Preface to the Series |
Preface to Volume 37 |
Contributors |
Contents of Previous Volumes |
Handbook on Toxicity of Inorganic Compounds |
Handbook on Metals in Clinical and Analytical Chemistry |
Manganese in Natural Waters and Earth's Crust: Its Availability to Organisms / James J. MorganChapter 1: |
Introduction / 1.: |
Chemical Properties / 2.: |
Rates of Manganese Reactions in Water / 3.: |
Manganese Profiles in the Oceans / 4.: |
Freshwaters / 5.: |
Concluding Remarks / 6.: |
Acknowledgments |
References |
Manganese Transport in Microorganisms / Valeria Cizewski CulottaChapter 2: |
Introduction and Overview |
Biochemical Studies in Bacteria |
Genes Controlling Manganese Accumulation in Bacteria |
Genes Controlling Manganese Accumulation in Yeast |
Genes Controlling the Intracellular Transport and Trafficking of Manganese Ions in Yeast |
Conclusions and Directions for the Future |
Abbreviations |
Manganese Uptake and Transport in Plants / Zdenko RengelChapter 3: |
Availability of Manganese in the Rhizosphere |
Uptake of Manganese by Plant Cells |
Transport of Manganese in Xylem and Phloem |
Loading of Manganese into Developing Grain |
Genotypic Differences in Manganese Uptake and Utilization |
Conclusions / 7.: |
Manganese Metabolism in Animals and Humans Including the Toxicity of Manganese / Carl L. Keen ; Jodi L. Ensunsa ; Michael S. CleggChapter 4: |
Chemical and Physical Properties |
Analysis |
Physiological Role |
Manganese Deficiency |
Manganese Toxicity |
Assessment of Manganese Status |
Summary and Future Directions / 8.: |
Acknowledgment |
Interrelations Between Manganese and Other Metal Ions in Health and Disease / James C. K. Lai ; Margaret J. Minski ; Alex W. K. Chan ; Louis LimChapter 5: |
Interdependence Between Manganese and Other Metals in Absorption |
Interrelations Between Manganese and Other Metals in Peripheral Organs |
Interrelations Between Manganese and Other Metals in Brain |
Interrelations Between Manganese and Other Metals in Brain in Human Health and Diseases |
Conclusions and Prospects for Future Studies |
The Use of Manganese as a Probe for Elucidating the Role of Magnesium Ions in Ribozymes / Andrew L. FeigChapter 6: |
Use of Mn[superscript 2+] in Biochemical Studies of Phosphorothioate-Containing Ribozymes |
Use of Mn[superscript 2+] in Crystallographic Experiments to Find Mg[superscript 2+] Binding Sites |
Use of Mn[superscript 2+] in Magnetic Resonance Experiments to Study Metal Binding Sites |
Mn[superscript 2+] as a Probe of Divalent Metal Ion Binding and Function in Enzymes and Other Proteins / George H. Reed ; Russell R. PoynerChapter 7: |
Survey of Coordination Properties and Tendencies |
CW EPR Properties |
Ligand Superhyperfine Splittings and Structure Determinations |
ENDOR and ESEEM Methods |
Electron Spin-Spin Coupling and Multinuclear Metal Centers |
Enzymes and Proteins Containing Manganese: an Overview / James D. Crowley ; Deborah A. Traynor ; David C. WeatherburnChapter 8: |
Oxidoreductases |
Transferases |
Hydrolases |
Lyases |
Isomerases |
Ligases |
Proteins Containing Bound Manganese |
Manganese(II) in Concanavalin a and Other Lectin Proteins / A. Joseph Kalb(Gilboa) ; Jarjis Habash ; Nicola S. Hunter ; Helen J. Price ; James Raftery ; John R. Helliwell9.: |
Introduction: The Biology and Molecular Biology of Concanavalin A |
Isolation and Characterization |
Spectroscopic Studies |
Crystals of Concanavalin A: Introduction and Early History |
