http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Front Cover; Current Topics in Bioenergetics; Copyright Page; Table of Contents; List of Contributors; Preface; Contents of Previous Volumes; Chapter 1. Proton-ATPase of Chloroplasts; I. Introduction; II. Resolution and Reconstitution of Chloroplast Membranes; III. Isolation and Properties of the Chloroplast Coupling Device (CFo-CF1); IV. Structure and Function of Purified CF; V. Subunit Structure of CF1 and Partial Resolution of the Enzyme into Active Units; VI. Structure and Function of the Membrane Sector of the Coupling Device (CFo).
VII. Conformational Changes, Chemical Modification, and Nucleotide Binding in Membrane-Bound CFVIII. Suggested Mechanisms for Proton Motive Force-Driven ATP Formation; REFERENCES; Chapter 2. Biochemistry and Genetics of Bacterial H+-Translocating ATPases; I. Perspective; II. Distribution and Function of Bacterial H+-ATPase; III. The Extrinsic F1-ATPase of Bacteria; IV. Purification and Properties of F1Fo-ATPase Complexes; V. Isolation and Reconstitution of Fo; VI. Genetics of Escherichia coli H+-ATPase; VII. Summary and Prospects; REFERENCES.
Chapter 3. Proton-Linked Transport in Chromaffin GranulesI. The Legacy of the Adrenal Medulla; II. An Integrated View of Chromaffin-Granule Functions; III. Chromaffin-Granule Matrix; IV. Chromaffin-Granule Membrane; V. ATP-Dependent Proton Translocation; VI. Catecholamine Transport; VII. Uptake of Other Ions; VIII. Redox Elements; IX. Bioenergetic Processes in Other Secretory Vesicles; REFERENCES; Note Added in Proof; Chapter 4. Regulation of the Synthesis and Hydrolysis of ATP in Biological Systems: Role of Peptide Inhibitors of H+-ATPases; I. Introduction; II. Purification.
III. Physicochemical PropertiesIV. Relationship to F1 Subunits (see Table IV); V. Possibility of Multiple Forms; VI. Localization Relative to F0: Role of Lipids; VII. Requirements for Optimal Interaction with F1 (see Table V); VIII. Effect on the Kinetics of ATP Hydrolysis and on the Reactivity of Amino Acid Residues at the Hydrolytic Site(s) of F; IX. Effect on Nucleotide Binding to F; X. Effect on Energy-Linked Activities-Some Facts and Some Models; XI. Specificity and Cross-Reactivities; XII. Similarity in Mode of Action to AMP-PNP; XIII. Opposing Action of Aurovertin.
XIV. Factor A, a Peptide Inhibitor-Free Form of F1 That ""Couples""XV. Possible Role in Regulating Calcium Uptake; XVI. Presence in Tumor Mitochondria; XVII. Biosynthesis; XVIII. Comparison with Other Protein Inhibitors; XIX. Summary-What We Have and Have Not Learned So Far; REFERENCES; Chapter 5. Structure and Mechanism of the(Na, K)-ATPase; I. Introduction; II. Purification and Reconstitution; III. Structure; IV. Mechanism; V. Comparison with Other ATPases; VI. Conclusion; REFERENCES; Chapter 6. Actomyosin ATPase and Muscle Contraction; I. Introduction.
Current topics in bioenergetics. Vol. 11