Linked from

The 14 pages that link to Erythropoiesis, each with the reason it gives.

• IronRelated: Developing red blood cells require iron to make hemoglobin.

• AnemiaRelated: Impaired red-cell production can reduce red blood cell mass.

• TestosteroneRelated: Testosterone can stimulate red-cell production, which helps explain treatment-related rises in hematocrit.

• HematopoiesisBroader topic: It traces one major hematopoietic lineage from progenitor to oxygen-carrying cell.

• Red blood cellBroader topic: This specialized pathway produces the cells that circulate in blood.

• ErythropoietinRelated: Erythropoietin's principal biological effect is to increase this process.

• Hemolytic anemiaRelated: Whether marrow production can match destruction determines anemia severity.

• ReticulocyteNarrower topic: Reticulocytes are the final stage of erythropoiesis before mature red cells.

• White blood cellCompared with: It provides a comparison between red-cell production and the development of leukocyte lineages.

• Blood cellBroader topic: This pathway replaces erythrocytes as they age and are removed.

• Sideroblastic anemiaNarrower topic: Sideroblastic disorders disrupt red-cell production, often causing ineffective erythropoiesis.

• Diamond–Blackfan anemiaNarrower topic: The disorder selectively impairs this process, especially at early red-cell precursor stages.

• Erythroid cellsNarrower topic: This broader process organizes the stages that define the erythroid lineage.

• Hemic and Immune SystemsCompared with: It is a specialized branch of blood formation, unlike immune-cell production and defense.