Blood System Review

Front 1

What percentage of plasma is water?

Back 1

92%

Front 2

Avg adult has how much blood?

Back 2

8-10 pints

Front 3

T or F: Blood secrets hormones

Back 3

False

Front 4

What is fibrinogen?

Back 4

A blood protein for blood clots

Front 5

What is fibrinogen?

Back 5

A blood protein for blood clots

Front 6

Serum albumin?

Back 6

Synthesized by liver

Front 7

Serum albumin?

Back 7

Synthesized by liver

55% of plasma proteins

Maintains blood volume through osmotic pressure

Front 8

Serum globulin

Back 8

Synthesized in liver

Aids in transport of fat, fat-soluble vitamins

Coagulates blood, Synthesized antibodies

Front 9

Waste products in blood

Back 9

Lactic acid, urea, creatine

Front 10

Waste products in blood

Back 10

Lactic acid, urea, creatine

Front 11

T or F: WBCs contain thrombocytes

Back 11

False

Front 12

Waste products in blood

Back 12

Lactic acid, urea, creatine

Front 13

T or F: WBCs contain thrombocytes

Back 13

False

Front 14

What vitamin is needed to make prothrombin?

Back 14

Vitamin K

Front 15

Thrombocytes?

Back 15

Platelets

Front 16

Thrombocytes?

Back 16

Platelets; create a platelet plug

Front 17

Agranulocytes?

Back 17

WBC with no granules in cytoplasm

Front 18

Leukopenia?

Back 18

Dec. in # of WBCs

Front 19

Pathogenic?

Back 19

Disease-causing microorganism

Front 20

Phagocytosis

Back 20

Process of eliminating harmful bacteria by phagocytizing it

Front 21

Where are prothrombin and fibrinogen manufactured?

Back 21

Liver

Front 22

How is blood type determined?

Back 22

Type of antigens on RBCs

Front 23

Antibody? How does it relate to blood type?

Back 23

Antibody inactivates antigens and the right pair are needed

Front 24

Rh factor?

Back 24

To determine blood transfusions and used in pregnancy

Front 25

Anemia?

Back 25

Dec. # of RBCs and hemoglobin

Front 26

Agranulocytes?

Back 26

WBC with no granules in cytoplasm

Front 27

Leukopenia?

Back 27

Dec. in # of WBCs

Front 28

Pathogenic?

Back 28

Disease-causing microorganism

Front 29

Phagocytosis

Back 29

Process of eliminating harmful bacteria by phagocytizing it

Front 30

Where are prothrombin and fibrinogen manufactured?

Back 30

Liver

Front 31

How is blood type determined?

Back 31

Type of antigens on RBCs

Front 32

Antibody? How does it relate to blood type?

Back 32

Antibody inactivates antigens and the right pair are needed

Front 33

Rh factor?

Back 33

To determine blood transfusions and used in pregnancy

Front 34

Anemia?

Back 34

Dec. # of RBCs and hemoglobin

Front 35

Temporary cause to polycythemia

Back 35

High altitudes

Front 36

Agranulocytes?

Back 36

WBC with no granules in cytoplasm

Front 37

Embolus

Back 37

Objects moving through bloodstream

Front 38

Infectious mononucleosis

Back 38

Virus (EBV) passed by oral contact

Front 39

Sickle cell anemia

Back 39

Deformation of RBCs, exclusive to Africans

Front 40

Leukopenia?

Back 40

Dec. in # of WBCs

Front 41

Pathogenic?

Back 41

Disease-causing microorganism

Front 42

Phagocytosis

Back 42

Process of eliminating harmful bacteria by phagocytizing it

Front 43

Where are prothrombin and fibrinogen manufactured?

Back 43

Liver

Front 44

How is blood type determined?

Back 44

Type of antigens on RBCs

Front 45

Antibody? How does it relate to blood type?

Back 45

Antibody inactivates antigens and the right pair are needed

Front 46

Rh factor?

Back 46

To determine blood transfusions and used in pregnancy

Front 47

Anemia?

Back 47

Dec. # of RBCs and hemoglobin

Front 48

Temporary cause to polycythemia

Back 48

High altitudes