1. Causes spurious decrease in MCV
A. Cryofibrinogen
B. hyperglycemia
C. autoagglutination
D. high WBC ct
E. reduced red cell deformability
Ans: A
B. hyperglycemia
C. autoagglutination
D. high WBC ct
E. reduced red cell deformability
Ans: A
2. When the entire CBC is suppressed due to either anemia,
infection, or hemorrhage is called?
A. Erythroplasia
B. Thrombocytopenia
C. Pancytopenia
D. Leukopenia
Ans: C
B. Thrombocytopenia
C. Pancytopenia
D. Leukopenia
Ans: C
3. Total RBC count for Women is?
A. 4.4 -6
B. 4.2-5
C. 4.0-5.0
D. 4.2-5.2
Ans: C
B. 4.2-5
C. 4.0-5.0
D. 4.2-5.2
Ans: C
HEMATOLOGY Multiple
Choice Questions and Answers pdf
4. Total RBC for men?
A. 4.0-5.0
B. 4.6-6.0
C. 4.2-6.5
D. 4.0-6.0
Ans: B
B. 4.6-6.0
C. 4.2-6.5
D. 4.0-6.0
Ans: B
5. What is the major metabolically available storage form of
iron in the body?
A. Hemosiderin
B. Ferritin
C. Transferrin
D. Hemoglobin
Ans: B
B. Ferritin
C. Transferrin
D. Hemoglobin
Ans: B
6. The best source of active bone marrow from a 20-year old
would be:
A. Iliac Crest (hip)
B. Femur (thigh)
C. Distal radius (forearm)
D. Tibia (shin)
Ans: A
A. Iliac Crest (hip)
B. Femur (thigh)
C. Distal radius (forearm)
D. Tibia (shin)
Ans: A
7. Laboratory Studies: Red Cell Indices: Determination of
relative size of RBC. 82-98 fl
A. MCH
B. MCV
C. MCHC
Ans: B
B. MCV
C. MCHC
Ans: B
8. Laboratory Studies: Red Cell Indices: Measurement of average
weight of Hb/RBC. 27-33 pg
A. MCH
B. MCV
C. MCHC
Ans: B
B. MCV
C. MCHC
Ans: B
9. Laboratory Studies: Red Cell Indices: Evaluation of RBC
saturation with Hb. 32-36%
A. MCV
B. MCH
C. MCHC
Ans: C
B. MCH
C. MCHC
Ans: C
10. There are 3 classifications of Anemia. What are they?
A. In adequate production of Hb
B. Decreased RBC production
C. Increased Erythrocyte destruction
D. Blood loss
Ans: A
B. Decreased RBC production
C. Increased Erythrocyte destruction
D. Blood loss
Ans: A
11. Vitamin B12 and folic have the similar adverse effects, but
what separates one form the other?
A. Glossitis
B. No neurological symptoms in folic acid
C. muscle wasting
D. Dizziness
Ans: B
B. No neurological symptoms in folic acid
C. muscle wasting
D. Dizziness
Ans: B
12. Folic acid therapy can cause sickle cell anemia
A. True
B. False
Ans: B
B. False
Ans: B
13. Both vitamin B12 AND iron have drug interactions with which
of the following drugs?
A. PPI, H2 blockers
B. Methyldopa
C. Metformin
Ans: A
B. Methyldopa
C. Metformin
Ans: A
14. Hydroxyurea increases hemoglobin production and decreases
reticulocyte cells.
A. True
B. False
Ans: A
B. False
Ans: A
15. Hydroxyurea:
A. decreases nitric oxide
B. increases neutrophil and monocytes
C. inhibits DNA synthesis by acting as a ribonucleotide reductase inhibitor
Ans: C
B. increases neutrophil and monocytes
C. inhibits DNA synthesis by acting as a ribonucleotide reductase inhibitor
Ans: C
16. Hydroxyurea increases the serum uric acid levels.
A. True
B. False
Ans: A
B. False
Ans: A
17. Decitabine increases the fetal hemoglobin production by
inducing methylation of DNA and thus prevents the switch from gamma to
beta-globin production.
