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BMD 420 Module 4 (Chapter 10)

front 1

Blood main functions

back 1

Transport oxygen and nutrients, remove wastes, immune defense, maintain homeostasis

front 2

Blood components

back 2

Plasma, erythrocytes, leukocytes, thrombocytes

front 3

Arteries

back 3

Carry blood away from the heart

front 4

Veins

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Return blood to the heart

front 5

Capillaries

back 5

Site of gas, nutrient, and waste exchange

front 6

Blood cells formed in RED bone marrow

back 6

Hemocytoblast (early stem cell), Proerythroblast (RBC), Myeloblast (Granulocytic WBC), Lymphoblast (lymphocytes/agranulocytes), Monoblast (monocytes/agranulocytes), Megakaryoblast (thrombocytes/platelets)

front 7

Erythrocyte characteristics

back 7

Biconcave flexible discs, no nucleus, glucose is the primary nutrient source, contains hemoglobin. Erythropoietin produced in the kidney stimulates erythrocyte production. Folic acid and Vitamin B12 are essential for RBC maturation.

front 8

Breakdown of hemoglobin

back 8

1. Hemolysis of erythrocyte->Hemoglobin->Heme and Globin. 2. Heme->Iron that is recycled to bone marrow or stored->Hematopoiesis. 3. Heme->Bilirubin/unconjugated (transported bound to serum albumin)->Blood->Liver (conjugated with glucuronic acid)->Bilirubin/conjugated-> Bile 4. Globin-> Amino acids recycled

front 9

Hemostasis steps

back 9

Vasoconstriction or vascular spasm after injury, platelet plug, coagulation fibrin mesh formation

front 10

The Common Pathway of Clot Formation and Anticoagulant Drugs

back 10

front 11

CBC test

back 11

Measures RBC, WBC, platelet counts hemoglobin and hematocrit.

front 12

Leukocytosis

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Increased WBCs associated with inflammation or infection

front 13

Leukopenia

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Decreased WBCs associated with some viral infections, radiation, chemotherapy

front 14

Increased eosinophils

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Common in allergic responses

front 15

Types of diagnostic tests

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Morphology (shows size, shape, uniformity, maturity of cells), Hematocrit (Percent by volume of cellular elements in blood), Hemoglobin (Amount of hemoglobin per unit volume of blood. Mean corpuscular volume (MCV) indicates the oxygen-carrying capacity of blood).

front 16

Reticulocyte count

back 16

Indicates bone marrow production of RBCs

front 17

Chemical analysis

back 17

Determines serum levels of components such as iron, vitamin B12, folic acid, cholesterol, urea, glucose

front 18

Bleeding time

back 18

Measures platelet function

front 19

PT and PTT

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Tests measuring blood clotting factor function

front 20

Whole blood, packed RBCs, packed platelets

back 20

For severe anemia or thrombocytopenia

front 21

Plasma or colloid volume-expanding solutions

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To maintain blood volume. Crystalloids (intravenous saline; increase intravascular and interstitial volume) and Colloid (contain glucose or hydroxyethyl starch to increase intravascular volume)

front 22

Artificial blood products

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O2 and CO2 transport. Compatible with all blood types. None of them can perform all the complex functions of normal whole blood

front 23

Epoetin Alpha

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Artificial form of erythropoietin. Boost RBC production. Before certain surgical procedures, anemia related to cancer, chronic renal failure

front 24

Bone marrow or stem cell transplantation

back 24

Close tissue matches necessary. Treatment of some cancers, severe immunodeficiency, severe blood cell diseases

front 25

Drug treatment

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Aids in the clotting process

front 26

Anemia general definition

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Reduced oxygen transport due to low hemoglobin or RBCs

front 27

In anemia oxygen deficit leads to what?

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Less energy production, Compensation mechanisms (Tachycardia and vasoconstriction=Increased HR and BP), General signs of anemia (fatigue, pallor, dyspnea/shortness of breath), Decreased regeneration of epithelial cells, Angina and Congestive Heart Failure

front 28

Iron deficiency anemia cause

back 28

Low iron from blood loss, poor intake, malabsorption, liver disease, which impairs hemoglobin synthesis.

front 29

Iron deficiency RBC type

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Microcytic (small) hypochromic (reduced hemoglobin content) erythrocytes

front 30

Iron deficiency manifestations

back 30

Cold intolerance, irritability, fatigue, pallor, stomatitis/glossitis (inflammation of the mouth mucous membranes and tongue), tachycardia, syncope (fainting)

front 31

Iron deficiency treatment

back 31

Iron replacement and treatment of underlying cause

front 32

Pernicious anemia cause

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Lack of intrinsic factor prevents vitamin B12 absorption possibly due to genetic factors and often accompanied by chronic gastritis

front 33

Pernicious anemia RBC type

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Large immature megaloblastic erythrocytes that carry less hemoglobin and have a shorter life span

front 34

Pernicious anemia manifestations

back 34

Red enlarged sore smooth tongue, Paresthesia (tingling due to nerve damage), digestive discomfort (nausea and diarrhea)

front 35

Pernicious anemia diagnosis

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Microscopic examination (erythrocytes), Bone marrow examination (hyperactive), Low serum B12, hypochlorhydria/achlorhydria (low levels of stomach acid), gastric atrophy (stomach cells atrophy)

front 36

Pernicious anemia treatment

back 36

Vitamin B12 replacement injections

front 37

Aplastic anemia definition

back 37

Bone marrow failure causing pancytopenia (low levels of RBCs, WBCs, and platelets.) Normal appearing RBCs.

