Blood
Science50 questions
created by sheilatsoriano
Download This QuizpackIt is called as a universal donor because there are no antigens on RBC or no RH factor.
a. O - Negative
b. A positive
c. AB Positive
d. AB Negative
b. A positive
c. AB Positive
d. AB Negative
It is a universal recipient because it has no antibodies in the serum and RH factor is present.
a. A positive
b. O Negative
c. AB Positive
d. B Negative
b. O Negative
c. AB Positive
d. B Negative
This blood disease has a lower RBC count ,lower hemoglobin and lower hematocrit values?
a. Hemophilia
b. Anemia
c. Multiple Myeloma
d. Hodgkin's Disease
b. Anemia
c. Multiple Myeloma
d. Hodgkin's Disease
How many months does the infant have adequate iron storage?
a. 7-8 mos
b. 3-5 mos
c. 4-6 mos
d. 5-6 mos
b. 3-5 mos
c. 4-6 mos
d. 5-6 mos
Iron Deficiency Anemia occurs during all of the following, except
a. During menses
b. With adolescent and infants ho have primary diet of milk
c. Pregnancy
d. When the patient collapses
b. With adolescent and infants ho have primary diet of milk
c. Pregnancy
d. When the patient collapses
It is a clear and straw colored
a. leukocytes
b. Amniotic fluid
c. plasma
d. Platelets
b. Amniotic fluid
c. plasma
d. Platelets
The plasma consists of how many percent of water?
a. 85-90% of water
b. 96-100% of water
c. 60-85% of water
d. 91-92% of water
b. 96-100% of water
c. 60-85% of water
d. 91-92% of water
How many percent of protein does the plama consist?
a. 6-8%
b. 9-11%
c. 8-11%
d. 7-9%
b. 9-11%
c. 8-11%
d. 7-9%
It is the most abundant protein and it maintains normal colloid osmotin pressure.
a. Globulin
b. Albumin
c. Fibrinogen
d. Phrothrombin
b. Albumin
c. Fibrinogen
d. Phrothrombin
A type of plasma that is necessary element in Normal clot formation.
a. Globulin
b. Phrothrombin
c. Fibrinogen
d. Albumin
b. Phrothrombin
c. Fibrinogen
d. Albumin
What are the normal nutrients carried by plasma?
a. Carbo
b. Protein
c. Fat
d. All of the above
b. Protein
c. Fat
d. All of the above
This plasma is essential Factor in clotting mechanisms.
a. Albumin
b. Alpha/Beta globulins
c. Phrothrombin
d. Fibrinogen
b. Alpha/Beta globulins
c. Phrothrombin
d. Fibrinogen
Essential element in normal coagulation and produces in the liver.
a. Globulin
b. Albumin
c. Phrothrombin
d. Fibrinogen
b. Albumin
c. Phrothrombin
d. Fibrinogen
Normal Value of Albumin?
a. 5.9-8.3 gm/dl
b. 3.0-6.5 gm/dl
c. 2.6-4.0 gm/dl
d. 3.5-5.5 gm/dl
b. 3.0-6.5 gm/dl
c. 2.6-4.0 gm/dl
d. 3.5-5.5 gm/dl
It has a normal value of 4.5 - 6.2 million/mm3
a. Erythrocyte
b. Hemoglobin
c. Hematocrit
d. Fibrinogen
b. Hemoglobin
c. Hematocrit
d. Fibrinogen
What is the normal hemoglobin for female?
a. 14 -20
b. 13 - 18 gm/dl
c. 12-16 gm/dl
d. 4.5 - 6.0 gm/dl
b. 13 - 18 gm/dl
c. 12-16 gm/dl
d. 4.5 - 6.0 gm/dl
What is the normal hemoglobin for male?
a. 12 - 16 gm/dl
b. 14 - 20 gm/dl
c. 10 - 15 gm/dl
d. 13 - 18 gm/dl
b. 14 - 20 gm/dl
c. 10 - 15 gm/dl
d. 13 - 18 gm/dl
It is the primary component of RBC?
a. Hemoglobin
b. Hematocrit
c. Erythrocyte
d. Oxygen
b. Hematocrit
c. Erythrocyte
d. Oxygen
What is the lifespan of an erythrocyte?
a. 147 days
b. 120 days
c. 116 days
d. 143 days
b. 120 days
c. 116 days
d. 143 days
What is the normal hematocrit level for female?
a. 27-29%
b. 37-47%
c. 57-67%
d. 72-85%
b. 37-47%
c. 57-67%
d. 72-85%
What is the normal hematocrit level for male?
a. 10-25%
b. 20-45%
c. 30-50%
d. 40-50%
b. 20-45%
c. 30-50%
d. 40-50%
Production of RBC. What is this process?
a. Erythropoiesis
b. granulocytosis
c. Leukocytosis
d.
b. granulocytosis
c. Leukocytosis
d.
what is the normal hemoglobin level for newborn?
a. 16-22 gm/dl
b. 14-20 gm/dl
c. 10-15 gm/dl
d. 17-22gm/dl
b. 14-20 gm/dl
c. 10-15 gm/dl
d. 17-22gm/dl
It is necessary for production of Normal erythrocytes?
a. Vit D and Vit C
b. Vit B6 and Iron
c. Vit E
d. Vit B12 and Folic Acid
b. Vit B6 and Iron
c. Vit E
d. Vit B12 and Folic Acid
What is the normal hematocrit level for newborn?
a. 50-78%
b. 18-22%
c. 50-62%
d. 64-70%
b. 18-22%
c. 50-62%
d. 64-70%
What is the primary function of erythrocytes RBC?
a. Hemostasis
b. Transports O2 and CO2
c. Transports nutrients throughout the body
d.
b. Transports O2 and CO2
c. Transports nutrients throughout the body
d.
