This is part one of the hematology section of the ascp certification exam
Ribosome
Chromatin
Mitochondria
Transferrin
Hemoglobin
Hemosiderin
Myoglobin
Transferrin
Regulate the level of 2,3 dpg
Provide reduced glutathione to prevent oxidation of hemoglobin
Prevent the reductoin of heme iron
Provide energy for membrane maintenance
Complexed with haptoglobin
Freely circulating in the cytoplasm
Attached to transferrin
In the ferrous state
Hemolytic anemia
Multiple myeloma
G-6PD deficiency
Myeloid metaplasia
Storage of red blood cells
Production of red blood cells
Synthesis of erythropoietin
Removal of imperfect and aging cells
Iron,porphyrin, and amino acids
Iron, protoporphyrin, and globin
Heme, protoporphyrin, and amino acids
Heme, hemosiderin, and globin
Readily identified with polychrome stains
Rarely found in glucose-6-phosphate dehydrogenase deficient erythrocytes
Closely associated with spherocytes
Denatureed hemoglobin inclusiond that are readily removed by the spleen
Granulocytes
Lymphocytes
Erythrocytes
Thrombocytes
Shorten the replication time of the granulocytes
Stimulate RNA synthesis of erythroid cells
Increase colony-stimulating factors produced by the B-lymphocytes
Decrease the release of marrow reticulocytes
Tear drop cells
Target cells
Spherocytes
Sickle cells
Autosomal dominant inheritance
Red cell membrane defects
Positive direct antiglobulin test
Measured platelet count