Red blood cell and iron metabolism during space flight - Smith, Scott M (Nutrition (Burbank, Los Angeles County, Calif.), 2002)
Keywords: Adaptation, Physiological; adverse effects; anemia; Anemia - blood; Anemia - etiology; Astronauts; bioavailability; blood; Blood Volume; diet-related diseases; erythrocyte volume; Erythrocytes; Erythropoiesis; etiology; ferritin; hematocrit; homeostasis; human nutrition; Humans; iron; Iron - metabolism; iron overload; Life Sciences (General); metabolism; microgravity; mineral metabolism; nutrient reserves; nutrient transport; Plasma Volume; simulation models; Space Flight; Weightlessness; Weightlessness - adverse effects; zero gravity; iron overload; ferritin; erythropoiesis; erythrocyte volume; weightlessness; Erythropoiesis; Adaptation, Physiological; Human; Erythrocytes; Review; Space Flight; Short Duration; Plasma Volume; Weightlessness/adverse Effects; Sts Shuttle Project; Flight Experiment; Nasa Center Jsc; Long Duration; Anemia/blood/etiology; Skylab Project; Nasa Discipline Regulatory Physiology; Blood Volume; Iron/metabolism; Astronauts; Manned; Review, Tutorial; NASA Center JSC; NASA Discipline Regulatory Physiology