Annals of the New York Academy of Sciences

Cover image for Annals of the New York Academy of Sciences

June 1972

Volume 195 Membrane Structure and its Biological Applications

Pages 5–519

  1. Acknowledgments

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Acknowledgments (page 5)

      David E. Green

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54778.x

  2. Part I. Models of Membrane Structure

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. MOLECULAR ARCHITECTURE OF BIOLOGICAL MEMBRANES (pages 6–15)

      Garret Vanderkooi

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54779.x

    2. A FLUID LIPID-GLOBULAR PROTEIN MOSAIC MODEL OF MEMBRANE STRUCTURE (pages 16–23)

      S. J. Singer

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54780.x

    3. DISCUSSION PAPER: DIVERSITY IN MEMBRANE STRUCTURE: FROM UNIT TO BINARY (pages 24–34)

      F. L. Crane and J. D. Hall

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54781.x

    4. DISCUSSION PAPER: MEMBRANE MODELS (pages 35–36)

      Walter Stoeckenius

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54782.x

    5. DISCUSSION PAPER: MODELS OF MEMBRANE STRUCTURE (pages 37–38)

      W. D. Stein

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54783.x

    6. GENERAL DISCUSSION (pages 50–60)

      David E. Green Moderator

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54785.x

  3. Part 11. Structure of Membrane Proteins

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. ON THE ABSENCE OF UBIQUITOUS STRUCTURAL PROTEIN SUBUNITS IN BIOLOGICAL MEMBRANES (pages 61–74)

      William J. Dreyer, David S. Papermaster and Hermann Kühn

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54786.x

    2. ARE INORGANIC CATIONS ESSENTIAL FOR THE STABILITY OF BIOLOGICAL MEMBRANES? (pages 75–85)

      Jacqueline A. Reynolds

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54787.x

    3. PROTEOLIPIDS FROM MEMBRANE SYSTEMS (pages 86–107)

      J. Folch-Pi and Pierre J. Stoffyn

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54788.x

    4. DISCUSSION PAPER: STRUCTURE OF MEMBRANE PROTEINS (pages 126–127)

      Charles Tanford

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54790.x

    5. DISCUSSION PAPER: MEMBRANE PROTEINS IN NEUROSPORA and YEAST (pages 128–134)

      Dow O. Woodward

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54791.x

    6. DISCUSSION PAPER: A COMPARATIVE STUDY OF THE AMINO ACID COMPOSITIONS OF MEMBRANE PROTEINS AND OTHER PROTEINS (pages 135–138)

      Garret Vanderkooi and Roderick A. Capaldi

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54792.x

    7. DISCUSSION PAPER: MEMBRANE PROTEINS (pages 139–141)

      Guido Guidotti

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54793.x

    8. DISCUSSION PAPER: AMOEBA PLASMA MEMBRANE (pages 142–146)

      Edward D. Korn and Thomas Olivecrona

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54794.x

    9. MEMBRANE PROTEINS: A PERSPECTIVE (pages 150–172)

      David E. Green

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54796.x

    10. GENERAL DISCUSSION (pages 173–178)

      Andrew A. Benson Moderator

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54797.x

  4. Part III. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. NUCLEAR MAGNETIC RESONANCE SPECTROSCOPIC STUDIES OF BIOLOGICAL MEMBRANES (pages 179–206)

      D. Chapman

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54798.x

  5. Part 111. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Discussion (pages 201–206)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54799.x

  6. Part III. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. THE FLEXIBILITY GRADIENT IN BIOLOGICAL MEMBRANES (pages 207–217)

      Harden M. McConnell and Betty Gaffney McFarland

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54800.x

    2. MONOLAYER STUDIES OF 3-NITROXIDE CHOLESTANE (pages 218–223)

      D. A. Cadenhead, R. J. Demchak and F. Muller-Landau

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54801.x

  7. Part 111. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Discussion (pages 222–223)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54802.x

  8. Part III. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. SURFACE BEHAVIOR OF MEMBRANE PROTEINS (pages 224–261)

      Giuseppe Colacicco

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54803.x

  9. Part 111. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Discussion (page 261)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54804.x

  10. Part III. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. FREEZE ETCHING: A CLASSICAL VIEW (pages 262–272)

      R. B. Park

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54805.x

  11. Part 111. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Discussion (pages 270–272)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54806.x

  12. Part III. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. IONIC PROBES OF MEMBRANE STRUCTURES (pages 273–290)

      G. Szabo, G. Eisenman, S. G. A. McLaughlin and S. Krasne

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54807.x

  13. Part 111. Physical Probes of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Appendix (pages 288–291)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54808.x

  14. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. X-RAY STUDIES OF MEMBRANES AND MODEL SYSTEMS (pages 291–292)

