Blood/Cancer Flashcards

1
Q

What is anemia? What are the 3 general causes for anemia? What vitamins and minerals can affect RBC production?

A

Lower-than normalhemoglobin/hematocrit levels and fewer-than-normal circulating erythrocytes

Hypo-proliferative: Defective RBC production, bone marrow suppression from disease or chemotherapy

Hemolytic: RBC destruction in the circulation such as sickle cell disease

Bleeding/blood loss: GI blood loss, hemorrhage from trauma, heavy menstruation

iron, folate, Vit. B12 and protein

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2
Q

What are the manifestations of anemia? What are the characteristics of the tongue with megaloblastic anemia? And with iron deficiency anemia?

A

Fatigue and weakness
Dizziness or syncope upon standing/exertion
Paresthesia (Vit. B12 deficiency)
Pallor
Tachycardia
Dyspnea on exertion
Hypotension (if bleeding)
Jaundice if from hemolysis
Sensitivity to cold
Brittle, ridged, concave (spoon-shaped) nails
Angular cheilosis of lips
Pica

Tongue changes
Beefy red, sore = megaloblastic anemia
Smooth, red = iron deficiency anemia

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3
Q

What does the RBC carry? What is the function of hemoglobin? What does the hematocrit indicate?

A

RBC carries hemoglobin molecules

Hemoglobin (Hgb)
Transports O₂ to all tissues
Index of oxygen-carrying capacity of blood

Hematocrit (Hct)
Percentage of RBCs in relation to total blood volume

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4
Q

What is the mean corpuscular volume (MCV)? Why is it important? When does normocytic RBCs present? When does microcytic RBCs present? Macrocytic?

A

size of RBC

helps determine cause of anemia

(normal size) renal disease and anemias cause by chronic disease

(small) iron deficiency

(large) B12 deficiency, folic acid deficiency and alcoholism

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5
Q

What is mean corpuscular hemoglobin (MCH)? How is it quantified?

A

amount of hemoglobin per RBC

normochromic: normal amount
hypochromic: decreased amount

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6
Q

How is iron-related anemia diagnosed? What does a sickle cell test evaluate? When is a bone marrow aspiration indicated? In what location is it commonly performed?

A

Total iron-binding capacity (TIBC): Indirect measure of transferrin
Ferritin: Indicates total iron stores in the body
Low levels indicates iron deficiency anemia
Elevated levels may indicate hemochromatosis
Most accurate test to evaluate iron stores in body

Evaluates sickling of RBCs

Used to diagnose any bone marrow diseases such as aplastic anemia, leukemia

posterior pelvic bone (iliac crest)

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7
Q

What is the most common type of anemia that occurs? What are 7 causes?

A

iron deficiency

inadequate intake of dietary iron
blood loss (GI bleed most common)
menorrhagia
pregnancy
ETOH abuse
IBD
NSAID and aspirin use

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8
Q

When taking supplemental iron enterally, what 2 things can aid in absorption? What are dietary sources of iron?

A

increase intake of Vit C

Do not take with food. Food decreases absorption

meat
seafood
beans
green leafy veggies
dried fruits (raisins, prunes, apricots, etc)

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9
Q

What is aplastic anemia? What cell lines are affected? Result? S/S? How is it treated?

A

rare anemia caused by damage to bone marrow stem cells

all three: RBC, WBC, platelet

pancytopenia: anemia, leukopenia, and thrombocytopenia

may not be noticeable at first
infections
fatigue
purpura or petechiae
retinal hemorrhages
splenomegaly

hematopoietic stem cel transplant
immunosuppressive therapy
supportive therapies such as transfusions

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10
Q

what is vitB12 deficiency related to? S/S? B12 causes what 2 dysfunctions? Other than inadequate intake, what can cause B12 deficiency?

A

absence of intrinsic factor causing pernicious anemia

smooth, sore, red tongue
extreme pallor
paresthesia
loss of balance and proprioception
confusion

anemia and neurological symptoms

atrophic gastritis
gastrectomy
disease of the distal ilium such as Crohn’s

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11
Q

How is megaloblastic anemia managed?

A

If folate deficiency: increase folate to 1 mg/day

If B12: supplement or months IM or SQ injection, lifelong supplementation

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12
Q

What is a hemolytic anemia? What is its nature? When do RBCs typically sickle? What disfunction does sickled RBCs cause?

