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WEEK 13 ANEMIA

Total questions: 70

Worksheet time: 16mins

Name
Class
Date
1.

Decrease in the oxygen carrying capacity of the blood

a)

functional

b)

operational

c)

conventional

2.

Reduction from the baseline value for the total number of RBCs, amount of circulating hemoglobin, and RBC mass for a particular patient.

a)

FUNCTIONAL

b)

OPERATIONAL

c)

CONVENTIONAL

3.

Decrease in RBCs, hemoglobin and hematocrit below the previously established reference values for healthy individuals of the same age, gender, and race and under similar environmental

a)

FUNCTIONAL

b)

OPERATIONAL

c)

CONVENTIONAL

4.

A laboratory test that checks the morphology of the cells

(a)  

5.

Laboratory test that determines where the anemia came from

(a)  

6.

A morphological classification that is found in thalassemia & severe iron deficiency anemia

(a)  

7.

Iron deficiency anemia

a)

smooth tongue

b)

koilonychia

c)

lead poisoning

d)

pancytopenia

8.

a condition also referred to as “spoon shaped nails”, is associated with iron deficiency in which the fingernails are thin, brittle, and concave with raised edges

(a)  

9.

pathways that is blocked in sideroblastic anemia

(a)  

10.

It develops when the incorporation of iron heme is blocked

(a)  

11.

Due to congenital enzyme defect delta amino levulinic acid synthetase or heme synthetase

(a)  

12.

Due to somatic mutation of the erythroid progenitor cells that cause either defects in heme synthesis or defects in DNA synthesis

(a)  

13.

It interferes with iron storage in the mitochondria and damages the activity of enzymes used for hemesynthesis

(a)  

14.

Rare disease caused by accumulation of porphyrins in developing RBC’s. It is characterized by dermal photosensitivity and rash caused y the sun. The orginal werewolf was probably a person with erythropoietic porphyria.

(a)  

15.

anemia due to chromic inflammation

(a)  

16.

Inherited disorders caused by genetic alterations that reduce or preclude the synthesis of the globin chains of hemoglobin tetramer.

(a)  

17.

What are the 2 most common type of thalassemia

(a)  

18.

It results when one of the 2 genes that produce beta globin is defective and usually presents a mild, asymptomatic anemia

a)

thalassemia major

b)

intermediate beta thalassemia

c)

thalassemia minor

19.

More severe anemia than minor beta thalassemia but do not require regular transfusion

a)

thalassemia minor

b)

intermediate beta thalassemia

c)

thalassemia major

20.

Decrease or complete lack of beta globin production and most severe form of transfusion dependent anemia

a)

thalassemia minor

b)

intermediate beta thalassemia

c)

thalassemia major

21.

other name for thalassemia major

a)

heterozygous thalassemia

b)

cooley's trait

c)

Rietti-Greppi-Micheli disease

d)

thalassemia intermidia

e)

cooley's anemia

22.

other name for thalassemia major

a)

heterozygous thalassemia

b)

homozygous thalassemia

c)

cooley's anemia

d)

cooley's trait

e)

medeterranean anemia

23.

deletion of one alpha hemoglobin gene, leaving 3 functional alpha globin genes

a)

silent carrier

b)

alpha thalassemia trait homozygous

c)

hemoglobin H disease

d)

hydrops fetalis

24.

deletion of 2 alpha globin gene

a)

silent carrire

b)

alpha thalassemia trait

c)

hemoglobin H disease

d)

Hydrops fetalis

25.

It is caused by the presence of only one gene producing alpha chains

a)

silent carriers

b)

alpha thalassemia trait

c)

hemoglobin H disease

d)

hydrops fetalis

26.

Results in the absence of all alpha chains

a)

silent carrier

b)

alpha thalassemia trait

c)

hemoglobin H disease

d)

hydrops fetalis

27.

silent carrier

a)

-a/aa

b)

-a/aa & --/aa

c)

--/-a

d)

--/--

28.

alpha thalassemia trait

a)

-a/aa

b)

-a/aa & --/aa

c)

--/-a

d)

--/--

29.

hemoglobin H disease

a)

-a/aa

b)

-a/aa & --/aa

c)

--/-a

d)

--/--

30.

hydrops fetalis

a)

-a/aa

b)

-a/aa & --/aa

c)

--/-a

d)

--/--

31.

thalassemia with increased levels of fetal hemoglobin and partial or total suspension of beta and delta chains and Hb F increased to compensate

(a)  

32.

A rare class of thalassemia caused by crossing over beta and delta genes

(a)  

33.

It is a double heterozygous abnormality and the abnormal genes of Hb S and thalassemia are co-inherited

(a)  

34.

beta thalassemia with inherited hb C

(a)  

35.

Co inherited of hemoglobin E and beta thalassemia that results to a marked reduction of beta chain production

(a)  

36.

laboratory findings on CBC has

- decreased hgb, hct and RBC indices

- increased RBC count and RDW

a)

iron deficiency anemia

b)

sideroblastic anemia

c)

thalassemia

37.

disorder in the DNA synthesis of RBC. The maturation of nucleus is delayed relative to that of cytoplasm

(a)  

38.

