Titlebook: Ion Interactions in Energy Transfer Biomembranes; G. C. Papageorgiou,J. Barber,S. Papa Book 1986 Plenum Press, New York 1986 Europe.acid.a

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书目名称Ion Interactions in Energy Transfer Biomembranes影响因子(影响力)




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书目名称Ion Interactions in Energy Transfer Biomembranes网络公开度学科排名




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书目名称Ion Interactions in Energy Transfer Biomembranes被引频次学科排名




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书目名称Ion Interactions in Energy Transfer Biomembranes年度引用学科排名




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书目名称Ion Interactions in Energy Transfer Biomembranes读者反馈学科排名

Leaven

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Book 1986 its 21st Session, in 1981. The Committee comprises a Coordinating Group and four working Groups, defined in the following scientific areas: Group I Proteins: source, structure and function. Group II Nucl~ic acids: the hereditary materials. Group III Im~une materials and mechanisms. Membranes and tr

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树木心

Nonlinearity of the Flux/Force Relationship in Respiring Mitochondria as a Possible Consequence of Ha. is prevented, there still remains a significant oxygen uptake. In terms of the chemi­osmotic theory of energy coupling,. this resting state respiration can be interpreted as compensating the proton leak through the inner mitochondrial membrane.

Interim

Effect of the Surface Potential on Membrane Enzymes and Transports valency,. is the permittivity of the vacuum, and . is the relative permittivity (dielectric constant) of the medium. Because of electric attraction or repulsion, the concentration of ions in the immediate vicinity of the membrane surface (C.) is different from that in the bulk solution (C.), as described by the Boltzmann distribution

圣歌

Functional Interaction of Anions and Cations with the Reconstituted Adenine Nucleotide Carrier from the membrane represent the main factors modulating the transport activities of the ADP/ATP-carrier protein. The transmembrane parameters, i.e. substrate gradients and membrane potential, are the most important parameters which regulate the transport function in vivo..

FANG

Surface Electric Properties of Cyanobacterial Thylakoids in contact with a solution of electrolytes, two layers of electric charge are formed, with one layer localized on the surface plane of the membrane and the other, the diffuse layer, localized in the solution.

circuit

Change of Surface Potential and Intramembrane Electrical Field Induced by the Movements of Hydrophob ions within the membrane as well as the reaction rates at the membrane surface (3). Vice versa, energization of the membranes are expected to induce changes of surface potential value as experimentally suggested in some membrane systems (3,5).

Carminative

Proton Transport-Coupled ATP Synthesis Catalyzed by the Chloroplast ATPase. The rate of ATP synthesis was measured with a rapid double-mixing system using artificially impressed transmembrane pH difference, ∆ pH, electric potential difference, ∆. and phosphate potential, ∆G. (1).