Linked from

The 18 pages that link to Hematopoietic stem cell, each with the reason it gives.

• Hematopoietic stem cell transplantationBroader topic: These are the transplanted cells that reconstitute blood formation.

• Bone marrowBroader topic: These rare cells sustain blood production throughout life.

• HematopoiesisBroader topic: It is the source cell whose renewal and differentiation sustain blood production.

• Aplastic anemiaBroader topic: These cells are depleted or suppressed in aplastic anemia.

• ErythropoietinNarrower topic: Erythropoietin acts downstream of stem cells within the red-cell lineage.

• Bone marrow biopsyRelated: These cells and their progeny are among the populations assessed in marrow disorders.

• LeukemiaBroader topic: Some leukemias originate in stem or progenitor cells capable of sustaining abnormal growth.

• Dendritic cellNarrower topic: Dendritic-cell development ultimately traces to hematopoietic stem cells.

• ErythropoiesisNarrower topic: Erythroid cells ultimately descend from this multipotent starting population.

• Clonal hematopoiesisBroader topic: Clonal hematopoiesis begins when one of these cells acquires a mutation and expands.

• ReticulocyteNarrower topic: Reticulocytes ultimately descend from stem cells in the hematopoietic lineage.

• Bone-marrow transplantationBroader topic: These cells are the active ingredient that repopulates blood formation after transplantation.

• Stem-cell therapyBroader topic: These cells rebuild blood formation after transplantation.

• Myeloid cellNarrower topic: Myeloid development ultimately begins with these multipotent cells.

• Blood cellNarrower topic: It is the common ancestor from which red cells, white cells, and platelets develop.

• Bone marrow cellsBroader topic: These cells are the source of the marrow’s developing blood cells.

• Erythroid cellsNarrower topic: Erythroid cells ultimately descend from this multipotent blood-forming source.

• Hemic and Lymphatic DiseasesBroader topic: Damage or abnormal growth in these cells can produce marrow failure or blood cancers.