Vit. B12 deficiency

(a)  

39.

nutritional megaloblastic anemia

(a)  

40.

What are the 4 neurologic symptoms of the effects of vit B12 and folate deficiency

(a)  

41.

It contains leafy green vegetables, dried beans, liver, beef and some fruits

(a)  

42.

meat, eggs and dairy products

(a)  

43.

Laboratory findings in CBC are:

· Pancytopenia

· Decreased Hemoglobin and Hematocrit

· Increased MCV (> 120fl), MCH and RDW

Normal MCHC

a)

iron deficiency anemia

b)

sideroblastic anemia

c)

thalassemia

d)

megaloblastic anemia

44.

laboratory findings is that it is decreased in absolute reticulocyte count, and also has hyperpigmented neutrophil

a)

iron deficiency anemia

b)

sideroblastic anemia

c)

thalassemia

d)

megaloblastic anemia

45.

Peripheral smear lab results are

· Oval macrocytes . megalocytes

· Poikilocytosis – dacryocytes, fragments, microspherocytes

· NRBCs

· Howell-Jolly bodies

· Basophilic stippling

Cabot rings

a)

iron deficiency anemia

b)

sideroblastic anemia

c)

thalassemia

d)

megaloblastic anemia

46.

It is used to distinguish malabsorption of vitamin B12 from other causes of malabsorption. It uses oral dose of radioactive vitamin B12

(a)  

47.

non mgalobastic anemia is caused by

(a)  

48.

Characterized by premature RBC destruction caused by autoantibodies that bind the RBC surface

(a)  

49.

It is responsible for approximately 70% of immune hemolytic cases.

a)

warm reactive autoimmune hemolytical anemai

b)

cold reactive autoimmune hemolytic anemia

c)

paraxysmal cold hemoglobinuria

50.

Mediated by antibody with maximum binding affinity at 4°C or below 32 °C

a)

warm reactive autoimmune hemolytic anemia

b)

cold reactive autoimmune hemolytic anemia

c)

paroxysmal cold hemoglobimuria

51.

A rare acute form of cold generated hemolysis. Hemolysis occurs when blood is warmed after previous exposure to chilling. It is caused by an antibody (Donath-Landsteiner antibody) present in the plasma

a)

warm reactive autoimmune hemolytic anemia

b)

cold reactive autoimmune hemolytic anemia

c)

paroxysmal cold hemoglobinuria

52.

Type of immunoglobulin of warm reactive autoimmune hemolytic anemia

a)

IgG

b)

IgM

53.

Max. temp. reactivity of warm reactive autoimmune hemolytic anemia

a)

37°C

b)

4°C

54.

Complement activation of warm reactive autoimmune hemolytic anemia

a)

variable

b)

yes

55.

Type of hemolysis of warm reactive autoimmune hemolytic anemia

a)

extravascular

b)

intra/ extravascular

c)

intravascular

56.

autoantibody specificity of warm reactive autoimmune hemolytic anemia

a)

Rh complex

b)

Anti I / -i

c)

Anti -P

57.

treatment for warm reactive autoimmune hemolytic anemia

a)

Corticosteroids & Splenectomy

b)

Avoidance of cold & Plasmapheresis

c)

Avoidance of cold & corticosteroids

58.

type of immunoglobulin of cold reactive autoimmune hemolytic anemia

a)

IgG

b)

IgM

59.

type of hemolysis of cold reactive autoimmune hemolytic anemia

a)

extravascula

b)

intra/ extravascular

c)

intravascular

60.

autoantibody specificity of cold reactive autoimmune hemolytic anemia

a)

rh complex

b)

anti-I / -i

c)

anti-P

61.

treatment for cold reactive autoimmune hemolytic anemia

a)

Corticosteroids & Splenectomy

b)

Avoidance of cold & corticosteroids

c)

Avoidance of cold & Plasmapheresis

62.

treatment for PCH

a)

Avoidance of cold & Plasmapheresis

b)

Corticosteroids & Splenectomy

c)

Avoidance of cold & corticosteroids

63.

autoantibody specificity of PCH

a)

rh complex

b)

anti - i

c)

anti -p

64.

type of hemolysis of PCH

a)

extravascular

b)

intra/extravascular

c)

intravascular

65.

Max. temp. reactivity of PCH

a)

37°C

b)

4°C

66.

type of immunoglobulin for PCH

a)

IgG

b)

IgM

67.

They are self-limiting, but severe even fatal following the administration of drug that can cause immune hemolytic anemia

(a)  

68.

3 examples of drug induced immune hemolytic anemia

(a)  

69.

Usually occurs in newborns following the trans placental passage of maternal anti fetal red cells antibody

(a)  

70.

isoimmune HDN due to rh incompatibility

(a)