HEMATOLOGY MCQ – Exercise 2

The multiple choice questions in this online test paper focuses on HEMATOLOGY MCQ. If you are looking for self evaluation of your PG Medical entrance exam preparation then this online HEMATOLOGY MCQ Test Paper will help you to evaluate your exam preparation.

Instruction for REPRODUCTIVE BIOLOGY/ REPRODUCTIVE MEDICINE / INFERTILITY MCQs:

1- This online MCQ practice test paper contains 30 questions.
2- Each question in this online practice test paper have four options and only 1 option is correct.
3- You can view the answers of this practice test paper after submitting the practice test paper.
Note: The answers mentioned at the end of practice test are the best suitable option as per our knowledge. Users shall cross-check the answers with their textbooks.

Q 1. teardrop shaped red cells best relates to

uremia

myelofibrosis

thallessemia

liver disease

Q 2. Howell –Jolly bodies best relate to

uremia

nuclear remnants

foreign bodies in the circulation

all of the above

Q 3. reliable estimate of red cell production is provided by

erythropoietin levels

reticulocyte count

RDW

polychromasia

Q 4. echinocytes seen in

severe uremia

glycolytic red cell enzyme defects

microangioapathic hemolytic anemia

all of the above

Q 5. Burr cells are also called

echinocytes

acanthocytes

eliptocytes

spherocytes

Q 6. cytoplasmic maturation defects of RBCs result from

severe iron deficiency

abnormalities in heme synthesis

abnormalities in globin synthesis

any of the above

Q 7. acanthocytes seen in

severe liver disease

abetalipoprieinemia

patients with McLeod blood group

all of the above

Q 8. Shift cells refer to

older RBCs

prematurely released reticulocytes

normoblasts

any of the above

Q 9. absolute reticulocyte count is calculated by

reticulocyte count × (hemoglobin÷expected hemoglobin)

reticulocyte count × (hemoglobin+expected hemoglobin)

reticulocyte count × (hemoglobin×expected hemoglobin)

reticulocyte count / (hemoglobin+expected hemoglobin)

Q 10. ferritin is also an

enzyme

cytokine

chemokine

acute phase reactant

Q 11. most frequent anemias

hypoproliferative

maturation disorders

hemoglobinopathies

hemolytic

Q 12. percent transferring saturation is calculated by

(TIBC×100) + serum iron

(serum iron + TIBC) ÷100

(serum iron × TIBC) ÷100

(serum iron ÷ TIBC) ×100

Q 13. adult females have average serum ferritin levels of about

10 µg/dL

30 µg/dL

60 µg/dL

90 µg/dL

Q 14. true about macrocytes

red cells are larger than a small lymphocyte

well hemoglobinized red cells

often oval shaped

all of the above

Q 15. normal serum TIBC

100 to 150 µg/dL

150 to 300 µg/dL

300 to 360 µg/dL

350 to 450 µg/dL

Q 16. iron regulatory hormone

erythropoietin

transferritin

hepcidin

all of the above

Q 17. adult males have average serum ferritin levels of about

10 µg/dL

50 µg/dL

100 µg/dL

200 µg/dL

Q 18. sideroblasts are erythroblasts containing

hemosiderin

ferritin

residual RNA

all of the above

Q 19. Gaisbock’s syndrome relates to

spurious polycythemia

high altitude polycythemia

ectopic erythropoietin production

familial polycythemia

Q 20. hemolysis is most likely if reticulocyte production index is more than

2.5

3.5

4.5

5.5

Q 21. normal serum iron range is

10 to 50 µg/dL

50 to 150 µg/dL

150 to 250 µg/dL

250 to 450 µg/dL

Q 22. in men increased cell mass is present when hematocrit is

>45%

>50%

>55%

>60%

Q 23. what colour of reticulocytes will be on staining with supravital dye

red

blue

green

yellow

Q 24. nuclear maturation defects of RBCs result from all except

vitamin B12 deficiency

folic acid deficiency

iron deficiency

methotrexate therapy

Q 25. thermal injury produces

target cells

burr cells

Howell-Jolly bodies

red cell fragmentation

Q 26. procoagulant forces in human hemostatic systems include

platelet adhesion

platelet aggregation

fibrin clot formation

all of the above

Q 27. erythropoietin producing neoplasms include

hepatoma

uterine leiomyoma

cerebellar hemangioblastoma

all of the above

Q 28. hypoproliferative anemia can result from

marrow damage

iron deficiency

inadequate erythropoietin stimulation

all of the above

Q 29. target red cells seen in

uremia

myelofibrosis

thallessemia

acute hemolysis

Q 30. erythroid cells take how many days to mature

2.5

3.5

4.5

5.5

HEMATOLOGY MCQ – Exercise 2

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HEMATOLOGY MCQ – Exercise 2

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