A. True
B. False
Ans: B
B. False
Ans: B
18. Hypocupremia is seen in
A. osetoporosis, nephrotic disease
B. sprue, cliac disease
C. cardiovascular disease, colon cancer
D. A and B
E. B and C
F. All of the above
Ans: F
B. sprue, cliac disease
C. cardiovascular disease, colon cancer
D. A and B
E. B and C
F. All of the above
Ans: F
19. Wilsons disease can cause liver problems
A. True
B. False
Ans: A
B. False
Ans: A
20. What are the treatment options for wilson’s disease?
A. Pencillamine
B. Riboflavin
C. Trientine
D. Potassium disulfide
E. Zinc
F. A, B and C
G. A, C, and D
H. A, C, D, and E
Ans: H
B. Riboflavin
C. Trientine
D. Potassium disulfide
E. Zinc
F. A, B and C
G. A, C, and D
H. A, C, D, and E
Ans: H
21. Aplasia can occur because of riboflavin deficiency?
A. True
B. False
Ans: A
B. False
Ans: A
22. Angular stomatitis.cheilosis is a symptom of vitamin B12
deficiency?
A. True
B. False
Ans: B
B. False
Ans: B
23. Antimalarial drugs and high dose birth control will increase
riboflavin.
A. True
B. False
Ans: B
B. False
Ans: B
24. Which test can be used to detect hemolytic anemia?
A. Coombs test
B. Genetic testing
C. Peripheral blood smear (PBS)
D. Schilling test
Ans: A
B. Genetic testing
C. Peripheral blood smear (PBS)
D. Schilling test
Ans: A
25. Which anemia is classified as not being able to use iron
properly to synthesize hemoglobin because of a inherited cause.
A. Iron deficiency anemia
B. hypochromic anemia
C. aplastic anemia
Ans: B
B. hypochromic anemia
C. aplastic anemia
Ans: B
26. Apalstic anemia can be induced by drugs such as Litium,
acetazolamide and aspirtin
A. True
B. False
Ans: A
B. False
Ans: A
27. This fatal disorder results from clot/thrombus formation in
the blood ciruclation
A. thromboembolism
B. DVT
C. PAD
D. Pulmonary embolism
E. All of the above
Ans: E
B. DVT
C. PAD
D. Pulmonary embolism
E. All of the above
Ans: E
28. Homan’s sign is classified as pain behind the knee
A. True
B. False
Ans: A
B. False
Ans: A
29. Patients that are sensitive to aspirin can take:
A. Sulfinpyrazone
B. Clopidogrel
C. Ticlopidine
D. 1 and 2
E. 2 and 3
Ans: E
B. Clopidogrel
C. Ticlopidine
D. 1 and 2
E. 2 and 3
Ans: E
30. What is the life span of RBC
A. 120
B. 100
C. 200
D. 80
Ans: A
B. 100
C. 200
D. 80
Ans: A
31. This drug can potentiate the effect of prostacyclins to
antagonize platelet stickiness and therefore decreases platelet adhesion to
thrombogenic surfaces.
A. Sulfinpyrazone
B. Dipyridamole
C. ticlopidine
Ans: B
B. Dipyridamole
C. ticlopidine
Ans: B
32. Which drug can be given as a prophylaxis for cadriovascular
effects?
1. Ticlopidine
2. Clopidogrel
3. dipyridamol
1. Ticlopidine
2. Clopidogrel
3. dipyridamol
A. all
B. 1 and 2
C. 1 and 3
D. 2 and 3
Ans: D
B. 1 and 2
C. 1 and 3
D. 2 and 3
Ans: D
33. Which drug can increase intracellular levels of cAMP by
inhibiting cyclic nucleotide phosphodiesterase?
1. Sildenafil
2. Ticlopidine
3. Clopidogrel
4. dipyridamol
1. Sildenafil
2. Ticlopidine
3. Clopidogrel
4. dipyridamol
A. 1, 3, 4
B. 1, 2 , 3
C. 1, 4
Ans: C
B. 1, 2 , 3
C. 1, 4
Ans: C
34. Warfarin should be used with caution in the following:
A. Alcoholic liver disease
B. Gastrointestinal bleeding
C. recent neurosugery
D. Liver impairment
Ans: D
B. Gastrointestinal bleeding
C. recent neurosugery
D. Liver impairment
Ans: D
35. Isozymes of 2C can greatly effect warfarin
A. True
B. False
Ans: A
B. False
Ans: A
36. absolute lymphocytosis (>5000/mm^3) without adenopathy,
hepatosplenomegaly, anemia, thrombocytopenia is what stage in CLL prognosis
Scoring-Rai Staging System?
A. Stage 0
B. Stage I
C. Stage II
D. Stage III
E. Stage IV
Ans: A
B. Stage I
C. Stage II
D. Stage III
E. Stage IV
Ans: A
37. Conventional treatment is ______ for Rai stage II
A. Antibiotics
B. chemotherapy
C. Antivirals
D. rest
Ans: B
B. chemotherapy
C. Antivirals
D. rest
Ans: B
38. In patients with low numbers of neoplastic cells, sometimes
due to treatment, PCR to amplify DNA can improve sensitivity, and detect signs
of relapse.