A

sickle cell disease

autosomal recessive
affects African descent

events of illness or hypoxemia

occlusive/ischemia
hemolysis (breakdown of abnormal RBCs in capillaries and spleen)
severe pain d/t ischemia in various sites or organs

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13
Q

what is acute chest syndrome related to sickle cell crisis? Management?

A

emergency caused by ischemia in the lungs and heart

O2
hydration
opioids
possible antibiotics is bacterial infection present

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14
Q

What are clinical manifestations of sickle cell disease/vaso-occlusive crisis? What can happen with the spleen and gallbladder d/t sickle cell?

A

Sickled cells hemolyze rapidly and have a shortened lifespan
Anemia is usually present
Hgb values 5 -11 g/dL
Tachycardia
Cardiomegaly and heart failure
Arrhythmias
Jaundice
All tissues and organs can be affected by thrombosis in the microcirculation
Tissue hypoxia
Tissue damage
Tissue necrosis

gallstones from excessive bilirubin from RBC breakdown
splenomegaly from overwork removing RBCs

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15
Q

What is the medical management of sickle cell disease?

A

aggressive O2, pain control and hydration

hematopoietic stem cell transplant

hydroxyurea: chemo drug increases fetal hemoglobin and decreases the formation of sickled cells

transfusions

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16
Q

What are typical pain control methods for sickle cell?

A

aspirin
NSAIDs
opioids

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17
Q

What is polycythemia vera? What does the hematocrit indicate? S/S? Risk? Treatment?

A

blood cancer that causes bone marrow to make too many red blood cells.

Hct may be > 60%, resulting ina thickened blood

Increased blood viscosity (high RBCs)
Ruddycomplexion
Splenomegaly
Hypertension
Pruritis (high bilirubin)
Erythromelalgia (burning in hands/feet;reddish or bluish skin)

At risk for thrombosis complications and bleeding complications

phlebotomy to reduce RBC count
increase fluid
aspirin
myelosuppressive agents
interferon therapy
managment of symptoms such as pruritis

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18
Q

How are cancers of the blood classified? What are the 3 classifications f hematopoietic cancers?

A

Classified by the specific blood cells involved

Leukemia: Neoplastic proliferation of a certain type of WBC line
Granulocytes (acute myelogenous leukemia, chronic myelogenous leukemia)
Lymphocytes (acute lymphocytic leukemia,chronic lymphocytic leukemia)

Lymphoma: Neoplasms of the lymphoid tissue (Hodgkin and non-Hodgkin)

Multiple myeloma: Malignancy of the plasma cells (B-cell line)

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19
Q

What is leukemia? What does the overgrowth then influence? What then occurs? What is the risk? How is leukemia classified? Which is more aggressive? How is it further differentiated?

A

Hematopoietic malignancy with unregulated proliferation of leukocytes

Overgrowth prevents growth of other blood components (RBCs and platelets)

Anemia and thrombocytopenia

Lack of mature leukocytes leads to immunosuppression
Infection is the leading cause of death

Divided into acute and chronic leukemia.

Acute leukemia is more aggressive

Further classified by the type of WBC
Lymphoid/lymphocytic (ALL, CLL)
Myeloid (AML, CML)

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20
Q

What is the nature of chronic myeloid leukemia? Goal of treatment?

A

Mutation in myeloid stem cell
Unregulated proliferation of myeloid white blood cells

Least common type of leukemia

Goal of treatment is to control the disease with chemotherapy:
Obtaining remission or keeping the client in the chronic phase as long as possible, can often live for many years since chronic
CML is not considered curable in older adults but very treatable with chemotherapy

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21
Q

What is the nature of acute lymphocytic leukemia? Who is at risk, what age? Goal of treatment?

A

Uncontrolled proliferation of immature cells (lymphoblasts) from lymphoid stem cell
B-lymphocyte affected in 75% of cases

75% - 80% of cases found in children
Most common childhood leukemia
Boys affected more than girls
Peak incidence is 4 years of age

Respond very well to chemotherapy
Prognosis is very good for children

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22
Q

What are menifectationso f acute lymphocytic leukemia in children? What do the leukemic cells commonly infiltrate causing what kind of symptoms? What will lab levels reflect?

A

bleeding gums, bruising
fatigue
Often found incidentally with routine lab studies or physical exam

other organs
CNS often affected
Cranial nerve palsies
Headaches
Vomiting
Hepatomegaly
Splenomegaly
Bone pain

Elevated WBC cells (lymphocytes),low RBCs and platelets

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23
Q

What is the treatment for acute lymphocytic leukemia in children?

