Exam Flashcards
Anticoagulant found in the blood:
a. Prothrombin
b. Vitamin B12
c. Gamma globulin
d. Heparin
d. Heparin
Blood Protein that maintain the proper proportion and concentration of water in the blood.
a. Fibrenogen
b. Prothrombin
c. Globulin
d. Albumin
d. Albumin
Breakdown of recipients red blood cells when incompatible bloods are mixed:
a. Embolism
b. Erythrocytosis
c. Hemolysis
d. Erythropoiesis
c. Hemolysis
Condiditon associated with sideropenia, causing deficient production of hemoglobin:
a. Iron deficiency anemia
d. Aplastic anemia
c. Thalassemia
d. Hemolytic anemia
a. Iron deficiency anemia
Deficiency in numbers of WBCs:
a. Neurtopenia
b. Hypochromia
c. Leukocytosis
d. Spherocytosis
a. Neutropenia
Derived from bone marrow:
a. Polymorphonuclear
b. Phagocytic
c. Myeloid
d. Granulocytopenic
c. Myeloid
Disorder of red blood cell morphology:
a. Monocytosis
b. Multiple myeoma
c. Poikilpcytosis
d. Acute myelocytic lukemia
c. Poikilcytosis
Examination of blood smear to determine the shape or form of cells:
a. Hematocrit
b. Coagulation time
c. WBC differential
d. Red blood cell moorphology
d. Red blood cell morphology
Excessive bleeding caused by lack of factor VIII or IX:
a. Erythermia
b. Autoimmune thrombocytopenia purpura
c. Hemophilia
d. Granulocytosis
c. Hemophilia
Excessive deposits of iron throughout the body:
a. Cooley anemia
b. Hemochromatosis
c. Purpura
d. Thrombocytopenia
b. Hemochromatosis
Falure of blood cell production due ro absence of formation of cells in the bone marrow:
a. Hemolytic anemia
b. Pernicious anemia
c. Aplastic anemia
d. Thalassemia
c. Aplastic anemia
Foreign material that invades the body:
a. Antibodies
b. Antigens
c. Granulocytes
d. Neutrophils
b. Antigens
IgM, IgG, IgA, IgD, and IgE:
a. Stem cells
b. Neutrophils
c. Immunoglobulins
d. Megakaryocytes
c. Immunoglobulins
Immature red blood cell:
a. Megakaryocytes
b. Segmented
c. Erythroblast
d. Thrombocyte
c. Erythroblast
Inherited defect in ability to produce hemoglobin:
a. Pernicious anemia
b. Hemolytic anemia
c. Aplastic anemia
d. Thalassemia
d. Thalassemia
Lack of mature red cells due to inability to absorb vitamin B12 into the body:
a. Hemolytic anemia
b. Thalassemia
c. Pernicious anemia
d. Iron deficiency anemia
c. Pernicious anemia
Method of separating out plasma proteins by electrical charge:
a. Hemolysis
b. Plasmapheresis
c. Electrophoresis
d. Leukapheresis
c. Electrophoresis
Pallor, shortness of breath, infection, bleeding gums, predominance of immature and abnormally functioning leukocytes, and low numbers of mature neutrophils in a young child may indicate a likely diagnosis of:
a. Chrinic lymphocytic leukemia
b. Hemoglobinopathy
c. Acute lymphosytic eukemia
d. Sickle cell anemia
c. Acute lymphocytic leukemia
Pigment produced from hemoglobin when red blood cells are destroyed:
a. Serum
b. Bilirubin
c. Plasma
d. Globulin
b. Bilirubin
Protein threads that form the basis of a clot:
a. Fibrinogen
b. Fibrin
c. Hemoglobin
d. Thrombin
b. Fibrin
Reduction in cells due to excessive cell destruction:
a. Iron deficiency anemia
b. Pernicious anemia
c. Aplastic anemia
d. Hemplytic anemia
d. Hemolytic anemia
Reliving symptoms but not curing disease:
a. Coagulopathy
b. Hemostasis
c. Hemolysis
d. Pallative
d. Pallative
Return of disease symptoms:
a. Remission
b. Spherosytosis
c. Relapse
d. Pallative
c. Relapse
Test in which blood sample is spun in a test tube so that the red blood cells (RBCs) fall to the bottom and the percentage of RBCs is determined:
a. Coagulation time
b. Erythrocyte sedimentation rate
c. Hematocrit
d. Red blood cell morphology
c. Hematocrit