1. Frontiers in ATP synthase research: Understanding the relationship between subunit movements and ATP Synthesis

   • Peter L. Pedersen

   OriginalPaper Pages: 389 - 395

2. Structural changes in the γ and ε subunits of theEscherichia coli F₁F₀-type ATPase during energy coupling

   • Roderick A. Capaldi
   • Robert Aggeler
   • Gerhard Grüber

   OriginalPaper Pages: 397 - 401

3. Subunit rotation in F₀F₁-ATP synthases as a means of coupling proton transport through F₀ to the binding changes in F₁

   • Richard L. Cross
   • Thomas M. Duncan

   OriginalPaper Pages: 403 - 408

4. Conformational transmission in ATP synthase during catalysis: Search for large structural changes

   • Masamitsu Futai
   • Hiroshi Omote

   OriginalPaper Pages: 409 - 414

5. The coupling of the relative movement of thea andc subunits of the F₀ to the conformational changes in the F₁-ATPase

   • Susan M. Howitt
   • Andrew J. W. Rodgers
   • Graeme B. Cox

   OriginalPaper Pages: 415 - 420

6. The energy transmission in ATP synthase: From the γ-c rotor to the α₃β₃ oligomer fixed by OSCP-b stator via the βDELSEED sequence

   • Yasuo Kagawa
   • Toshiro Hamamoto

   OriginalPaper Pages: 421 - 431

7. Does the γ subunit move to an abortive position for ATP hydrolysis when the F₁·ADP·Mg complex isomerizes to the inactive F₁*·ADP·Mg complex?

   • William S. Allison
   • Jean -Michael Jault
   • Neil B. Grodsky

   OriginalPaper Pages: 433 - 438

8. Subunit movement during catalysis by F₁-F₀-ATP synthases

   • Jeanne G. Digel
   • Kendra E. Hightower
   • Richard E. McCarty

   OriginalPaper Pages: 439 - 442

9. The chloroplast ATP synthase: Structural changes during catalysis

   • Mark L. Richter
   • Fei Gao

   OriginalPaper Pages: 443 - 449

10. Molecular switch of F₀F₁-ATP synthase, G-protein, and other ATP-driven enzymes

    • Hiroyuki Noji
    • Toyoki Amano
    • Masasuke Yoshida

    OriginalPaper Pages: 451 - 457