A

chemo
HSCT
tyrosine kinase inhibitor

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24
Q

Who is at risk for chronic lymphotcytic leukemia? Who is it less common in? S/S? Clinical manifestations?

A

older individuals
family disposition
exposure to agent orange

indigenous people
asian descent

bone pain
bleeding
fever
night sweats
weight loss

May be asymptomatic and diagnosed incidentally
Lymphocytosis is always present
Lymphadenopathy
Splenomegaly
B symptoms (fever, weight loss, night sweats)
Impaired T-cell function causing life-threatening infection and
Increased susceptibility to second malignancies

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25
What are potential complications for all types of leukemia?
serious infection bleeding renal dysfunction infertility tumor lysis syndrome from treatment nutritional depletion fluid and electrolyte imbalances fatigue mucositis depression, anxiety, grief
26
What is nursing management for leukemia?
Preventing and managing infection and bleeding Managing mucositis Improving nutritional intake Easing pain and discomfort Maintaining fluid and electrolyte balance Improving self-care Managing anxiety and grief Providing education
27
What is lymphoma? Where does it affect? What are the 2 major types and their characteristics?
Neoplasms of cells of lymphoid origin Usually starts in the lymph nodes but can involve lymphoid tissue in the spleen, GI tract, liver, or bone marrow Two major types: Hodgkin lymphoma Younger age, highly treatable Usually presents with swollen cervical lymph nodes Weight loss and sweats Non-Hodgkin lymphoma Middle to old age disease Swollen lymph nodes throughout body Higher mortality rate than Hodgkin disease
28
What is the nature of hodgkin lymphoma? Age groups affected? Risk factors?
Relatively uncommon High cure rate 92% - 94% 5-year survival rate for early disease that is localized/regional (stage I or II) Two peaks of incidence Ages 15 – 34 After age 60  History of Epstein-Barr virus  Family history of lymphoma Down syndrome (leukemias and lymphomas) Chronic immunosuppression
29
What is the pathophysiology of Hodgkin lymphoma? What are the malignant cells and what do they indicate? Clinical manifestations? Treatment?
Initiates in a single node Predictable spread along the lymphatic system Malignant cell is the Reed-Sternberg cell Pathologic hallmark of disease Essential criterion for diagnosis Painless cervical lymph node enlargement  Mild anemia Fatigue Anorexia Increased susceptibility to infections Cure is the goal Chemotherapy Radiation therapy HSCT for clients who have not responded to other treatment modalities
30
What is the nature of Non-Hodgkin lymphoma? Who is at risk? Prognosis?
Group of cancers that originate in lymphoid tissue 85% B-cell lymphocytes 15% T-cell lymphocytes Unpredictable and erratic spread More common in men  Incidence increases with age Average age at diagnosis is 66 years Prognosis varies with the type of NHL
31
What are clinical manifestations of non-hodgkin lymphoma? Medical managment?
Highly variable symptoms Night sweats weight loss swollen nodes to multiple areas chronic fevers fatigue Other symptoms depend upon enlarged lymph node size and site of the lymph nodes Goal of treatment: Usually try for remission, sometimes possible cure Chemotherapy Potential for tumor lysis syndrome (increased uric acid) Radiation therapy
32
What is the patho of multiple myeloma? What can be affected? What is the persistent symptom? What two symptoms should be investigated in older adults to rule out MM?
Malignant disease of the plasma cells Plasma cells accumulate in the bone marrow and crowd out healthy blood cells Malignant plasma cells produce a specific, nonfunctional immunoglobulin (antibody) that is released into the blood “M protein” Immunoglobulins clog up the kidneys frequently resulting in renal failure Hypercalcemia develops from the bone destruction  Persistent bone pain is a common symptom of the disease back pain elevated total protein
33
What is the treatment of multiple mylenoma?
not curable immunotherapy chemo HSCT biphosphonate pain mngt infection control prevent fractures
34
What 3 incidents can low platelet counts be related to? Manifestations?
Reduced platelet production in the bone marrow (leukemias, chemotherapy) Increased platelet destruction (Idiopathic thrombocytopenic purpura (ITP)) Increased platelet consumption (Disseminated intravascular coagulation (DIC)) Bleeding  Petechiae on the skin Epistaxis Gingival bleeding Excessive bleeding from surgery or dental extractions
35
What is the most common site of uncontrolled bleeding with hemophilia?
joints
36
What is von Willebrand disease? Manifestations? Management?