front 38

Aplastic anemia causes

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Often idiopathic but could be due to Myelotoxins (Radiation, chemicals, drugs), Viruses, Genetic disorders (Myelodysplastic syndrome and Fanconi's anemia)

front 39

Aplastic anemia treatment

back 39

Removal of any bone marrow suppressants and supportive care bone marrow transplant

front 40

Hemolytic anemia definition

back 40

Excessive destruction of red blood cells

front 41

Hemolytic anemia causes

back 41

Immune reactions, changes in blood chemistry, infections, toxins, incompatible transfusion, genetic defects

front 42

Sickle cell anemia cause

back 42

Genetic condition (Autosomal, incomplete dominance, homozygous recessive) Inherited abnormal hemoglobin HbS (Amino acid, Valine, is replacing glutamic acid on the Beta chain)

front 43

Sickle cell crisis trigger

back 43

Low oxygen causes RBC sickling and vessel obstruction because they are too large to pass through microcirculation.

front 44

Sickle cell complications

back 44

Infarctions (obstruction of blood flow), Hyperbilirubinemia, jaundice, gallstones (high rate of hemolysis)

front 45

Sickle cell manifestations

back 45

Vascular occlusion/infarctions (lungs: acute chest syndrome and smaller blood vessels: Hand-foot syndrome), necrosis, ischemia, severe pain, Hyperbilirubinemia (Jaundice), splenomegaly (enlarged spleen), Congestive heart failure

front 46

Sickle cell diagnosis

back 46

Hemoglobin electrophoresis, Blood test (abnormal RBC morphology), Prenatal DNA analysis

front 47

Sickle cell treatment

back 47

Hydroxyurea, folic acid, immunizations, bone marrow transplant

front 48

Thalassemia cause

back 48

Genetic defect (Autosomal dominant inheritance) reducing alpha or beta globin chains. Abnormal globin damages RBCs causing hemolysis (lower RBC numbers) and anemia

front 49

Thalassemia manifestations

back 49

Pallor, tachycardia, vasoconstriction, increased hemolysis, impaired growth, hyperactivity in the bone marrow, and heart failure.

front 50

Thalassemia diagnosis

back 50

Microcytic (small) hypochromic (reduced hemoglobin content) RBCs, increased erythropoietin, iron overload

front 51

Thalassemia treatment

back 51

Blood transfusions, iron chelation (removes excess iron), bone marrow transplant

front 52

Primary polycythemia

back 52

Neoplastic bone marrow disorder causing excessive RBC production with low erythropoietin

front 53

Secondary polycythemia

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Increased RBC production from chronic hypoxia with high erythropoietin

front 54

Polycythemia manifestations

back 54

Thick sluggish blood, increased BP, thrombosis, hypertrophied heart, headaches, dyspnea (shortness of breath), splenomegaly, hepatomegaly, visual disturbances

front 55

Polycythemia diagnostic tests

back 55

Tests to determine increased cell counts, increased hemoglobin and hematocrit, hypercellular bone marrow, hyperuricemia (elevated uric acid levels)

front 56

Polycythemia treatment

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Identify specific cause (Primary: low erythropoietin levels or secondary: elevated erythropoietin levels). Drugs or radiation, suppressions of bone marrow activity, periodic phlebotomy (bloodletting)

front 57

Indications of blood clotting disorders

back 57

Bleeding from gums, epistaxis (nosebleed), hemarthrosis (joints), hematuria (feces), Hemoptysis (cough), and Hematemesis (vomit). Petechiae, purpura, anemia, low BP and rapid pulse.

front 58

Hemophilia A cause

back 58

Inherited x-linked recessive trait (manifested in men and carried in woman) where there is a factor VIII deficiency.

front 59

Hemophilia A manifestations

back 59

Prolonged bleeding, hemarthrosis (bleeding into joints), hematuria (blood in feces)

front 60

Hemophilia A diagnostic tests

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Normal PT and bleeding time, prolonged PTT, low serum levels of factor VIII

front 61

Hemophilia A treatment

back 61

Factor VIII replacement, desmopressin

front 62

Petechiae

back 62

Small pinpoint hemorrhages under skin

front 63

Purpura

back 63

Medium sized bleeding spots in skin

front 64

Ecchymosis

back 64

Large bruising from bleeding into tissue

front 65

Von Willebrand's Disease cause

back 65

Most common hereditary clotting disorder. Type 1: most common (85% of cases), mildest form, low levels of VWF and factor VIII. Type 2: normal amounts of VWF, but non-functional; 4 subtypes (A: wrong size, B: attaches at the wrong time, M: doesn't attach to platelets, N: cannot attach to factor VIII)

