Chap 5&6 part 2

The pathway that produces neutrophils, monocytes, eosinophils, basophils, mast cells, erythrocytes, and megakaryocytes?

The pathway that produces dendritic cells, B lymphocytes, T lymphocytes, and natural killer cells?

The cells that are less than 1% of bone marrow cells?

The hematopoietic factors listed in the reviewer?

Factors involved in stem-cell mobilization?

The pan T-cell markers?

The marker associated with T-helper cells?

The marker associated with cytotoxic T cells?

The pan-myeloid marker listed as CD13?

The markers associated with monocytes?

The pan B-cell markers?

The pan-myeloid marker listed as CD33?

The stem-cell marker?

The markers associated with natural killer cells?

The marker known as CALLA and associated with ALL?

The process by which the body produces new red blood cells?

The time normally required from pronormoblast to reticulocyte production?

The time reticulocytes remain in bone marrow before release?

The time a reticulocyte continues to mature in circulation?

The supplemental trigger for increased erythropoiesis caused by low oxygen?

The hormone that regulates or induces erythroid production in bone marrow?

The sequence of early erythroid commitment?

The earliest identifiable erythroid colony?

The erythroid colony that forms a large multiclustered colony resembling a cluster of grapes?

The erythroid cell with many EPO receptors and an absolute requirement for EPO?

The factor that drives CFU-E toward pronormoblasts?

The earliest visually recognized erythrocyte precursor in bone marrow?

The factor that stimulates proliferation and differentiation of neutrophil and macrophage colonies from CFU-GM?

The multilineage stimulating factor that supports granulocytes, monocytes, megakaryocytes, and erythroid cells?

The factors influencing megakaryocytopoiesis?

The factor that helps control platelet production and release together with IL-11?

Cell fragments formed from megakaryocytes?

The cytokine produced by kidney peritubular interstitial cells that stimulates erythroid progenitors?

The cytokine that supports granulocyte/neutrophil lineage growth and maturation?

The cytokine that supports CD4+ and CD8+ T-cell growth and activation?

The cytokine that promotes proliferation of hematopoietic stem/progenitor cells?

The cytokine that supports T/B-cell growth and megakaryocyte maturation?

The cytokine that inhibits cytokine production and macrophage activity?

The cytokine that promotes T-cell/Th1 differentiation?

The cytokine that supports CD4/CD8 T-cell proliferation and CD8/NK cytotoxicity?

The cytokine with antiviral properties that enhances MHC expression?

The erythroid precursor also called a rubriblast?

The erythroid precursor also called a prorubricyte?

The erythroid precursor also called a rubricyte?

The erythroid precursor also called a metarubricyte?

The general maturation change in cell diameter?

The general maturation change in nuclear diameter?

The general maturation change in nuclear chromatin?

The nuclear structures that disappear during maturation?

The staining caused by acidic cellular material such as RNA?

The dye described as a basic dye in the reviewer?

The staining caused by more basic protein-rich material?

The acidic dye used for eosinophilic staining?

The earliest visually recognized erythroid precursor measuring about 14–20 µm with an N:C ratio of 8:1?

The erythroid stage measuring about 12–17 µm with an N:C ratio of 6:1?

The erythroid stage measuring about 10–15 µm with an N:C ratio of 4:1?

The last erythroid stage capable of cell division?

The last nucleated erythroid stage?

The condensed nucleus expelled from an orthochromic normoblast?

The erythroid stage with no nucleus and residual reticulum/RNA?

The supravital stain used to demonstrate residual reticulum/RNA in reticulocytes?

The mature RBC specialized for hemoglobin-mediated gas transport?

The approximate diameter of a mature erythrocyte?

The shape of a mature erythrocyte?

The process of removing old or abnormal RBCs in the spleen?

The process of removing RBC inclusions while the RBC itself survives?

DNA remnants or nuclear inclusions found in RBCs?

The scientific study of RBC production, maturation, and destruction?

The collection of all stages of erythrocytes throughout the body?

The amount or mass of circulating RBCs?

The glycoprotein hormone of approximately 165 amino acids involved in erythropoiesis?

Hemolysis that occurs outside blood vessels, especially in the spleen or liver?

Hemolysis that occurs inside the vasculature or circulating blood?

The type of hemolysis involving macrophage-mediated RBC removal?

The type of hemolysis involving RBC rupture or fragmentation inside blood vessels?

The structure formed by endothelial cells lining venous sinuses and the basement membrane that RBCs must pass through?

Proteins that help salvage released hemoglobin and iron during intravascular hemolysis?

The RBC breakdown components listed in the lecture?

The erythroid maturation sequence from pronormoblast to mature RBC?

The N:C ratios from pronormoblast through orthochromic normoblast?

The general cytoplasmic color change during erythroid maturation?

The final mature erythroid cell that is anucleated, pink, round, and biconcave?