Ultrahigh-Resolution X-Ray Protein Crystallography |
Manganese Multiwavelength Anomalous Dispersion Protein Crystallography |
Neutron Laue Diffraction |
Role of Manganese in Saccharide Binding in Concanavalin A and Other Legume Lectins |
Manganese-Activated Phosphatases / Frank RusnakChapter 10: |
Introduction: Phosphate Esters in Biological Systems |
Classification of Metal-Activated Phosphatases |
Phosphatase Structure and Active Site Metal Ion Geometry |
Mechanisms of Hydrolysis |
Manganese(II) as a Probe for the Mechanism and Specificity of Restriction Endonucleases / Geoffrey S. Baldwin ; Niall A. Gormely ; Stephen E. HalfordChapter 11: |
DNA Recognition and Cleavage |
Restriction Endonucleases with Manganese |
Abbreviations and Definitions |
Role of the Binuclear Manganese(II) Site in Xylose Isomerase / Ralf Bogumil ; Reinhard Kappl ; Jurgen HuttermannChapter 12: |
X-Ray Crystal Structures of Xylose Isomerase |
The Two Metal Binding Sites |
EPR Studies on Manganese-Substituted Xylose Isomerase |
The Catalytic Mechanism and the Role of the Binuclear Center |
Arginase: a Binuclear Manganese Metalloenzyme / David E. Ash ; J. David Cox ; David W. ChristiansonChapter 13: |
Enzymology and Bioinorganic Chemistry |
Arginase Structure and Mechanism |
Related Binuclear Manganese Metalloenzymes |
The Use of Model Complexes to Elucidate The Structure and Function of Manganese Redox Enzymes / Vincent L. Pecoraro ; Wen-Yuan HsiehChapter 14: |
Manganese Catalases |
The Oxygen Evolving Complex |
The Energetics of Water Oxidation and the Role of Protons |
Toward a Unified View of Biological Water Oxidation Chemistry |
Conclusion |
Manganese(II)-Dependent Extradiol-Cleaving Catechol Dioxygenases / Lawrence Que, Jr. ; Mark F. ReynoldsChapter 15: |
The Intradiol Cleavage Precedent |
Fe(II)-Dependent Extradiol-Cleaving Dioxygenases |
Mn(II)-Dependent Dioxygenases |
Reactivity / Derek W. Yoder ; Jungwon Hwang ; James E. Penner-HahnChapter 16: |
Spectroscopy |
Structural Characterization |
Mechanism |
Manganese Peroxidase / Michael H. Gold ; Heather L. Youngs ; Maarten D. Sollewijn GelpkeChapter 17: |
General Properties of Mn Peroxidase |
Reactions Catalyzed by Mn Peroxidase |
Biophysical Studies of Mn Peroxidase |
Mn Peroxidase cDNA and Genomic Sequences |
Crystal Structure of Mn Peroxidase |
Structure-Function Studies of Mn Peroxidase |
Regulation of Mn Peroxidase Gene Expression |
Manganese Superoxide Dismutase / James W. WhittakerChapter 18: |
Molecular Structure |
Ligand Interactions |
Mutagenic Dissection of the Active Site |
Metal Specificity: The Irony of Mn Superoxide Dismutase |
Superoxide Dismutase as a One-Electron Redox Engine |
Mechanistic Aspects of the Tyrosyl Radical-Manganese Complex in Photosynthetic Water Oxidation / Curtis W. Hoganson ; Gerald T. BabcockChapter 19: |
Structure of the Catalytic Site |
Water Binding and Exchange |
Proton Release |
Mechanisms for Oxygen Production |
The Nature of S-State Cycle Intermediates |
The Polypeptides of Photosystem II and Their Influence on Manganotyrosyl-Based Oxygen Evolution / Richard J. DebusChapter 20: |
The Polypeptides of Photosystem II |
The Environments of the Redox-Active Tyrosine Residues |
The Environment of the Manganese Cluster |
Subject Index |
Preface to the Series |
Preface to Volume 37 |
Contributors |
Contents of Previous Volumes |
Handbook on Toxicity of Inorganic Compounds |
Handbook on Metals in Clinical and Analytical Chemistry |