      M. H. F. Wilkins

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54809.x

    2. X-RAY STUDIES ON NERVE AND PHOTORECEPTORS (pages 293–308)

      C. R. Worthington

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54810.x

    3. COMPARATIVE DIFFRACTION STUDIES ON MYELIN MEMBRANES (pages 309–320)

      D. A. Kirschner and D. L. D. Caspar

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54811.x

    4. DISCUSSION PAPER: STATUS OF X-RAY DIFFRACTION OF MEMBRANES (pages 321–323)

      Donald F. Parsons

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54812.x

  15. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Discussion (page 323)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54813.x

  16. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. DISCUSSION PAPER: EXPERIMENTAL BASIS OF THE UNIT MEMBRANE THEORY (pages 356–365)

      J. David Robertson

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54815.x

    2. DISCUSSION PAPER: A SUCCINYLATED PROTEIN-LIPID COMPLEX (pages 366–367)

      Seymour Joffe

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54816.x

    3. ELECTRON MICROSCOPIC LOCALIZATION OF MACROMOLECULES ON MEMBRANE SURFACES (pages 368–375)

      Garth L. Nicolson and S. J. Singer

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54817.x

    4. ELECTRON MICROSCOPY: A GLIMPSE INTO THE FUTURE (pages 376–389)

      H. Fernández-Morán

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54818.x

  17. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. STRUCTURE OF HUMAN SERUM LIPOPROTEINS (pages 390–406)

      Angelo M. Scanu

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54819.x

  18. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Discussion (pages 405–406)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54820.x

  19. Part V. Membrane Structure: Biological Applications

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
  20. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Discussion (pages 410–411)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54822.x

  21. Part V. Membrane Structure: Biological Applications

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. THE MECHANISM OF SUGAR TRANSFER ACROSS ERYTHROCYTE MEMBRANES (pages 412–428)

      W. D. Stein

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54823.x

    2. IMMUNE DAMAGE TO A LIPID MODEL MEMBRANE (pages 429–438)

      Stephen C. Kinsky

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54824.x

    3. RHODOPSIN: CONFORMATIONAL CHANGES IN A MEMBRANE PROTEIN (pages 439–449)

      Joram Heller and Thomas Ostwald

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54825.x

    4. DISCUSSION PAPER: SOME MOLECULAR PROPERTIES OF VISUAL PIGMENT MEMBRANES (pages 450–456)

      Edwin W. Abrahamson

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54826.x

  22. PART VI. HORIZONS IN MEMBRANE STUDIES

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
  23. Part VI. Horizons in Membrane Studies

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Discussion (pages 478–480)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54828.x

  24. PART VI. HORIZONS IN MEMBRANE STUDIES

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. THE STRUCTURE AND IMMUNOLOGIC PROPERTIES OF BASIC PROTEINS OF MYELIN (pages 481–491)

      E. H. Eylar

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54829.x

  25. Part VI. Horizons in Membrane Studies

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. Discussion (page 491)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54830.x

  26. PART VI. HORIZONS IN MEMBRANE STUDIES

    1. Top of page
    2. Acknowledgments
    3. Part I. Models of Membrane Structure
    4. Part 11. Structure of Membrane Proteins
    5. Part III. Physical Probes of Membrane Systems
    6. Part 111. Physical Probes of Membrane Systems
    7. Part III. Physical Probes of Membrane Systems
    8. Part 111. Physical Probes of Membrane Systems
    9. Part III. Physical Probes of Membrane Systems
    10. Part 111. Physical Probes of Membrane Systems
    11. Part III. Physical Probes of Membrane Systems
    12. Part 111. Physical Probes of Membrane Systems
    13. Part III. Physical Probes of Membrane Systems
    14. Part 111. Physical Probes of Membrane Systems
    15. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    16. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    17. PART IV. X-RAY AND ELECTRON MICROSCOPIC STUDIES OF MEMBRANE SYSTEMS
    18. PART V. MEMBRANE STRUCTURE: BIOLOGICAL APPLICATIONS
    19. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    20. Part V. Membrane Structure: Biological Applications
    21. Part IV. X-Ray and Electron Microscopic Studies of Membrane Systems
    22. Part V. Membrane Structure: Biological Applications
    23. PART VI. HORIZONS IN MEMBRANE STUDIES
    24. Part VI. Horizons in Membrane Studies
    25. PART VI. HORIZONS IN MEMBRANE STUDIES
    26. Part VI. Horizons in Membrane Studies
    27. PART VI. HORIZONS IN MEMBRANE STUDIES
    1. STATES OF ACTIVITY AND STRUCTURE IN MITOCHONDRIAL MEMBRANES (pages 492–504)

      Charles R. Hackenbrock

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54831.x

    2. Hackenbrock: Mitochondria1 Membranes : Discussion (page 505)

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54832.x

    3. REFLECTIONS ON GENERAL MEMBRANE STRUCTURE: THE CONFERENCE IN REVIEW (pages 506–519)

      Oscar Hechter

      Article first published online: 22 DEC 2006 | DOI: 10.1111/j.1749-6632.1972.tb54833.x

SEARCH

SEARCH BY CITATION