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1 | Mechanism of Fe(II) Oxidation and Core Formation in Ferritin | 1 |
2 | Chemico-Physical and Functional Differences Between H and L Chains of Human Ferritin | |
3 | Iron Oxidation in Sheep, Horse and Recombinant Human Apoferritins | 23 |
4 | The Transferrin Receptor and the Release of Iron from Transferrin | 31 |
5 | The Roles of Secondary Binding Sites for Transferrin in the Liver and on Macrophages | 41 |
6 | Optimized Separation and Quantitation of Serum and Cerebrospinal Fluid Transferrin Subfractions Defined by Differences in Iron Saturation or Glycan Composition | 51 |
7 | Mechanism of Production of the Serum Transferrin Receptor | 61 |
8 | Iron Absorption and Cellular Uptake of Iron | 69 |
9 | Ferric Iron Reduction and Iron Uptake in Eucaryotes: Studies with the Yeasts Saccharomyces cerevisiae and Schizosaccharomyces pombe | 81 |
10 | Cellular Responses to Iron and Iron Compounds | 91 |
11 | The Structure and Function of Iron Regulatory Factor | 101 |
12 | Structure and Function of IREs, the Noncoding mRNA Sequences Regulating Synthesis of Ferritin, Transferrin Receptor and (Erythroid) 5-Aminolevulinate Synthase | 111 |
13 | Translational Control by Iron-Responsive Elements | 119 |
14 | The Role of Cytokines in the Regulation of Ferritin Expression | 127 |
15 | Stimulation of IRE-BP Activity of IREF by Tetrahydrobiopterin and Cytokine Dependent Induction of Nitric Oxide Synthase | |
16 | Reciprocal Modulation of Aconitase Activity and RNA-binding Activity of Iron Regulatory Factor by Nitric Oxide | 141 |
17 | A New Look at Ferritin Metabolism | 149 |
18 | Bacterioferritin: A Hemoprotein Member of the Ferritin Family | 157 |
19 | Intracellular Iron | 165 |
20 | Distinct Features of Iron Metabolism in Erythroid Cells: Implications for Heme Synthesis Regulation | 173 |
21 | Cellular Ferritin Uptake: A Highly Regulated Pathway for Iron Assimilation in Human Erythroid Precursor Cells | 189 |
22 | Differential Effects of Iron and Iron Carrier on Hematopoietic Cell Differentiation and Human ADA Gene Transfer | 199 |
23 | A Hemin-Inducible Enhancer Lies 4.5 Kb Upstream of the Mouse Ferritin H Subunit Gene | 211 |
24 | Iron Deficiency: The Global Perspective | 219 |
25 | Iron Regulation in the Brain at the Cell and Molecular Level | 229 |
26 | Pathophysiology of Iron Toxicity | 239 |
27 | Morphologic Observations in Iron Overload: An Update | 255 |
28 | Identification of Thiolic Sarcolemmal Proteins as a Primary Target of Iron Toxicity in Cultured Heart Cells | 267 |
29 | Iron Overload and the Biliary Route | 277 |
30 | Changing Concepts of Haemochromatosis | 285 |
31 | Epidemiology, Clinical Spectrum and Prognosis of Hemochromatosis | 293 |
32 | The Morbidity of Hemochromatosis Among Clinically Unselected Homozygotes: Preliminary Report | 303 |
33 | Genetics of Haemochromatosis | 309 |
34 | Localization of Seven New Genes Around the HLA-A Locus | 319 |
35 | Searching for the Hemochromatosis Grail | 331 |
36 | Iron Chelator Design | 343 |
37 | Results from a Phase I Clinical Trial of HBED | 351 |
38 | Lessons from Preclinical and Clinical Studies with 1,2-Diethyl-3-Hydroxypyridin-4-One, CP94 and Related Compounds | 361 |
39 | Iron Chelation Therapy for Malaria | 371 |
40 | The Biochemical Basis for the Selective Antimalarial Action of Iron Chelators on Plasmodium Falciparum Parasitized Cells | 385 |
Index | 399 |
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