front 66

Von Willebrand's Disease manifestations

back 66

Skin rashes, frequent nosebleeds, easy bruising, bleeding of gums, abnormal menstrual bleeding, longer than normal bleeding

front 67

Von Willebrand's Disease Treatment

back 67

Desmopressin Acetate (mild forms/type 1) and Factor replacement therapy (more serious forms/type 2&3)

front 68

Disseminated intravascular coagulation definition

back 68

Excessive bleeding and clotting and consume clotting factors causing both thrombosis and severe bleeding

front 69

DIC causes

back 69

Septicemia, childbirth complications, severe burns, trauma

front 70

DIC manifestations

back 70

Ischemia, infarctions, excessive bleeding and hemorrhage, organ failure

front 71

DIC treatment

back 71

Treat underlying cause replace clotting factors supportive care

front 72

Thrombophilia

back 72

Group of inherited or acquired disorders. Risk of abnormal clots in veins or arteries. Blood testing for clotting factor levels and abnormal antibody levels. Causative condition should be treated.

front 73

Leukemia definition

back 73

Malignant proliferation of abnormal white blood cells in bone marrow

front 74

Leukemia pathophysiology

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Immature nonfunctional leukocytes crowd out normal blood cell production

front 75

Acute leukemia characteristics

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Rapid onset many immature blast cells severe symptoms common in children

front 76

Chronic leukemia characteristics

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Slow onset more mature cells milder symptoms common in older adults

front 77

Leukemia manifestations

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Frequent infections, anemia, bleeding, bone pain, enlarged spleen liver lymph nodes

front 78

Leukemia complications

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Opportunistic infections, sepsis, congestive heart failure, hemorrhage, liver and renal failure, CNS depression and coma

front 79

Leukemia diagnosis

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Blood smear abnormal leukocytes bone marrow biopsy confirmation

front 80

Leukemia treatment

back 80

Chemotherapy, biological therapy, stem cell transplant

front 81

Arteriosclerosis

back 81

General term for arterial thickening loss of elasticity, lumen narrowing, and increased BP

front 82

Atherosclerosis

back 82

Plaque formation of lipids calcium and clots in large arteries. Related to diet, exercise, and stress

front 83

LDL role in atherosclerosis

back 83

Transports cholesterol to tissues promotes plaque formation

front 84

HDL role in atherosclerosis

back 84

Removes cholesterol from tissues and carries it to liver where it is catabolized and excreted

front 85

Nonmodifiable atherosclerosis risks

back 85

Age, sex, genetic factors

front 86

Modifiable atherosclerosis risks

back 86

Smoking, obesity, sedentary lifestyle, diabetes, hypertension

front 87

Atherosclerosis treatment (no cure)

back 87

Weight loss, exercise, diet, reduce Na+ intake, control hypertension, stop smoking, antilipidemic drugs (lowers LDL levels), surgical intervention

front 88

Peripheral arterial disease definition

back 88

Atherosclerosis in arteries outside the heart causing reduced blood flow

front 89

Peripheral arterial disease symptom

back 89

Intermittent claudication (leg pain) during exercise due to ischemia

front 90

Peripheral arterial disease signs

back 90

Weak pulses, numbness, pale, or cyanotic skin, dry, hairless skin

front 91

Peripheral arterial disease treatment

back 91

Smoking cessation, exercise, control diabetes, reduce cholesterol, anticoagulants

front 92

Aneurysm definition

back 92

Localized dilation and weakening of arterial wall

front 93

Aneurysm types

back 93

Saccular (bulging wall on the side), fusiform (Circumferential dilation along a section of artery), and dissecting (develops when there is a tear in the intima of the wall and blood continues to dissect or separate tissues)

front 94

Aneurysm cause

back 94

Atherosclerosis, trauma, syphilis, congenital (present from birth) defects

front 95

Aneurysm manifestations

back 95

Murmurs may be heard on auscultation, pulse felt on palpation of abdomen, frequently asymptomatic until it ruptures

front 96

Aneurysm diagnosis

back 96

Ultrasound, CT, MRI, radiography

front 97

Aneurysm treatment

back 97

Blood pressure control, surgical repair, avoid strain

front 98

Varicose veins

back 98

Dilated tortuous superficial veins from valve weakness and venous pressure

front 99

Varicose vein treatment

back 99

Elevation compression stockings avoid prolonged standing

front 100

Thrombophlebitis

back 100

Thrombus formation in inflamed vein (IV site)

front 101

Phlebothrombosis

back 101

Thrombus formation without prior inflammation loosely attached

front 102

Venous thrombosis manifestations

back 102

Often unnoticed, Aching, burning, tenderness, fever, malaise, leukocytosis (high WBC count)

front 103

Major complication venous thrombosis

back 103

Pulmonary embolism

front 104

Venous thrombosis treatment

back 104

Anticoagulants, exercise, leg elevation, surgery if needed