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13. Sensing the cellular Fe-S cluster demand: a structural, functional, and phylogenetic overview of Escherichia coli IscR
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Erin L. Mettert
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Chapters in this book
- Frontmatter i
- Preface v
- Tracey A. Rouault biography vii
- Contents ix
- Contributing authors xxi
- 1. Iron-sulfur proteins: a historical perspective 1
- 2. Chemistry of iron-sulfur clusters 11
- 3. Quantitative interpretation of EPR spectroscopy with applications for iron-sulfur proteins 21
- 4. The utility of Mössbauer spectroscopy in eukaryotic cell biology and animal physiology 49
- 5. The interstitial carbide of the nitrogenase M-cluster: insertion pathway and possible function 77
- 6. The iron-molybdenum cofactor of nitrogenase 89
- 7. Biotin synthase: a role for iron-sulfur clusters in the radical-mediated generation of carbon-sulfur bonds 107
- 8. Molybdenum-containing iron-sulfur enzymes 133
- 9. The role of iron-sulfur clusters in the biosynthesis of the lipoyl cofactor 211
- 10. Iron-sulfur clusters and molecular oxygen: function, adaptation, degradation, and repair 239
- 11. A retrospective on the discovery of [Fe-S] cluster biosynthetic machineries in Azotobacter vinelandii 267
- 12. A stress-responsive Fe-S cluster biogenesis system in bacteria – the suf operon of Gammaproteobacteria 297
- 13. Sensing the cellular Fe-S cluster demand: a structural, functional, and phylogenetic overview of Escherichia coli IscR 325
- 14. Fe-S assembly in Gram-positive bacteria 347
- 15. Fe-S cluster assembly and regulation in yeast 367
- 16. The role of Fe-S clusters in regulation of yeast iron homeostasis 411
- 17. Biogenesis of Fe-S proteins in mammals 437
- 18. Iron-sulfur proteins and human diseases 455
- 19. Connecting the biosynthesis of the molybdenum cofactor, Fe-S clusters, and tRNA thiolation in humans 513
- 20. Iron-sulfur proteins and genome stability 541
- 21. Eukaryotic iron-sulfur protein biogenesis and its role in maintaining genomic integrity 563
- 22. Iron-sulfur cluster assembly in plants 599
- 23. Origin and evolution of Fe-S proteins and enzymes 619
- Index 637
Chapters in this book
- Frontmatter i
- Preface v
- Tracey A. Rouault biography vii
- Contents ix
- Contributing authors xxi
- 1. Iron-sulfur proteins: a historical perspective 1
- 2. Chemistry of iron-sulfur clusters 11
- 3. Quantitative interpretation of EPR spectroscopy with applications for iron-sulfur proteins 21
- 4. The utility of Mössbauer spectroscopy in eukaryotic cell biology and animal physiology 49
- 5. The interstitial carbide of the nitrogenase M-cluster: insertion pathway and possible function 77
- 6. The iron-molybdenum cofactor of nitrogenase 89
- 7. Biotin synthase: a role for iron-sulfur clusters in the radical-mediated generation of carbon-sulfur bonds 107
- 8. Molybdenum-containing iron-sulfur enzymes 133
- 9. The role of iron-sulfur clusters in the biosynthesis of the lipoyl cofactor 211
- 10. Iron-sulfur clusters and molecular oxygen: function, adaptation, degradation, and repair 239
- 11. A retrospective on the discovery of [Fe-S] cluster biosynthetic machineries in Azotobacter vinelandii 267
- 12. A stress-responsive Fe-S cluster biogenesis system in bacteria – the suf operon of Gammaproteobacteria 297
- 13. Sensing the cellular Fe-S cluster demand: a structural, functional, and phylogenetic overview of Escherichia coli IscR 325
- 14. Fe-S assembly in Gram-positive bacteria 347
- 15. Fe-S cluster assembly and regulation in yeast 367
- 16. The role of Fe-S clusters in regulation of yeast iron homeostasis 411
- 17. Biogenesis of Fe-S proteins in mammals 437
- 18. Iron-sulfur proteins and human diseases 455
- 19. Connecting the biosynthesis of the molybdenum cofactor, Fe-S clusters, and tRNA thiolation in humans 513
- 20. Iron-sulfur proteins and genome stability 541
- 21. Eukaryotic iron-sulfur protein biogenesis and its role in maintaining genomic integrity 563
- 22. Iron-sulfur cluster assembly in plants 599
- 23. Origin and evolution of Fe-S proteins and enzymes 619
- Index 637
