MINIREVIEW SERIES ATP SYNTHESIS IN THE YEAR 2000: Current Views about Structure, Motor Components, Energy Interconversions, and Catalytic Mechanisms—Part II Peter L. Pedersen Legacy Pages: 0 - 0
ATP Synthases in the Year 2000: Defining the Different Levels of Mechanism and Getting a Grip on Each Peter L. PedersenYoung Hee KoSangjin Hong Editorial Introduction Pages: 423 - 432
The Oligomeric Subunit c Rotor in the Fo Sector of ATP Synthase: Unresolved Questions in Our Understanding of Function Robert H. FillingameWeiping JiangOleg Y. Dmitriev OriginalPaper Pages: 433 - 439
A Biological Molecular Motor, Proton-Translocating ATP Synthase: Multidisciplinary Approach for a Unique Membrane Enzyme Yoshihiro SambongiIkuo UedaMasamitsu Futai OriginalPaper Pages: 441 - 448
Osmomechanics of the Propionigenium modestum Fo Motor Peter DimrothUlrich MattheyGeorg Kaim OriginalPaper Pages: 449 - 458
Why Is the Mechanical Efficiency of F1-ATPase So High? George OsterHongyun Wang OriginalPaper Pages: 459 - 469
The α/β Interfaces of α1β1, α3β3, and F1: Domain Motions and Elastic Energy Stored during γ Rotation Yasuo KagawaToshiro HamamotoHitoshi Endo OriginalPaper Pages: 471 - 484
What Is the Role of ε in the Escherichia coli ATP Synthase? Steven B. Vik OriginalPaper Pages: 485 - 491
Stoichiometry of Energy Coupling by Proton-Translocating ATPases: A History of Variability John J. TomashekWilliam S. A. Brusilow OriginalPaper Pages: 493 - 500
Regulation of Proton Flow and ATP Synthesis in Chloroplasts Yoav EvronEric A. JohnsonRichard E. McCarty OriginalPaper Pages: 501 - 506
The Oligomycin Axis of Mitochondrial ATP Synthase: OSCP and the Proton Channel Rodney J. DevenishMark PrescottPhillip Nagley OriginalPaper Pages: 507 - 515
Notes on the Mechanism of ATP Synthesis M. A. BianchetPeter L. PedersenL. Mario Amzel OriginalPaper Pages: 517 - 521
The Catalytic Transition State in ATP Synthase Alan E. SeniorJoachim WeberSashi Nadanaciva OriginalPaper Pages: 523 - 529
Inhibitory Mg-ADP—Fluoroaluminate Complexes Bound to Catalytic Sites of F1-ATPases: Are They Ground-State or Transition-State Analogs? William S. AllisonHuimiao RenChao Dou OriginalPaper Pages: 531 - 538
Vanadyl as a Probe of the Function of the F1-ATPase-Mg2+ Cofactor Wayne D. Frasch OriginalPaper Pages: 539 - 546