Inherited disorder that affects men and women equally reduced levels of vW factor Necessary for factor VIII activation Needed for platelet activation Clinical manifestations- vary Bleeding that involves the mucus membranes Often not noticed for years Easy bruising and petechiae Prolonged bleeding from cuts and surgical sites Heavy menstrual cycles Nose bleeds Bleeding with dental extractions Replacement therapies of IV vWF or Factor VIII Desmopressin/DDAVP (synthetic ADH): Prevents bleeding associated with surgical or dental procedures and provides a transient increase in vWF levels/activity in the body
37
What are differences between hemophilia and vonWillebrand?
Bleeding from hemophilia is from lack of a clotting factor in the coagulation cascade, preventing a fibrin clot to form vWD is a deficiency of a protein called von Willibrand factor, preventing formation of a platelet plug   Hemophilia usually has deep bleeding into joints vWD has superficial bleeding such as gums, skin, lacerations 
38
What is DIC? Patho? Is it a disease? Causes? Is it an emergency?
disseminated intravascular coagulation Systemic syndrome characterized by microthrombi and bleeding (excessive clotting and bleeding) Altered hemostasis mechanism causes massive clotting in microcirculation As clotting factors are consumed bleeding occurs Not a disease but a sign of an underlying disorder Common causes: sepsis, trauma (hemorrhage, burns, crush injuries), shock, cardiopulmonary arrest, cancer, obstetric complications, toxins, and allergic reactions Mortality rate can be > 80%
39
What are clinical manifestations of DIC? What does a nurse need to look for? What do lab values show?
progressive decrease in platelet count due to consumption of platelets and Extensive thrombosis = Manifestations of thrombosis in the involved organs  subtle bleeding that can develop into obvious hemorrhage  Bleeding from mucous membranes, venipuncture sites, GI and GU tracts Occult internal bleeding  Lab values reveal decreased platelets, increased INR, decreased fibrinogen, RBC fragments/anemia
40
What is nursing care for DIC?
Early identification of condition usually by thrombotic or hemorrhagic manifestations Treat underlying cause of the DIC Implement bleeding precautions Correct tissue ischemia Improve oxygenation Replace fluids and electrolytes Maintain blood pressure; administer vasopressors Replacement of coagulation factors and platelets occasionally done (not always) Administer heparin Inhibits formation of microthrombi and permits organ perfusion Provide emotional support
41
What are 3 other coagulation disorders of not and their patho?
idiopathic thrombocytopenic purpura: decreased lifespan of platelets, can be treated with corticosteroids or splenectomy thrombotic thrombocytopenic purpura: blood abnormally clots heparin induced thrombocytopenia: low platelet from heparin treatment
42
What are indications for heparin use? Routes? Therapeutic range? Nursing care? Antidote?
Indications: DVT and PE treatment, acute coronary syndrome, thrombosis prophylaxis Routes SC (prophylaxis) or IV Therapeutic aPTT 60 to 80 seconds Assess for signs of bleeding Monitor platelet count Antidote is protamine sulfate
43
What are indications for use of warfarin? Route? Therapeutic range? Nursing care? Antidote?
Indications: DVT, PE, a-fib, mechanical heart valve Given PO Therapeutic INR 2-3 (3 to 4.5 for mechanical heart valve) Monitor for any bleeding Antidote is Vitamin K 
44
What are 4 therapies for blood disorders and their effects?
Splenectomy Surgical removal of spleen, immunosuppressed following splenectomy, needs vaccines such as pneumococcal, meningococcal, and Hemophilus influenzae (Hib) Therapeutic apheresis Blood components are separated and removed via a centrifuge Blood is returned to client after cleansing Therapeutic phlebotomy Removal of certain amount of blood under controlled conditions Used for hemochromatosis to reduce ferritin and Hg levels Blood component therapy Blood separated into primary components: erythrocytes, platelets, plasma  Components that are transfused depend on the condition being treated
45
What are 3 types of blood transfusions?
Standard transfusion Transfusion from a compatible blood donor Autologous transfusions Client’s own blood is collected for future transfusions (elective surgery) Collected up to 6 weeks prior to surgery Designated and only used for the client Intraoperative blood salvage Type of autologous transfusion Sterile blood lost from a procedure is saved  Blood is washed (saline), filtered, and returned to client via IV infusion  Administered intraoperatively or postoperatively  Reinfusion must occur within 6 hours of collection
