Science Medicine Hematology
[VERIFIED] Hema Turgeon 5th Ed. RQs
CHAPTER QUESTIONS
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MODULE 2 HEMA LEC HEMA LAB CT/BT sum HEMA
208 terms 32 terms 16 terms 45 terms
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1. The normal sequence of blood cell development is
A. yolk sac—red bone marrow—liver and spleen
C B. yolk sac—thymus—liver and spleen—red bone marrow
C. yolk sac—liver and spleen—red bone marrow
D. liver and spleen—yolk sac—red bone marrow
2. The maturational sequence of the thrombocyte (plate- let) is
A. megakaryoblast—promegakaryocyte—megakaryo- cyte—metamegakaryocyte—
thrombocyte
C
B. promegakaryocyte—megakaryocyte—metamega- karyocyte—thrombocyte
C. megakaryoblast—promegakaryocyte—megakaryo- cyte—thrombocyte
D. megakaryoblast—promegakaryocyte—metamega- karyocyte—thrombocyte
3. The maturational sequence(s) of the erythrocyte is (are)
A. rubriblast—prorubricyte—rubricyte—metarubri- cyte—reticulocyte—mature
erythrocyte
D B. prorubricyte—rubricyte—metarubricyte—reticulo- cyte—mature erythrocyte
C. pronormoblast—basophilic normoblast—poly- chromatophilic normoblast—
orthochromic nor- moblast—reticulocyte—mature erythrocyte
D. both A and C
4. The cell maturation sequence of the segmented neutro- phil is
A. promyelocyte—myeloblast—myelocyte—metamy- elocyte—band or stab—
segmented neutrophil (PMN)
B. myeloblast—promyelocyte—myelocyte—metamy- elocyte—band or stab—
B segmented neutrophil (PMN)
C. monoblast—promyelocyte—myelocyte—metamy- elocyte—band or stab—
segmented neutrophil (PMN)
D. promyelocyte—myelocyte—metamyelocyte—band or stab—segmented neutrophil
(PMN)
, 5. As a blood cell matures, the overall cell diameter in most cases
A. increases
B
B. decreases
C. remains the same
6. As a blood cell matures, the ratio of nucleus to cyto- plasm (N:C) in most cases
A. increases
B
B. decreases
C. remains the same
7. The chromatin pattern, in most cells, as the cell matures
A. becomes more clumped
A
B. becomes less clumped
C. remains the same
8. The presence of nucleoli is associated with
A. immature cells
A B. all young cells, except myeloblasts
C. only erythroblasts
D. disintegrating cells
9. In the blast stage of development of leukocytes, the cyto- plasm of the cell is
A. dark blue and lacks vacuoles
B B. light blue and lacks granules
C. light blue and has specifi c granules
D. gray with many dark-blue granules
Questions 10 through 14: Match the cellular characteris- tics with the name of the
appropriate mature leukocyte. Use an answer only once.
10. _____ Segmented neutrophil
11. _____ Monocyte
10. E 12. _____ Lymphocyte
11. D 13. _____ Band form neutrophil
12. C 14. _____ Eosinophil
13. B
14. A A. Large orange granules
B. An elongated and curved nucleus
C. Light, sky-blue cytoplasm
D. Kidney bean-shaped nucleus
E. Averages approximately 56% of normal adult leukocytes in the peripheral blood
1. The average diameter of a normal erythrocyte is _____ mm.
A. 5.2
C
B. 6.4
C. 7.2
D. 8.4
Questions 2 through 5: Match the following terms with the appropriate description.
2. _____ Macrocytic
3. _____ Microcytic
2. B
4. _____ Anisocytosis
3. C
5. _____ Poikilocytosis
4. A
5. D
A. Variation in erythrocyte size
B. Larger than normal
C. Smaller than normal D. Variation in erythrocyte shape
, Questions 6 through 9: Match the common terms for erythrocytes with the
equivalent nomenclature.
