A & P Ii Blood Cells, Blood Vessels And The Blood

Front 1

Name the white blood cells that are granular leukocyte.

Back 1

Neutrophil
Eosinophil
Basophil

Front 2

Name the white blood cells that are non-granular leukocyte.

Back 2

Lymphocyte
Monocyte

Front 3

Name the white blood cells.

Back 3

Neutrophil
Lymphocyte
Monocyte
Eosinophil
Basophil

Front 4

It's the most abundant type of WBC, that are phagocyte on bacteria?

Back 4

Neutrophil

Front 5

Name a WBC that is is a T-cell (phagocyte), B-cells (antibodies) and NK-cells (anti-cancer) and they increase in number with infections and immune responses.

Back 5

Lymphocyte

Front 6

Name a WBC that becomes macrophages in the tissues, general phagocyte and is the largest in size (eat bacteria)?

Back 6

Monocyte

Front 7

Which White Blood Cell has a bilobed nucleus, acidophil stained red-orange, phagocyte that attacks antibody marked cells like bacteria and protozoa, it can fluctuate night and day?

Back 7

Eosinophil

Front 8

Name a rare WBC that produces heparin (anticlotting agent) and histamine (dilates blood vessels, vasodilater) ?

Back 8

Basophil

Front 9

The most abundant RBC that has no nucleus and is full of hemoglobin?

Back 9

Ertyhrocyte

Front 10

What type of blood cell is erythrocytes?

Back 10

RBC

Front 11

aka Thrombocyte

Back 11

platelet

Front 12

It is small fragments of cells, form a pre-clot plug in hemostasis (stopping the flow of blood), life span of 7-12 days?

Back 12

Thrombocyte

Front 13

Whole blood contains the formed elements______

Back 13

(blood cells) and the Fluid (fluid part of the blood except cells)

Front 14

Marrow stem cell that gives to all the marrow and circulation blood cells.

Back 14

Hemocytoblast

Front 15

Rubiblast gives rise to ?

Back 15

Erythrocyte

Front 16

Lymphoblast gives rise to ?

Back 16

Lymphocyte

Front 17

Monoblast gives rise to ?

Back 17

Monoctye

Front 18

Megakaryoblast gives rise to?

Back 18

Thrombocyte

Front 19

Myeloblast gives rise to?

Back 19

Neutrophil, eosinophil, and basophil

Front 20

The formation of blood cells in red bone marrow.

Back 20

Erythropoiesis

Front 21

The formation of erythrocytes in the bone marrow due to the hormone _________ from the kidneys, this occurs when tissues oxygen levels are low.

Back 21

Erythropoiesis

Front 22

Low levels of oxygen is what?

Back 22

Hypoxia

Front 23

Inability of RBC's to carry oxygen. Causes include poor RBC production, Hemmorhage or Hemloysis of RBC's.

Back 23

Anemia

Front 24

damaged bone marrow from disease, chemical toxins or radiation; poor RBC formation.

Back 24

Aplastic Anemia

Front 25

Lack of Intrinsic factor, so poor vit B^12 adsorption.

Back 25

Fe Deficient Anemia

Front 26

Rupture of RBC's as in malaria and some snake and spider venoms, toxic mushrooms, hemolytic disease of the newborn.

Back 26

Hemolytic Anemia

Front 27

Anemicas of Mediterraneam area, Hb deficiency; low RBC
Does not make enough hemoglobin.
A form of anemia.

Back 27

Thalassemia

Front 28

Genetic disorder, RBC's collapse & change shape, RBC's destroyed.

Back 28

Sickle Cell Anemia

Front 29

Too many RBC's, blood is viscious; common causes dehydration, smoking, high altitude, emphysema

Back 29

Polycythemia

Front 30

Increase in WBC count due to infection.

Back 30

Leukocytosis

Front 31

Decrease in WBC count; viral infections and toxins (As - Arsenic , Pb )

Back 31

Leukipenia
Leukopenia weakens your immune system and puts you at a high risk of infections
Other causes are deficiency in certain minerals, such as copper and zinc.

Front 32

Abnormal increase in WBC count.

Back 32

Leukemia

Front 33

Increase in Granular Leukocytes.

Back 33

Myeloid Leukemia

Front 34

Increase in Agranular Leukocytes

Back 34

Lymphiod Leukemia

Front 35

Appear suddenly; death may occur in short time

Back 35

Acute Leukemia

Front 36

Slow to occur; if untreated survival time is about three years.

Back 36

Chronic Leukemia

Front 37

Too few plateletes; bone marrow damage, not enough thrombocytes.

Back 37

Thrombocytopenia

Front 38

Genetic disorder where important clotting factors are not made (like factor VIII) x-linked recessive so more common in males.

Back 38

Hemophilia

Front 39

Abdominal clotting of blood in a non-damaged vessel (more common in veins).

Back 39

Thrombus

Front 40

A clot that may obstruct a vessel.

Back 40

Thrombus

Front 41

A clot that breaks loose and travels in the blood stream.

Back 41

Embolus

Front 42

Normal hematocrit blood properties.

Back 42

7.35 - 7.45

Front 43

Normal hematocrit blood famale

Back 43

37% - 48%

Front 44

Normal hematocrit male

Back 44

45% - 52%

Front 45

Normal hemoglobin female

Back 45

12-16g/dl

Front 46

Normal hemoglobin male

Back 46

13-18 g/dl

Front 47

T-Cell are?

Back 47

Phagocyte

Front 48

B-Cells are?

Back 48

Antibodies

Front 49

NK-Cells are?

Back 49

Anti-Cancer

Front 50

Hemmorage or Hemoloysis of RBC's?

Back 50

Anemia

Front 51

Phagocyte on bacteria?

Back 51

Neutrophil

Front 52

Poor RBC formation?

Back 52

Aplastic Anemia

Front 53

Phagocyte that has a bi-lobed nucleus?

Back 53

Eosinophil

Front 54

Phagocyte that attacks antibody marked cells like bacteria and protozoa, can fluctuate night and day?

Back 54

Eosinophil

Front 55

Etythocytes are

Back 55

RBC

Front 56

Is a vasodialator - dilates blood vessels?

Back 56

Histamine

Front 57

Is a vasoconstrictor - an anti-clotting agent?

Back 57

Heparin

Front 58

Hormone that comes from the kidneys and occurs when oxygen level is low?

Back 58

Erythropioesis

Front 59

Forma a pre-clot plug in hemostasis?

Back 59

Thrombocyte

Front 60

Has a life span of 7-12 in hemostasis?

Back 60

Thrombocyte

Front 61

White blood cell that has no nucleus?

Back 61

Erythrocyte

Front 62

Basophil produces?

Back 62

Heparin and Histamine

Front 63

WBC that becomes macrophages in the tissues?

Back 63

Monocyte

Front 64

WBC's that are phagocyte on bacteria?

Back 64

Neutrophil

Front 65

Gives rise to Neutrophil, Eosinophil and Basophil?

Back 65

Myeloblast

Front 66

Gives rise to Thrombocytes?

Back 66

Megakaryoblast

Front 67

Gives rise to Erythocytes?

Back 67

Rubiblast