A. True
B. False
Ans: A
B. False
Ans: A
39. Chronic lymphocytic leukemia is most common leukemia in what
kind of people? Slide 4
A. young adults
B. older adults
Ans: B
B. older adults
Ans: B
40. absolute lymphocytosis and thrombocytopenia( <
100,000/mm^3) with or without lymphadenopathy, hepatomegaly, splenomegaly, or
anemia is what stage in CLL prognosis Scoring-Rai Staging System?
A. Stage 0
B. Stage I
C. Stage II
D. Stage III
E. Stage IV
Ans: E
B. Stage I
C. Stage II
D. Stage III
E. Stage IV
Ans: E
HEMATOLOGY Objective
type Questions and Answers ::
41. Chronic Lymphocytic Leukemia is characterized by peripheral
blood and bone marrow _____.
A. lymphocytopenia
B. lymphocytosis
Ans: B
B. lymphocytosis
Ans: B
42. Chronic Lymphocytic Leukemia is characterized by gradual
accumulation of small mature ______ cells.
A. T
B. B
C. NK
Ans: B
B. B
C. NK
Ans: B
43. Which of the following is the most mature normoblast?
A. Orthochromic Normoblast
B. Basophilic Normoblast
C. Pronormoblast
D. Polychromatic Normoblast
Ans: A
B. Basophilic Normoblast
C. Pronormoblast
D. Polychromatic Normoblast
Ans: A
44. absolute lymphocytosis with either hepatomegaly or
splenomegaly with or without lymphadenopathy is what stage in CLL prognosis
Scoring-Rai Staging System?
A. Stage 0
B. Stage I
C. Stage II
D. Stage III
E. Stage IV
Ans: C
A. Stage 0
B. Stage I
C. Stage II
D. Stage III
E. Stage IV
Ans: C
45. absolute lymphocytosis without lymphadenopathy without
hepatosplenomegaly, anemia, or thrombocytopenia is what stage in CLL prognosis
Scoring-Rai Staging System?
A. Stage 0
B. Stage I
C. Stage II
D. Stage III
E. Stage IV
Ans: B
A. Stage 0
B. Stage I
C. Stage II
D. Stage III
E. Stage IV
Ans: B
46. IN Chronic Lymphocytic Leukemia the Lymphocyte appearance:
small or slightly larger than normal, hyper-condensed(almost ________ appearing.
nuclear chromatin patter, bare nuclei called “smudge cells” are common.
A.
soccer-ball
B. basketball
C. football
D. tennis-ball
Ans: A
B. basketball
C. football
D. tennis-ball
Ans: A
47. Which of the following forms of Hb molecule has the lowest
affinity for oxygen?
A. Tense
B. Relaxed
C. Arterial
D. Venous
Ans: A
A. Tense
B. Relaxed
C. Arterial
D. Venous
Ans: A
48. What is the recommended cleaner for removing all oil from
objective lens?
A. 70 % alcohol or lens cleaner
B. Xylene
C. Water
D. Benzene
Ans: A
A. 70 % alcohol or lens cleaner
B. Xylene
C. Water
D. Benzene
Ans: A
49. Intravascular hemolysis is the result of trauma to RBCs
while in the circulation
A. True
B. False
Ans: A
A. True
B. False
Ans: A
50. A 1:20 dilution was made in a unopette, with glacial acetic
acid as the diluent. The four corner squares on BOTH sides of the hemacytometer
are counted for a total of 100 cells. What is the total WBC (x10^9/L.?
A. 0.25
B. 2.5
C. 5
D. 10
Ans: B
A. 0.25
B. 2.5
C. 5
D. 10
Ans: B
51. The shape of a cell is maintained by which of the following?
A. Microtubules
B. Spindle Fibers
C. Ribosomes
D. Centrioles
Ans: A
A. Microtubules
B. Spindle Fibers
C. Ribosomes
D. Centrioles
Ans: A
52. At which month of fetal development does the bone marrow
become the primary site of hematopoiesis??
A. 2nd
B. 5th
C. End of 6th month
D. End of 7th month
Ans: C
A. 2nd
B. 5th
C. End of 6th month
D. End of 7th month
Ans: C
53. Which types of cells develop from yolk sacs (Mesoblastic
phase)?
