Download PDF by Toos E. King (auth.), Chong H. Kim, Henry Tedeschi, Joyce J.: Advances in Membrane Biochemistry and Bioenergetics

By Toos E. King (auth.), Chong H. Kim, Henry Tedeschi, Joyce J. Diwan, John C. Salerno (eds.)

ISBN-10: 1468486403

ISBN-13: 9781468486407

ISBN-10: 146848642X

ISBN-13: 9781468486421

This ebook is formulated from the papers provided on the foreign Symposium on "Membrane Biochemistry and Bioenergetics," held on the Rensselaerville Institute, Rensselaerville, manhattan, August 1986, in honor of Tsoo E. King at the party of the thirtieth anniversary of reconstitution of arespiratory chain process via Professor David Keilin and Tsoo E. King. Professor Tsoo E. King, to whom this quantity is devoted, has made huge, immense contributions to the sector of isolation and reconstitution of membrane proteins and has persisted to discover the frontiers of bioener­ getics. particularly, his chronic proposals at the life of ubiquinone binding proteins from conceptualization to experimentation ultimately confident many scientists to review those proteins additional . Professor King's coaching of reconstitutively lively succinate dehydrogenase opened a brand new street within the fie1d of membrane bioenergetics, and his paintings has been drastically favored. the aim of the symposium used to be to collect scientists from assorted disciplines on the topic of membrane bioenergetics to debate the hot advancements within the box. This symposium, initiated through the Capital District Bioenergetics workforce, used to be attended through a hundred scientists, eighty of whom provided their fresh discoveries. The symposium was once prepared in a chain of platform lectures, poster shows and dialogue classes in order that all of the members had possibilities to debate the topics provided. many of the contributors contributed a bankruptcy to this quantity. we wish to specific our remorse to many different scientists together with Professor King's associates, colleagues and scholars who couldn't attend as a result of a number of reasons.

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Extra info for Advances in Membrane Biochemistry and Bioenergetics

Example text

As pointed out previously (14,43), under conditions near chemiosmotic equilibrium, the separate transfer of the high and low potential electrons from the QH 2 /Q couple at cent re 0 to cytochrome c and haem b L ' respectively, is expected to poise haem b L at an Eh value at cent re 0 that is not uniquely determined by the Eh va lues of the e1ectron donor and acceptor couples. However, the Eh of haem b L in electronic equilibrium through cent re 0 can be uniquely described in terms of the Eh values of the donor (Q pool) and acceptor (cytochrome c) couples, provided that the electric potential difference or pH difference is known between the P domain and the bottom of the proton well leading from the P domain to cent re o.

Th. a ISucc:Nta S~ deh~ t -b-C; COft1IIexcytochrome Oll'" \1 ""' OP-1I(1' .... I-~3i'QP-Wlt~c;I .. ~Cu4":J1 . -_~_ _ _ _~ t I~I lFeSIa NADH dehydIogII- f NACH Fiq. 2. The reapiratory chain concept in 1977. Diagram A shows the usual style of formal description given by King (10). Diagram B shows King's rea1istic ve~sion (10) with physically separate comp1exe& plugged through the lipid bilayer. Further explanation is in the text. of protons at positive and negative (or neutral) potential energies in the P and N aqueous domains respeetively on either side of the eoupling membrane, the main proton eurrent being loealised in zones elose to the surfaees of the membrane, between the poles of nearest neighbour protieity produeing and eonsuming plug-through modules.

7. This Q-pool oxidising version of the Q cycle formality was prompted by a suggestion of Garland and colleagues (85), and was first discussed in detail (see Fig. 9) together with some other possible variants, in my 1976 review (14). 1ts Respiratory Chain Systems 37 consistency with the experimental facts began to be much more widely appreciated after Yu, Yu and King reported in 1977 that they had isolated and identified the Q-binding component of succinate-ubiquinone oxidoreductase (15) that enables succinate dehydrogenase to reduce the Q pool.

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Advances in Membrane Biochemistry and Bioenergetics by Toos E. King (auth.), Chong H. Kim, Henry Tedeschi, Joyce J. Diwan, John C. Salerno (eds.)

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