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Iron and erythropoiesis: a dual relationship.

机译:铁与促红细胞生成素:双重关系。

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Iron is essential for cell life and especially for erythropoiesis which is the major body consumer of iron for red cell production. The study of genetic disorders of iron metabolism, the identification of iron transporters and of the role of hepcidin as the key regulator of systemic iron homeostasis have greatly contributed to our understanding of iron handling by the erythroid marrow. Spontaneous and engineered animal models of iron disorders have help to add further insights to the issue. A still incompletely understood aspect remains the regulation that erythropoiesis exerts on iron.
机译:铁对于细胞生命特别是红细胞生成是必不可少的,红细胞生成是红细胞生产中铁的主要身体消耗者。对铁代谢的遗传疾病,铁转运蛋白的鉴定以及铁调素作为系统性铁稳态的关键调节剂的作用的研究极大地帮助了我们了解红系骨髓对铁的处理。铁性疾病的自发性和工程性动物模型有助于增加对该问题的认识。仍未完全理解的方面仍然是红细胞生成作用于铁的调节。

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