A. Hb F, Hg A2, and Hg A
B. Gower 1 and Gower 2 Hgb
C. Portland Hgb
D. Only Erythroblasts
Ans: D
A. Hb F, Hg A2, and Hg A
B. Gower 1 and Gower 2 Hgb
C. Portland Hgb
D. Only Erythroblasts
Ans: D
54. Normal Adult Hb A contains the following polypeptide chains:
A. alpha and beta
B. alpha and epsilon
C. alpha and delta
D. alpha and brotherton
Ans: A
A. alpha and beta
B. alpha and epsilon
C. alpha and delta
D. alpha and brotherton
Ans: A
55. Allergic reactions are frequently associated with an
increase in the prescence of :
A. Lymphocytes
B. Neutrophils
C. Monocytes
D. Eosinophils
Ans: D
A. Lymphocytes
B. Neutrophils
C. Monocytes
D. Eosinophils
Ans: D
56. Lipid exchange between the RBC membrane and the plasma
occurs:
A. To replace lost lipids in the membrane
B. To provide a mechanism for excretion of lipid-soluble RBC waste products
C. To ensure symmetry between the composition of the interior and exterior lipid layers
D. To provide lipid-soluble nutrients to the RBC
Ans: A
A. To replace lost lipids in the membrane
B. To provide a mechanism for excretion of lipid-soluble RBC waste products
C. To ensure symmetry between the composition of the interior and exterior lipid layers
D. To provide lipid-soluble nutrients to the RBC
Ans: A
57. After the microscope has been adjusted for Kohler
illumination, light intensity should never be regulated by using the…
A. Rheostat
B. Neutral density filter
C. Kohler magnifier
D. Condenser
Ans: D
A. Rheostat
B. Neutral density filter
C. Kohler magnifier
D. Condenser
Ans: D
58. Which of the followong types of microscopy is valuable in
the identification of crystals that are able to rotate light?
A. Compound brightfield
B. Darkfield
C. Polarizing
D. Phase-contrast
Ans: C
B. Darkfield
C. Polarizing
D. Phase-contrast
Ans: C
59. During the Medullary Phase of hematopoietic development,
which bone is the first to show hematopoietic activity?
A. Femur
B. Iliac Crest
C. Skull
D. Clavicle
Ans: D
B. Iliac Crest
C. Skull
D. Clavicle
Ans: D
60. Given the following values, calculate the RPI Observed
reticulocyte count – 6% Hct- 30%
A. 2
B. 3
C. 4
D. 5
Ans: A
B. 3
C. 4
D. 5
Ans: A
61. The lipids of the RBC membrane are arranged:
A. In chains beneath a protein exoskeleton
B. So that the hydrophobic portions are facing the plasma
C. In a hexagonal lattice
D. In two layers that are not symmetric in composition
Ans: D
A. In chains beneath a protein exoskeleton
B. So that the hydrophobic portions are facing the plasma
C. In a hexagonal lattice
D. In two layers that are not symmetric in composition
Ans: D
62. The hexose monophosphate pathway activity increases the RBC
source of
A. Glucose and lactic acid
B. 2,3-BPG and methemoglobin
C. NADPH and reduced glutathione
D. ATP and other purine metabolites
Ans: C
A. Glucose and lactic acid
B. 2,3-BPG and methemoglobin
C. NADPH and reduced glutathione
D. ATP and other purine metabolites
Ans: C
63. Which single feature of normal RBC’s is most responsible for
limiting their life span?
A. Loss of mitochondria
B. Increased flexibility of the cell membrane
C. Reduction of Hb iron
D. Loss of nucleus
Ans: D
A. Loss of mitochondria
B. Increased flexibility of the cell membrane
C. Reduction of Hb iron
D. Loss of nucleus
Ans: D
64. In the Iron cycle, the transferrin receptor carries:
A. Iron out of duodenal cells from the intestinal lumen
B. Iron out of duodenal cells into the plasma
C. transferrin-bound iron in the plasma
D. transferrin-bound iron into erythrocytes
Ans: D
B. Iron out of duodenal cells into the plasma
C. transferrin-bound iron in the plasma
D. transferrin-bound iron into erythrocytes
Ans: D
65. A multilineage cytokine among the ILs is:
A. IL-1
B. IL-2
C. IL-3
D. IL-4
Ans: A
B. IL-2
C. IL-3
D. IL-4
Ans: A
66. Which of the following cells may develop in sites other than
the bone marrow?
