Titlebook: Long-Range Electron Transfer in Biology; Conference proceedings 1991 Springer-Verlag Berlin Heidelberg 1991 Bioanorganische Chemie.Elektr

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Application of electron transfer theories to biological systems,tions based on molecular structures, and on the other hand, from implementation of elaborate experimental methods based on efficient chemical and biochemical techniques. This topic is illustrated by many examples taken from the recent literature which concern redox proteins as well as photosynthesti

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Long-range electron transfer in metalloproteins,ing in Ru(His62)Zncyt . ( ～ 0.01 cm.) is much smaller than the couplings in either Ru(His33)Zncyt . or Ru(His39)Zncyt .. The donor-acceptor electronic coupling order, His39 > His33 ? His62, accords well with the effective lengths of calculated ET pathways for these derivatives. The evidence suggests

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Plastocyanin and the blue copper proteins,n transfer are highly relevant. For example, plastocyanin, which is a solute in the inner thylakoid of the chloroplast, is required to associate and electron transfer with its redox partners. In the case of single proteins having more than one active site [5], and membrane bound complexes made up of

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