6. _____ Normal erythrocyte
7. _____ Oval macrocyte
6. D
8. _____ Target cell
7. A
9. _____ Sickle cell
8. C
9. B
A. Megalocyte
B. Drepanocyte
C. Codocyte
D. Discocyte
Questions 10 through 13: Match the terms for erythro- cytes with the appropriate
morphological description.
10. _____ Echinocytes
11. _____ Helmet cells
10. A
12. _____ Schistocytes
11. C
13. _____ Spherocytes
12. B
13. D
A. Short, scalloped, or spike-like projections that are regularly distributed around the
cell
B. Fragments of erythrocytes
C. The scooped-out part of an erythrocyte that remains after a blister cell ruptures
D. Compact round shape
Questions 14 through 17: Match the condition with the predominant erythrocyte type
seen on a peripheral blood smear (use an answer only once).
14. _____ Associated with a defect in nuclear maturation
15. _____ Associated with a decrease in hemoglobin synthesis
14. C
16. _____ Represents an imbalance between erythrocytic and plasma lipids
15. A
17. _____ Results from the gelation of polymerized deoxygenated Hb S
16. D
17. B
A. Microcytes
B. Sickle cells
C. Macrocytes
D. Acanthocytes
18. Polychromatophilia is
A. a blue-colored erythrocyte when stained with Wright stain
18. D
B. caused by diffusely distributed RNA in the cytoplasm
C. equivalent to a reticulocyte when stained with a supravital stain
D. all of the above
Questions 19 through 22: Match the following erythro- cytic inclusions with the
appropriate description.
19. _____ Basophilic stippling
19. C 20. _____ Howell-Jolly bodies
20. A 21. _____ Pappenheimer bodies
21. D 22. _____ Heinz bodies
22. B
A. DNA
B. Precipitated denatured hemoglobin
C. Granules composed of ribosomes and RNA
D. Aggregates of iron, mitochondria, and ribosomes
[VERIFIED] Hema Turgeon 5th Ed. RQs
CHAPTER QUESTIONS
Save
Students also studied
Flashcard sets Study guides Practice tests
MODULE 2 HEMA LEC HEMA LAB CT/BT sum HEMA
208 terms 32 terms 16 terms 45 terms
aloveraina Preview papapa9629qc Preview shaniaevangelista048 Preview apr
1. The normal sequence of blood cell development is
A. yolk sac—red bone marrow—liver and spleen
C B. yolk sac—thymus—liver and spleen—red bone marrow
C. yolk sac—liver and spleen—red bone marrow
D. liver and spleen—yolk sac—red bone marrow
2. The maturational sequence of the thrombocyte (plate- let) is
A. megakaryoblast—promegakaryocyte—megakaryo- cyte—metamegakaryocyte—
thrombocyte
C
B. promegakaryocyte—megakaryocyte—metamega- karyocyte—thrombocyte
C. megakaryoblast—promegakaryocyte—megakaryo- cyte—thrombocyte
D. megakaryoblast—promegakaryocyte—metamega- karyocyte—thrombocyte
3. The maturational sequence(s) of the erythrocyte is (are)
A. rubriblast—prorubricyte—rubricyte—metarubri- cyte—reticulocyte—mature
erythrocyte
D B. prorubricyte—rubricyte—metarubricyte—reticulo- cyte—mature erythrocyte
C. pronormoblast—basophilic normoblast—poly- chromatophilic normoblast—
orthochromic nor- moblast—reticulocyte—mature erythrocyte
D. both A and C
4. The cell maturation sequence of the segmented neutro- phil is
A. promyelocyte—myeloblast—myelocyte—metamy- elocyte—band or stab—
segmented neutrophil (PMN)
B. myeloblast—promyelocyte—myelocyte—metamy- elocyte—band or stab—
B segmented neutrophil (PMN)
C. monoblast—promyelocyte—myelocyte—metamy- elocyte—band or stab—
segmented neutrophil (PMN)
D. promyelocyte—myelocyte—metamyelocyte—band or stab—segmented neutrophil
(PMN)
, 5. As a blood cell matures, the overall cell diameter in most cases
A. increases
B
B. decreases
C. remains the same
6. As a blood cell matures, the ratio of nucleus to cyto- plasm (N:C) in most cases
A. increases
B
B. decreases
C. remains the same
7. The chromatin pattern, in most cells, as the cell matures
A. becomes more clumped
A
B. becomes less clumped
C. remains the same
8. The presence of nucleoli is associated with
A. immature cells
A B. all young cells, except myeloblasts
C. only erythroblasts
D. disintegrating cells
9. In the blast stage of development of leukocytes, the cyto- plasm of the cell is
A. dark blue and lacks vacuoles
B B. light blue and lacks granules
C. light blue and has specifi c granules
D. gray with many dark-blue granules
Questions 10 through 14: Match the cellular characteris- tics with the name of the
appropriate mature leukocyte. Use an answer only once.