46
What are nursing actions with transfusion reactions?
STOP the transfusion Remove blood tubing from the IV Initiate an infusion of 0.9% sodium chloride Monitor client and vital signs Notify primary provider and implement prescribed treatments Return blood bag and administration set to the lab for testing Obtain any samples needed Document event and reaction Continue to monitor client
47
What are the S/S of the 5 transfusion reactions? Treatment?
febrile: temp, chills, malaise hold transfusion, acetominophen, fluid, resume slowly hemolytic: fever, chills, flank pain, N/V, shock, dark urine Stop, IV fluids allergic: urticaria, pruritis, hives, rarely anaphylaxis stop, fluid, antihistamines and corticosteroids, resume slowly TRALI (transfusion related acute lung injury): dyspnea, hypoxemia, bilateral chest infiltrates, fever, cyanosis, hypotension (can occur within 6hrs of transfusion) stop, airway support, emergency TACO (transfusion-associated circulatory overload): dyspnea, edema, JVD, crackles, HTN, anxiety slow or stop blood, O2, diuretics, morphine
48
What is a more complete list of acute hemolytic blood reaction symptoms?
Fever Chills Low-back pain Tachycardia Hypotension Flushing Nausea Chest tightness or pain  Tachypnea/dyspnea Anxiety/ impending sense of doom Hemoglobinuria 
49
What blood product has a greater risk of bacteria forming? Why? How can a bacterial reaction be prevented?
platelets stored at room temp transfuse within 4 hours
50
What is a transfusion alternative that stimulates bone marrow production of RBCs? Route and frequency? Indications? Monitor?
Epoetin alfa Administered SC or IV Usually given 3 times a week to stimulate bone marrow Commonly used to treat anemia in clients with acute renal failure Can dangerously elevate BP due to increased hemoglobin levels Monitor for an increase in blood pressure Monitor Hgb and Hct twice per week Monitor for cardiovascular event if Hgb increases too rapidly (> 1g/dL in 2 weeks)
51
What is the disease pricess of cancer? What is a tumor? What is mestatasis? what is the difference between malignant and benign?
cell is transformed by genetic mutation of cellular DNA abnormal collection of cells, not all tumors are cancers (some are benign) Metastasis: Abnormal cells invade surrounding tissue and gain access to lymph and blood vessels carrying them to other areas of the body  Malignant cancer cells: cells or processes that are characteristic of cancer, such as metastasis, local and distant tissue destruction, unregulated growth Benign cancer cells: cells that are not cancerous, don't metastasize, only grow locally, no local tissue invasion or destruction, don't require chemo/radiation therapy, sometimes surgery
52
What are the 3 malignant processes that makes cells carcinogenic?
cellular proliferation: uncontrolled growth, ability to metastasize, no normal apoptosis cell characteristics: altered shape, structure or metabolism metastasis: lymphatic and/or hematogenous spread
53
What are examples of carcinigenic agents/factors?
Viruses and bacteria: HPV, hepatitis B & C, Epstein-Barr, HIV, Helicobacter pylori Physical factors: Sunlight, radiation, chronic irritation Chemical agents: Tobacco, Asbestos, pesticides, alcohol, air pollution Lifestyle factors: Obesity, insufficient physical activity Diet high in fat, red meat, processed meat, preservatives, additives, and low in fiber Hormones Air pollution Sexual lifestyles Race, genetic, and familial factors
54
What are the 5 different classifications of cancer cells and examples?
Carcinoma: Epithelial tissue (glandular or squamous) 80% - 90% of all cancers Examples: skin, GI tract lining, lung, breast, prostate Sarcoma: Connective or supportive tissues Examples: bone, cartilage, fibrous tissue, muscle tissue Osteosarcoma or chondrosarcoma for example Leukemia Hematopoietic cells in the bone marrow Examples:  WBCs: AML, CML, ALL OR CLL  RBCs: Polycythemia vera Lymphoma Develop from lymphocytes Myeloma Plasma cells (initially B-cells)
55
What are examples of primary cancer prevention? Secondary and examples of screenings? Tertiary?
Immunizations  Healthy diet (limit alcohol, sugar, processed meats) Avoid tobacco Maintain healthy body weight Exercise  Sunscreen Breast feed infants exclusively for the first 6 months of life Chemoprevention: use of medications or other substances to disrupt cancer development Cancer screening to identify precancerous lesion and early-stage cancer  Self-examinations at home Mammogram annually, starting at age 45 Clinical breast exam every 3 years for ages 20 to 39, annually for 40 and up Colonoscopy starting at age 45 Fecal occult annually Prostate screening annually, at age 50 (40-45 for those at higher risk) Pap test start at age 25, then every 3 to 5 years Monitoring for and preventing recurrence of the primary cancer Screening for the development of second malignancies in cancer survivors
