Systems (D.J. Lowe). Electron Transfer in Anaerobic Microorganisms (A. Kroger et al.). The Importance of Inhibitors as an Analytic Tool for the Study of the Quinol Oxidation Centre and the Quinol Oxidase Reaction (G. von Jagow and U. Brandt). Electron and Proton Transfer through the Mitochondrial Respiratory Chain (T.A. Link). Coupled Proton and Electron Transfer Pathways in the Acceptor Quinone Complex of Reaction Centers from Rhodobacter Sphaeroides (E. Takahashi et al.). The Water Oxidizing Enzyme - An Alternative Model (E.K. Pistorius). Proton Pumps, Proton Flow and Proton ATP Synthases in Photosynthesis of Green Plants (W. Junge et al.). Diffusion of Proton in Microscopic Space: Effect of Geometric Constraints and Dielectric Discontinuities (M. Gutman et al.). Protonation of the Schiff Base Chromophore in Rhodopsins (C. Sandorfy). Proton Transfer along the Hydrogen Bridge in Some Hydrogen-Bonded Molecular Complexes (H. Ratajczak). Hydrogen-Bonded Systems with Large Proton Polarizability due to Collective Proton Motion as Pathways of Protons in Biological Systems (G. Zundel). NMR Studies of Multiple Proton and Deuteron Transfers in Liquids, Crystals and Organic Glasses (H.-H. Limbach). Proton Transfer Reactions in Solutions: A Molecular Approach (D. Borgis). Recent Developments in Solitonic Model of Proton Transfer in Quasi-One-Dimensional Infinite Hydrogen-Bonded Systems (E. Kryachko). Index of Contributing Authors. Subject Index.

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Journal ArticleDOI

Proton-coupled electron transfer.

TL;DR: Methods for the evaluation of these rate constants are discussed that are based on dielectric continuum theory and the rate-constant expressions corresponding to the ETPT and ET/PT channels for several model reaction complexes are evaluated.
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The computer simulation of proton transport in water

TL;DR: In this paper, a multistate empirical valence bond (MS-EVB) approach was used to study the dynamics and energy of an excess proton in bulk phase water.
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Chance and design--proton transfer in water, channels and bioenergetic proteins.

TL;DR: The prevalence of water rather than amino acid hydrogen bonded chains is noted, and the possible benefits of waters as the major component are discussed qualitatively.
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Bulk protonic conductivity in a cephalopod structural protein

TL;DR: This work reports proton conductivity for thin films composed of reflectin, a cephalopod structural protein, and finds it possible to use reflectin in protein-based protonic transistors, which may hold implications for the next generation of biocompatible proton-conducting materials and Protonic devices.
Journal ArticleDOI

Proton and electron transfer in the acceptor quinone complex of photosynthetic reaction centers from Rhodobacter sphaeroides.

TL;DR: It is suggested that the photosynthetic reaction center can serve as a paradigm, not only for many energy coupled, membrane proteins, but for the electrostatic and dielectric properties of proteins that are critical to their general function.