Red blood cell production (erythropoiesis) is the single largest consumer of iron in the body; this need is satisfied by maintaining a sensitive regulation of iron levels. The level of erythropoietic demand regulates the expression of the iron hormone hepcidin and thus iron absorption. Erythropoiesis-mediated regulation of hepcidin is an area of increasing importance and recent studies have identified a number of potential regulatory proteins. This review summarizes our current knowledge about these candidate erythroid regulators of hepcidin and the relation between transferrin receptors and erythropoiesis
Iron, an essential nutrient, is required for many diverse biological processes. The absence of a def...
Purpose of reviewIron homeostasis and erythropoiesis regulate each other to ensure optimal delivery ...
Iron is vital for bodily function but is potentially toxic and accordingly, tightly controlled in th...
Red blood cell production (erythropoiesis) is the single largest consumer of iron in the body; this ...
Hepcidin is the master regulator of systemic iron homeostasis, facilitating iron balance by controll...
Iron is necessary for essential processes in every cell of the body, but the erythropoietic compartm...
Hepcidin is the key regulator of iron absorption and recycling, and its expression is suppressed by ...
Iron is a metal element with crucial roles in human organism. Both iron deficiency and iron overload...
The stimulation of erythrocyte formation increases the demand for iron by the bone marrow and this i...
Iron is required for many biological processes but is also toxic in excess; thus, body iron balance ...
Introduction: Body iron balance is maintained through the coordination between the so called "stores...
AbstractThe regulation of iron absorption is of considerable interest in mammals since excretion is ...
Iron, an essential nutrient, is required for many diverse biological processes. The absence of a def...
AbstractDespite fluctuations in dietary iron intake and intermittent losses through bleeding, the pl...
Effective erythropoiesis requires an appropriate supply of iron and mechanisms regulating iron homeo...
Iron, an essential nutrient, is required for many diverse biological processes. The absence of a def...
Purpose of reviewIron homeostasis and erythropoiesis regulate each other to ensure optimal delivery ...
Iron is vital for bodily function but is potentially toxic and accordingly, tightly controlled in th...
Red blood cell production (erythropoiesis) is the single largest consumer of iron in the body; this ...
Hepcidin is the master regulator of systemic iron homeostasis, facilitating iron balance by controll...
Iron is necessary for essential processes in every cell of the body, but the erythropoietic compartm...
Hepcidin is the key regulator of iron absorption and recycling, and its expression is suppressed by ...
Iron is a metal element with crucial roles in human organism. Both iron deficiency and iron overload...
The stimulation of erythrocyte formation increases the demand for iron by the bone marrow and this i...
Iron is required for many biological processes but is also toxic in excess; thus, body iron balance ...
Introduction: Body iron balance is maintained through the coordination between the so called "stores...
AbstractThe regulation of iron absorption is of considerable interest in mammals since excretion is ...
Iron, an essential nutrient, is required for many diverse biological processes. The absence of a def...
AbstractDespite fluctuations in dietary iron intake and intermittent losses through bleeding, the pl...
Effective erythropoiesis requires an appropriate supply of iron and mechanisms regulating iron homeo...
Iron, an essential nutrient, is required for many diverse biological processes. The absence of a def...
Purpose of reviewIron homeostasis and erythropoiesis regulate each other to ensure optimal delivery ...
Iron is vital for bodily function but is potentially toxic and accordingly, tightly controlled in th...