56
What is tumor staging? How is it categorized?
Staging determines the size of the tumor, the existence of local invasion, lymph node involvement, and distant metastasis T = anatomic size of the primary tumor N = extent of lymph node involvement M = presence or absence of metastasis Staging 0: Cancer in situ, non-invasive 1: Localized, within the tissue of origin 2: Limited local spread 3: Extensive local and regional spread 4: Metastasis
57
What is tumor grading? What is differentiation? How are they graded?
Pathologic classification of tumor cells Numeric value from I – IV (degree of cell differentiation) Differentiation: The degree to which the tumor cells retain the characteristics and function of the tissue of origin  Well-differentiated: Tumor cells closely resemble the tissue of origin in structure and function Poorly differentiated or undifferentiated: Tumor cells that do not resemble the tissue of origin in structure or function Grading X: Cannot be determined 1: Well-differentiated (most normal) 2: Cells more abnormal, moderately differentiated 3: Poorly differentiated (very abnormal) 4: Undifferentiated, cells very immature, grow quickly and spread, poor prognosis
58
What are 3 different surgical options with tumors?
prophylactic: removal of non-vital tissue/organs before developing cancer palliative: relieve symptoms, may not be a cure Reconstructive: improve function or cosmetic effect
59
What is the nature of radiation therapy? What is the goal of neoadjuvant radiation? What is localized radiation therapy? What tissue is most responsive to radiation?
About 60% of clients with cancer receive radiation therapy Cure, control, palliation  Neoadjuvant: Administered to reduce tumor size in order to facilitate surgical resection Localized therapy Only tissues within the treatment field are affected Body tissues that undergo frequent cell division are most sensitive to radiation therapy (skin, GI, bone marrow, mucosa)
60
What is external beam radiation therapy? What is internal radiation therapy?
Most used form of radiation therapy Total radiation dose depends on sensitivity of target tissues, tumor size, radiation tolerance of surrounding normal tissues Total dose is delivered over several weeks in daily doses Client is not radioactive* Skin is marked with tattoo to guide beam Internal radiation (brachytherapy) Placement of radioactive sources within or immediately next to cancer site Provides highly targeted, intense dose of radiation Temporary or permanent High dose or low dose Causes the body fluids and waste to be contaminated with radiation Most clients remain in the hospital until therapy is complete
61
What precautions need to be implemented with general radiation therapy? Brachytherapy precautions?
limit time visitors remain 6' away use lead barriers wear dosimeter badge Private room with door closed Radioactive sign on the door Wear a lead apron during client care Wear dosimeter badge Records personal amount of exposure Precautions if implant is dislodged Don’t touch! Use tongs to place radioactive substance in container Rotate care givers Encourage client self-care All linens and dressings kept in client’s room until radiation source is removed Ensure they are not lost Limit visitors Time limit of 30 minutes Maintain distance of 6 feet No pregnant visitors No children
62
What are discharge precautions with temporary brachytherapy? Permanent brachytherapy?
High-dose series Radioactive material implanted for a short period of time (minutes) Once the radioactive material is removed, the client is not radioactive No precautions needed High-dose temporary implant Client remains hospitalized for the duration of treatment Time, distance, shielding Client may emit very low levels of radiation for weeks to months Avoid pregnant women and children Strain urine for the first 7-10 days to catch any seeds that may inadvertently pass Notify provider
63
What are manifestations of radiation toxicity? Skin?Bone marrow? GI? General systemic?
Most often localized in region being irradiated Early toxicities usually begin within 2 weeks of starting treatment Skin: Alopecia, Erythema. Wet or dry desquamation Bone marrow: Pancytopenia Epithelial lining of GI tract Stomatitis/mucositis Xerostomia (dry mouth) Loss/change of taste N/V/D Systemic Fatigue Malaise Anorexia
64
What is chemotherapy? Effect?