A. Monocyte
B. Lymphocyte
C. Megakaryocyte
D. Neutrophil
Ans: B
B. Lymphocyte
C. Megakaryocyte
D. Neutrophil
Ans: B
67. The acceptable range for hemoglobin values on a control
sample is 13 + or – 0.4 g/dL. A hemoglobin determination is performed five times
in succession on the same control sample. The results are (in g/dL. 12 12.3,
12, 12.2, and 12.1) These results are:
A. Precise, but not accurate
B. Both accurate and precise
C. Accurate, but not precise
D. Neither accurate nor precise
Ans: A
B. Both accurate and precise
C. Accurate, but not precise
D. Neither accurate nor precise
Ans: A
68. The layer of the erythrocyte membrane that is largely
responsible for the shape, structure, and deformability of the cell is the:
A. Integral protein
B. Exterior lipid
C. Peripheral protein
D. Interior lipid
Ans: C
B. Exterior lipid
C. Peripheral protein
D. Interior lipid
Ans: C
69. During midfetal life, the primary source of blood cells is
the:
A. Bone marrow
B. Spleen
C. Lymph Nodes
D. Liver
Ans: D
B. Spleen
C. Lymph Nodes
D. Liver
Ans: D
70. In the bone marrow, RBC precursors are located:
A. In the center of the hematopoietic cords
B. Adjacent to megakaryocytes along the adventitial cell lining
C. Surrounding fat cells in apoptotic islands
D. Surrounding macrophages near the sinus membrane
Ans: D
B. Adjacent to megakaryocytes along the adventitial cell lining
C. Surrounding fat cells in apoptotic islands
D. Surrounding macrophages near the sinus membrane
Ans: D
71. Which of the following gathers, organizes, and directs light
through the specimen?
A. Ocular
B. Objective lens
C. Condenser
D. Optical Tube
Ans: C
B. Objective lens
C. Condenser
D. Optical Tube
Ans: C
72. How are the globin chains genes arranged? Note: a means
alpha, B means beta
A. With a genes and B genes on the same chromosome including two
a genes and two B genes
B. With a genes and B genes on seperate chromosomes, two a genes on one chromosome and one B gene on a different chromosome
C. With a genes and B genes on the same chromosome – including four a genes and four B genes
D. With a genes and B genes on separate chromosomes – four a genes on one chromosome and two B genes on a different chromosome
Ans: B
B. With a genes and B genes on seperate chromosomes, two a genes on one chromosome and one B gene on a different chromosome
C. With a genes and B genes on the same chromosome – including four a genes and four B genes
D. With a genes and B genes on separate chromosomes – four a genes on one chromosome and two B genes on a different chromosome
Ans: B
73. The maximum number of erythrocytes generated by one
Multipotential Stem Cell is:
A. 8
B. 1
C. 12
D. 16
Ans: D
B. 1
C. 12
D. 16
Ans: D
74. What is the distribution of normal Hb in adults?
A. 80-90% Hb A, 5-10% Hb A2, 1-5% Hb F
B. >95% Hb A, <3.5 % Hb A2, <1-2% Hb F
Ans: B
B. >95% Hb A, <3.5 % Hb A2, <1-2% Hb F
Ans: B
75. The most frequent cause of needle punctures is:
A. Patient movement during venipuncture
B. Improper disposal of phlebotomy equipment
C. Inattention during removal of needle after venipuncture
D. Failure to attach needle firmly to tube holder
Ans: B
B. Improper disposal of phlebotomy equipment
C. Inattention during removal of needle after venipuncture
D. Failure to attach needle firmly to tube holder
Ans: B
76. Iron is incorporated into the heme molecule in which of the
following forms:
A. Ferro
B. Ferrous
C. Ferric
D. Apoferritin
Ans: B
B. Ferrous
C. Ferric
D. Apoferritin
Ans: B
77. The most important practice in preventing the spread of
disease is:
A. Wearing masks during patient contact
B. Proper handwashing
C. Wearing disposable lab coats
D. Identifying specimens from known or suspected HIV and HBV patients with a red label
Ans: B
B. Proper handwashing
C. Wearing disposable lab coats
D. Identifying specimens from known or suspected HIV and HBV patients with a red label
Ans: B
78. Which of the following would correlate with an elevated ESR
value?
A. Osteoarthritis
B. Polycythemia
C. Decreased globulins
D. Inflammation
Ans: D
B. Polycythemia
C. Decreased globulins
D. Inflammation
Ans: D
79. The enzyme deficiency in the Embden-Meyerhof pathway that is
responsible for most cases of nonspherocytic hemolytic anemia is:
A. Hexokinase
B. Phosphotriptokinase
C. Pyruvate Kinase
D. Glyceraldehyde 3-Phosphate
Ans: C
B. Phosphotriptokinase
C. Pyruvate Kinase
D. Glyceraldehyde 3-Phosphate
Ans: C
80. The most common type of protein found in the cell membrane
is:
A. Lipoprotein
B. Mucoprotein
C. Glycoprotein
D. Nucleoprotein
Ans: C
B. Mucoprotein
C. Glycoprotein
D. Nucleoprotein
Ans: C
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