Fraction of the blood occupied by the erythrocytes
a. Hematocrit
b. Hemoglobin
c. Fibrinogen
d. WBC
b. Hemoglobin
c. Fibrinogen
d. WBC
Major component of hemoglobin
a. Calcium
b. Folic
c. Vitamin
d. Iron
b. Folic
c. Vitamin
d. Iron
It is a buffer in the acid-base balance and combines with the O2
a. Iron
b. Hematocrit
c. Hemoglobin
d. Leukocytes
b. Hematocrit
c. Hemoglobin
d. Leukocytes
Erythrocytes RBC are formed in bone marrow such as
a. Humerus
b. Femur
c. Iliac Crest
d. All of the above
b. Femur
c. Iliac Crest
d. All of the above
What is the primary function of WBC?
a. Destroy bacteria
b. Essesntial in phagocytosis process
c. All of the above
d.
b. Essesntial in phagocytosis process
c. All of the above
d.
What is Leukocytosis?
a. It refers to all increase in leukocytes or WBC
b. It refers to decrease in WBC
c.
d.
b. It refers to decrease in WBC
c.
d.
What is Leukopenia?
a. It refers to all increase in leukocytes or WBC
b. It refers to decrease in WBC or leukocytes
c.
d.
b. It refers to decrease in WBC or leukocytes
c.
d.
What is normal value of leukocytes?
a. 2000-5000/mm3
b. 20000-25000/mm3
c. 10000-15000/mm3
d. 5000-10000/mm3
b. 20000-25000/mm3
c. 10000-15000/mm3
d. 5000-10000/mm3
Types of WBC
a. Granulocytes
b. Agranular Leukocytes
c. All of the above
d.
b. Agranular Leukocytes
c. All of the above
d.
Type of Granulocytes WBC
a. Neutrophils
b. Eosinophils
c. Basoplhils
d. All of the above
b. Eosinophils
c. Basoplhils
d. All of the above
Types of Agranular Leukocytes
a. Lymphocytes
b. Basophils
c. Monocytes
d. A and C
b. Basophils
c. Monocytes
d. A and C
Characteristics of platelets
a. They are called thrombocytes
b. they are the smallest type
c. They are involved with hemostasis
d. All of the above
b. they are the smallest type
c. They are involved with hemostasis
d. All of the above
What is Thrombocytopenia?
a. Increase number in platelets
b. Decrease number in platelets
c.
d.
b. Decrease number in platelets
c.
d.
What is thrombocytosis
a. Marked abnormal increase in platelets
b. Marked decreased in platelets
c.
d.
b. Marked decreased in platelets
c.
d.
What phase of hemostasis where tissue injury occurs
a. 1st phase
b. 2nd phase
c. 3rd phase
d.
b. 2nd phase
c. 3rd phase
d.
What phase of hemostasis where prothrombin converts to thrombin?
a. 1st phase
b. 2nd phase
c. 3rd phase
d.
b. 2nd phase
c. 3rd phase
d.
What phase of hemostasis where thrombin converts fibrinogen to insoluble fibrin?
a. 1st phase
b. 2nd phase
c. 3rd phase
d.
b. 2nd phase
c. 3rd phase
d.
Process by which clots, formed in small tissue/small vessels, are dissolved by fibrinolysin.
a. Fibrinolytosis
b. Fibrinolysis
c.
d.
b. Fibrinolysis
c.
d.
what is the normal Growth Hormone for men?
a. <20 ng/ml
b. <10 ng/ml
c. <5 ng/ml
d. <30 ng/ml
b. <10 ng/ml
c. <5 ng/ml
d. <30 ng/ml
what is the normal Growth Hormone for women?
a. <7 ng/ml
b. <6 ng/ml
c. <5 ng/ml
d. <10 ng/ml
b. <6 ng/ml
c. <5 ng/ml
d. <10 ng/ml
What are the pituitary diagnostic Test?
a. Growth Hormone Test
b. Osmolarity Urine
c. Osmolarity Serum
d. All of the above
b. Osmolarity Urine
c. Osmolarity Serum
d. All of the above
What is the normal osmolarity urine?
a. 150-250 mosm/kg of water
b. 300-900 mosm/kg of water
c. 750-1500 mosm/kg of water
d. 50-79 mosm/kg of water
b. 300-900 mosm/kg of water
c. 750-1500 mosm/kg of water
d. 50-79 mosm/kg of water
what is the normal osmolarity serum?
a. 285-295 mosm/kg of water
b. 300-350 mosm/kg of water
c. 400-415 mosm/kg of water
d. 115-185 mosm/kg of water
b. 300-350 mosm/kg of water
c. 400-415 mosm/kg of water
d. 115-185 mosm/kg of water
Nursing interventions before Growth Hormone Test is performed
a. NPO after midnight
b. Maintain bedrest until serum sample is drawn
c. Explain the procedure to the client
d. All of the above
b. Maintain bedrest until serum sample is drawn
c. Explain the procedure to the client
d. All of the above
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