10. _____ Segmented neutrophil
11. _____ Monocyte
10. E 12. _____ Lymphocyte
11. D 13. _____ Band form neutrophil
12. C 14. _____ Eosinophil
13. B
14. A A. Large orange granules
B. An elongated and curved nucleus
C. Light, sky-blue cytoplasm
D. Kidney bean-shaped nucleus
E. Averages approximately 56% of normal adult leukocytes in the peripheral blood
1. The average diameter of a normal erythrocyte is _____ mm.
A. 5.2
C
B. 6.4
C. 7.2
D. 8.4
Questions 2 through 5: Match the following terms with the appropriate description.
2. _____ Macrocytic
3. _____ Microcytic
2. B
4. _____ Anisocytosis
3. C
5. _____ Poikilocytosis
4. A
5. D
A. Variation in erythrocyte size
B. Larger than normal
C. Smaller than normal D. Variation in erythrocyte shape
, Questions 6 through 9: Match the common terms for erythrocytes with the
equivalent nomenclature.
6. _____ Normal erythrocyte
7. _____ Oval macrocyte
6. D
8. _____ Target cell
7. A
9. _____ Sickle cell
8. C
9. B
A. Megalocyte
B. Drepanocyte
C. Codocyte
D. Discocyte
Questions 10 through 13: Match the terms for erythro- cytes with the appropriate
morphological description.
10. _____ Echinocytes
11. _____ Helmet cells
10. A
12. _____ Schistocytes
11. C
13. _____ Spherocytes
12. B
13. D
A. Short, scalloped, or spike-like projections that are regularly distributed around the
cell
B. Fragments of erythrocytes
C. The scooped-out part of an erythrocyte that remains after a blister cell ruptures
D. Compact round shape
Questions 14 through 17: Match the condition with the predominant erythrocyte type
seen on a peripheral blood smear (use an answer only once).
14. _____ Associated with a defect in nuclear maturation
15. _____ Associated with a decrease in hemoglobin synthesis
14. C
16. _____ Represents an imbalance between erythrocytic and plasma lipids
15. A
17. _____ Results from the gelation of polymerized deoxygenated Hb S
16. D
17. B
A. Microcytes
B. Sickle cells
C. Macrocytes
D. Acanthocytes
18. Polychromatophilia is
A. a blue-colored erythrocyte when stained with Wright stain
18. D
B. caused by diffusely distributed RNA in the cytoplasm
C. equivalent to a reticulocyte when stained with a supravital stain
D. all of the above
Questions 19 through 22: Match the following erythro- cytic inclusions with the
appropriate description.
19. _____ Basophilic stippling
19. C 20. _____ Howell-Jolly bodies
20. A 21. _____ Pappenheimer bodies
21. D 22. _____ Heinz bodies
22. B
A. DNA
B. Precipitated denatured hemoglobin
C. Granules composed of ribosomes and RNA
D. Aggregates of iron, mitochondria, and ribosomes
