Preface to the Series |
Preface to Volume 21 |
Contributors |
Contents of Other Volumes |
Nuclear Relaxation Times as a Source of Structural Information / Gil Navon ; Gianni ValensinChapter 1: |
Theoretical Considerations / 1.: |
Applications / 2.: |
Abbreviations |
References |
Nuclear Relaxation in NMR of Paramagnetic Systems / Ivano Bertini ; Claudio Luchinat ; Luigi MessoriChapter 2: |
Nuclear Relaxation and Observability of the NMR Signals |
Physical Consequences of Unpaired Electron-Nucleus Coupling |
T[superscript -1 subscript 1M] and Nuclear Magnetic Relaxation Dispersion (NMRD) / 3.: |
T[superscript -1 subscript 2M] / 4.: |
Electron Relaxation Mechanisms / 5.: |
Electron and Nuclear Relaxation in Magnetically Coupled Systems / 6.: |
Concluding Remarks / 7.: |
NMR Studies of Magnetically Coupled Metalloproteins / Lawrence Que, Jr. ; Michael J. MaroneyChapter 3: |
Introduction |
Physical Background |
Superoxide Dismutase |
Hemerythrin |
Ribonucleotide Reductase |
Uteroferrin |
Ferredoxins |
Summary / 8.: |
Proton NMR Studies of Biological Problems Involving Paramagnetic Heme Proteins / James D. SatterleeChapter 4: |
Heme Proteins |
The Hyperfine Shift in Paramagnetic Heme Proteins |
Resonances of the Porphyrin Ring |
Resonances of Axial Ligands |
Resonances of the Heme Pocket not Attributable to Heme Ligands |
Proton NMR Studies of Protein-Protein Complexes |
Conclusion |
Metal-Porphyrin Induced NMR Dipolar Shifts and Their Use in Conformational Analysis / Nigel J. Clayden ; Geoffrey R. Moore ; Glyn WilliamsChapter 5: |
Theory |
Structural and Magnetic Properties of Metalloporphyrins |
Conformational Analysis |
Conclusions and Outlook |
Relaxometry of Paramagnetic Ions in Tissue / Seymour H. Koenig ; Rodney D. Brown IIIChapter 6: |
General Background |
Relaxometry of Fe[superscript 3+] |
Relaxometry of Mn[superscript 2+] |
Relaxometry of Gd[superscript 3+] |
The Present and Future |
Author Index |
Subject Index |