front 1 General manifestations for Anemia | back 1 Fatigue Pallor Tachycardia Dyspnea (shortness of breath) |
front 2 RBC | back 2 Red Blood Cells carry oxygen through the blood. |
front 3 Decrease in RBC results in | back 3 Anemia |
front 4 If you are anemic you are at risk for | back 4 Hypoxia |
front 5 WBC | back 5 White blood cells fight off infections also known as Leukocytes |
front 6 Platelets | back 6 Thrombocytes known to promote clotting |
front 7 decrease in platelets results in | back 7 Thrombocytopenia |
front 8 This anemia is caused by liver failure. | back 8 Iron Deficiency |
front 9 The manifestations of this anemia is recurrent infections. | back 9 aplastic anemia |
front 10 The lack of intrinsic factor leads to this disorder | back 10 pernicious anemia |
front 11 A manifestation of this anemia is jaundice. | back 11 Sickle Cell Anemia |
front 12 This x-linked genetic disorder leads to spontaneous bleeding. | back 12 Hemophilia A |
front 13 These cellular components of the blood are necessary for blood clotting | back 13 Thrombocytes |
front 14 The patho of this disorder is a reduction of the oxygen carrying capacity of the blood | back 14 anemia |
front 15 This is a general manifestation of anemia | back 15 tachycardia |
front 16 This cellular component of the blood is responsible to deliver oxygen to tissues | back 16 erythrocytes |
front 17 This genetic disorder results in decreased oxygen carrying capacity to the tissues. | back 17 sickle cell anemia |
front 18 Manifestations of this disorder involves tachycardia, pallor, fatigue, and pain crisis | back 18 Sickle cell anemia |
front 19 This blood clotting disorder results from continuous release of tissue factor after a cell is injured. | back 19 Disseminated intravascular coagulation |
front 20 This malignant blood disorder is characterized by having more mature WBC | back 20 Chronic Leukemia |
front 21 Manifestations of this disorder includes brittle hair and nails | back 21 Iron Deficiency Anemia |
front 22 The manifestations of this disorder includes paresthesia and ataxia | back 22 Pernicious Anemia |
front 23 A client comes to the ER with severe hemorrhaging and needs a blood transfusion. The client has Type AB blood. What does the nurse know about this client? | back 23 Universal Recipient |
front 24 The nurse is teaching about the manifestations of aplastic anemia. Which manifestation stated by the nurse requires further teaching? | back 24 Pain |
front 25 Erythropoietin stimulates the production of which blood comoponent? | back 25 Erythrocytes |
front 26 What blood type is the universal donor? | back 26 O |
front 27 A nurse is teaching a student about the general manifestations of anemia. Which manifestation, if stated by the student, indicates a need for further instruction? | back 27 Ataxia |
front 28 A nurse is teaching a client about the causes of iron deficiency anemia. Which causes, if stated by the client, indicate understanding of the teaching? (Select all that apply) | back 28 Vegetarian diet Chronic blood loss Malabsorption syndromes Cirrhosis of the liver |
front 29 Which of the following are triggers that precipitate a pain crisis in sickle cell anemia? | back 29 Warm temperatures Hypoxia Smoking Dehydration Infection |
front 30 What causes the pain in a sickle cell pain crisis? | back 30 Vascular occlusions |
front 31 A nurse is teaching a client about the missing clotting factor in Hemophilia A. Which clotting factor, if stated by the client, indicates understanding of the teaching? | back 31 VIII |
front 32 A nurse is teaching a student about manifestations of disseminated intravascular coagulation (DIC). Which manifestations, if stated by the student, indicate teaching was effective? (Select all that apply) | back 32 Purpura, Bleeding gums, Bleeding from IV sites, Petechiae, Mental status changes |
front 33 Continuous release of tissue factor, causing continuous activation of the clotting cascade, leading to excessive clotting and bleeding. | back 33 Disseminated Intravascular Coagulation |
front 34 Malignant disorder of the white blood cells | back 34 Leukemia |
front 35 Uncontrolled reproduction of malignant leukocytes, resulting in hundreds of thousands of blast cells. | back 35 Acute Leukemia |
front 36 Uncontrolled reproduction of malignant leukocytes, occurs slowly, still has functioning mature white blood cells. | back 36 Chronic Leukemia |
front 37 Thrombocytopenia is at risk for | back 37 bleeding |
front 38 Blood Type A antibody | back 38 B antibody |
front 39 Blood type B antibody | back 39 A antibody |
front 40 Blood Type AB antibody | back 40 No antibody |
front 41 Blood type O antibody | back 41 AB antibody |
front 42 Hemostasis process | back 42 Vascular Spasm Platelet plug formation (platelets aggregate) Blood Clotting (Coagulation) |
front 43 Hypocoaguable | back 43 Bleeding |
front 44 Hypercoaguable | back 44 Clotting |
front 45 If the wrong blood is given to someone it generates | back 45 Cytotoxic response |
front 46 Reduction in oxygen transport in the blood Decreased Hemoglobin | back 46 Anemia |
front 47 Fatigue Pallor Dyspnea Tachycardia | back 47 Manifestations of Anemia |
front 48 Diet insufficent intake Chronic Blood loss Liver Disease | back 48 Iron deficiency anemia |
front 49 Malabsorption Surgical Resection | back 49 Pernicious Anemia |
front 50 Ideopathic Myelotoxins | back 50 Aplastic Anemia |
front 51 Fatigue Brittle Hair Spoon Shaped concaved ridged nails Stomatitis Glossitis | back 51 Manifestations of Iron Deficiency |
front 52 Infection Anemia Bleeding d/t Pancytopenia | back 52 Aplastic Anemia Manifestations |
front 53 Fatigue pallor dyspnea tachycardia ataxia glossitis | back 53 Pernicious Anemia manifestations |
front 54 Ecchymosis | back 54 Bruising |
front 55 Purpura | back 55 Larger red spots |
front 56 Petechiae | back 56 small red spots |
front 57 hemarthroses | back 57 bleeding in the joints |
front 58 Hemopytsis | back 58 coughing up blood |
front 59 hematemesis | back 59 Throwing up blood |
front 60 Hematuria | back 60 blood in the urine |
front 61 Epistaxis | back 61 nosebleed |
front 62 Where are clotting factors made | back 62 Liver |
front 63 Hemophilia | back 63 Inherited Mom transfers (X-Linked) found mostly in males Missing factor VIII |
front 64 Bad guy in DIC | back 64 tissue factor |
front 65 Tissue Factor | back 65 Released from injured cells and activates the pathway to eat the clotting factors |
front 66 Acute Leukemia | back 66 affects the younger patients |
front 67 Chronic Leukemia | back 67 Affects the older population |