Answer these 50 Hematology MCQs and assess your grip on the subject of Hematology. Scroll below and get started!
A. Transferrin
B. Hemoglobin S
C. Biliverdin
D. Jaundice
A. Pressure in the pulmonary artery is greater than pressure in the right ventricle
B. Pressure in the pulmonary artery is less than pressure in the right ventricle
C. Pressure in the aorta is greater than pressure in the right ventricle
D. Pressure in the aorta is less than pressure in the right ventricle
E. The pulmonary semilunar valve contracts, inducing closure
A. Contains about 55 percent plasma
B. PH is slightly acidic
C. Contains dissolved gases
D. Viscosity is five times greater than water
A. The volume of RBC in a blood sample
B. Type AB blood contains antigens A and B.
C. Hemoglobinometer determination
D. May indicate a disease such as cirrhosis of the liver or tuberculosis
A. Erythrocytes
B. Monocyte
C. Megakaryocyte
D. Platelets
A. 4-8
B. 12-18
C. 15-20
D. 30-35
E. 42-48
A. A blood gas; blood clots
B. The liquid portion of blood; the cells
C. Lacking in protein; regulators of blood osmolality
D. The cellular portion of blood; acellular components
E. Mostly protein; the matrix
A. Monocyte
B. Basophil
C. Erythrocytes
A. Vasa recta
B. Medulla
C. Cortex
D. Pelvis
E. Calyces
A. Erythropoietin
B. Bilirubin
C. Thrombopoietin
D. Colony-stimulating factors
E. Plasmin
A. Hemat
B. Erythr
C. Myel
D. Eosin
A. Basophils.
B. Monocytes.
C. Eosinophils.
D. Neutrophils
A. 2400, 5000
B. 4800, 10,800
C. 500, 2000
D. 7200, 16,000
A. No
B. Anti-A and anti-B
C. Anti-A
D. Anti-B
E. A and B
A. Albumin
B. Globulin
C. Fibrinogen
D. Prothrombin
A. Mismatched
B. Matched
C. Both A & B
D. None of the above
A. Conversion of soluble fibrinogen to insoluble fibrin
B. May indicate a disease such as cirrhosis of the liver or tuberculosis
C. Both
D. None of these
A. Ten
B. Four
C. Eight
A. A
B. B
C. AB
D. O
A. 20
B. Rubber
C. 90
D. Cost
A. Vascular spasm.
B. The platelet phase.
C. Retraction
D. Coagulation
A. Vitamin K deficiency
B. Vascular spasm
C. Liver disease
D. Severe hypocalcemia
A. Rate of erythrocyte formation
B. Rate of platelet formation
C. Clotting ability of the blood
D. WBC ability to defend the body against disease
A. Fibrinogen
B. Increase hypoxemia
C. Thrombus; embolus
D. Thromboplastin.
A. Sickle-cell anemia
B. Polycythemia
C. Hemorrhagic anemia
D. Thalassemia
A. Bleeding disorders.
B. Suppressed immunity.
C. Impaired formation of all formed elements.
A. Myeloblasts
B. Biliverdin
C. Type O-
D. Thrombin
E. Hemostasis
A. Within the normal range
B. Abnormally low.
C. Above normal
D. None of these
A. Below normal
B. Above normal
C. Normal
D. Above normal and indicative of polycythemia
A. Cholesterol measurements
B. Hemoglobin measurements
C. Hematocrit measurements and cholesterol measurements
D. Hematocrit measurements and hemoglobin measurements
E. Hematocrit measurements
A. Hematopoiesis
B. Neutrophil
C. Lymphocytes
D. Lymphocyte
A. 10.
B. 5.3.
C. 4.4.
D. 3.8.
A. Fibrinolytic
B. Retraction
C. Extrinsic
D. Intrinsic
E. Common
A. Hemoglobin F
B. Hemoglobin B
C. Hemoglobin A
D. Hemoglobin
A. Albumin
B. Aggluntinins
C. Red bone marrow
D. Purified platelets
A. An average of 12 to 14 hours; 4 to 6 hours
B. An average of 4 to 6 hours; 20 to 50 minutes
C. About 50 minutes; 20 minutes
D. About 5 to 10 minutes; 90 minutes
A. Brand-name
B. Auscultation
C. Intraoral
D. None of these
A. To scratch
B. To nourish
C. Rough
D. None of these
A. Low blood viscosity
B. High hematocrit
C. High blood pressure
D. Increased blood volume
A. Strengthen their immune systems
B. Stay hydrated
C. Increase their hematocrit
D. Coagulation
A. Lipoprotein
B. Albumin
C. It transport iron ions in the plasma
D. All of this
A. Fibringin
B. Hemoglobin
C. Albumin
D. Increased hypoxemia
A. Comedo
B. Bulla
C. Keloid
D. Eschar
A. Antibodies in the donor's plasma will attack and kill the recipient's healthy blood cells
B. White blood cells from the donor's blood cause inflammation
C. Preformed antibodies in the recipient's blood will bind and clump (agglutinate) the donated cells
D. Clotting factors in the donor's blood will cause unwanted clots known as thrombus
A. Viral infection
B. Polycythemia
C. Anemia
D. A bacterial infection
A. Transport of respiratory gases
B. Cell membrane of the RBC; plasma
C. No agglutination occurs.
D. Erythrocytes
E. Type O
A. Neutrophils
B. Erythropoietin
C. Fibrinogen
D. Erythrocytes
A. Include thrombus formation, a clot in a broken blood vessel
B. Include embolus formation, a clot moving within the circulatory system
C. Result in uncontrolled bleeding
D. Are caused by vitamin K deficiency
A. Albumin
B. Saline solutions
C. Dextran
D. Packed cells
A. Hemostasis
B. Prostacyclin
C. Aggregate
D. Coagulation