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TitleDescriptionSubjectCollection
1 Neutrophilic myelocyteScheme electron microscopy. From CFU-S (colony forming units-spleen) stem cells arise CFU-GM (colony forming unit-granulocyte/monocyte) stem cells. The latter divide by mitoses and differentiate via promyeloblasts and myeloblasts into myelocytes (the last proliferative stage). The neutrophilic myelo...Blood; Bone Marrow; Electron microscopy; Neutrophilic myelocyte; Neutrophilic granulocyte; Primary granule; Secondary granule; Azurophilic granule; LysosomePoja Histology Collection - Blood & Bone Marrow Subset
2 Pro-megakaryocyteScheme electron microscopy. The pro-megakaryocyte (20-80 m) develops from a basophilic megakaryoblast (up to 50 m) that originates from a committed stem cell. The large pro-megakaryocyte starts with the early synthesis of the characteristic granules of platelets. Apart from a bilobed nucleus (1) and...Blood; Bone Marrow; Electron microscopy; Pro-megakaryocyte; MegakaryocytePoja Histology Collection - Blood & Bone Marrow Subset
3 Myeloblast in bone marrow smear (human)Stain: May-Grnwald-Giemsa (MGG). The myeloblast (1) shows a very transparent nucleus and several distinct nucleoli. The slightly basophilic cytoplasm is limited to a small rim in contrast to a promyelocyte. No granules are yet visible. (2) small lymphocyte.Blood; Bone Marrow; Myeloblast; LymphocytePoja Histology Collection - Blood & Bone Marrow Subset
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