MALARIA RESISTANCE ORSUSCEPTIBILITY INRED CELLS DISORDERS -- MALARIA RESISTANCE ORSUSCEPTIBILITY INRED CELLS DISORDERS -- Contents -- Preface -- Acknowledgments -- Introduction -- Haemoglobin S and P. falciparum -- Pathophysiology -- Dysregulation of Red-Cell Volume -- Interaction of SS Red Cellsand Vascular Endothelium -- Mechanism of Protection -- In vitro Studies -- Field Studies -- Premunition -- Transmission -- Malaria Treatment -- Haemoglobin E and P. falciparum -- Pathophysiology -- Mechanism of Protection -- In vitro Studies -- Field Studies -- Malaria Treatment -- Premunition -- Haemoglobin C and P. falciparum -- Pathophysiology -- In vitro Studies -- Fields Studies -- Malaria Treatment -- Haemoglobin F and P. falciparum -- Mechanism of Protection -- In vitro Studies -- Field Studies -- Thalassaemia and P. falciparum -- Pathophysiology -- HbE/β-thalassaemia -- Ineffective Erythropoiesis and Apoptosis -- Mechanisms of Protection -- In vitro Studies -- Field Studies -- Transmission -- Premunition -- Malaria Treatment -- G6PD Deficiency and P. falciparum -- Frequency and Distribution -- Pathophysiology -- X-chromosome Activationand G6PD Deficiency -- Mechanism of Protection -- In vitro Studies -- Field Studies -- Premunition -- Malaria Treatment -- Ovalocytosis and P. falciparum -- Pathophysiology -- Mechanism of Protection -- In vitro Studies -- Fields Studies -- P. vivax and Red Cell Disorders -- P. vivax and Sickle Cell Trait -- P. vivax and G6PD Deficiency -- P. vivax and Thalassaemia -- P. vivax and Ovalocytosis -- P. malariae and Red Cell Disorders -- P. malariae and Sickle Cell Trait -- P. malariae and G6PD Deficiency -- P. malariae and Thalassaemia -- P. malariae and Ovalocytosis -- P. ovale and Red Cell Disorders -- Methodology -- Results -- Discussion -- Conclusion -- References -- Index.