Administration of systemic or local cytotoxic antineoplastic medications that damage the cell’s DNA or destroy rapidly dividing cells Causes harm to healthy, rapidly proliferating cells Toxic effects (stomatitis, diarrhea/vomiting, hair loss, leukopenia, thrombocytopenia, anemia)
65
What is chemotherapy extravasation? Why is chemo particularly harmful with infiltration? Nursing actions?
Extravasation: Leakage from a vein into surrounding tissue  Vesicant: Medication that causes inflammation, tissue damage and potential necrosis of tendons, muscles, nerves, and blood vessels if extravasation occurs  Nursing actions for IV infiltration Follow hospital policy Stop infusion Administer antidote Notify provider Prevention is key! Check IV patency first prior to chemo administration
66
How do healthcare workers protect themselves from chemotherapy exposure?
Wear gloves designated for handling chemo Long-sleeved disposable gowns Proper disposal in closed-system, puncture- and leak-proof containers labeled “hazardous: chemotherapy contaminated waste” Monitor for manifestations of exposure N/V Skin & eye irritation Nasal mucosal ulcerations Reproductive issues- trouble conceiving
67
Antineoplastics affect what systems? What does docorubicin specifically affect? Vincristine? cyclophosphamide?
GI hematopoietic fatigue cognitive impairment reproductive cardiopulmonary neurologic renal
68
What are methods for dealing with stomatitis?
Rinse the mouth with 0.9% sodium chloride, room-temperature water, or salt and soda water (not glycerin or alcohol based) Perform gentle flossing and brushing (soft-bristle toothbrush or foam swab) Rinse mouth before and after meals Take medications to control infections and decrease pain Choose soft, bland foods and supplements that are high in calories Ice cream, mashed potatoes, scrambled eggs, cooked cereal, bananas Avoid salty, spicy, acidic, tough, or hard foods  Avoid drinking alcohol and using tobacco Drink at least 2 L of water a day
69
When should bleeding precautions be implemented? When should neutropenic precations be initiated? What is a normal ANC? What are neutropenic precautions?
platelet count less than 20,000-50,000 ANC less than 1000 2500-5000 Private room with reverse isolation Handwashing Place a mask on client during transport No live plants, stagnant water, or contaminated equipment Keep dedicated equipment (BP, thermometer, stethoscope) in client’s room Avoid invasive procedures unless necessary Prevent exposure to people with known infections
70
What is renal toxicity from chemotherapy? What is a prophylactic? What should the nurse monitor in terms of adverse cardiac response?
rapid cell lysis from chemo causes increase in uric acid which is hard on the kidney allopurinol (gout med) monitor EF with echo monitor for s/s of HF: JVD, SOB, crackles monitor for pneumonia: SOB, chills, fever, cough
71
What are nursing actions to manage chemo induced peripheral neuropathy?
Monitor for loss of sensation in hands and feet, orthostatic hypotension, loss of taste, and constipation Early manifestations include numbness, tingling, and redness Teach client how to prevent injuries Inform the client about risk for ED and treatment options Protect the skin due to loss of sensation Insect the feet daily
72
What is HSCT? Use? Types? What is client at high risk for until graft establishes?
Hemopoietic stem cell transplant Primarily used for hematologic cancers Types of HSCT Allogenic: From donor other than the client May be a family member Autologous: From the client Syngeneic: From an identical twin Myeloablative: Clients receive high-dose chemotherapy and occasionally total body irradiation Bone marrow cells destroyed sepsis bleeding
73
What are 3 other notable cancer treatment modalities other than chemo and radiation?
Immunotherapy Use of medications or biochemical mediators to stimulate or suppress parts of the immune system to kill cancer cells Example: monoclonal antibodies Cancer vaccines (HPV) Targeted therapies Example: monoclonal antibodies Target specific parts of cells to kill or prevent the spread of cancer cells Less negative effects on healthy cells
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What is superior vena cava syndrome? Complication? What cancers is it commonly associated with? Manifestations? Nursing interventions? Treatment?
Oncologic emergency Results from obstruction of venous return and engorgement of vessels from the head and upper body  Untreated may lead to facial edema and cerebral edema  Most often associated with metastases from breast or lung cancers Clinical manifestations Dyspnea Erythema and edema of the upper body and face Epistaxis  Nursing interventions Position in high-Fowler position to facilitate lung expansion Treatment High-dose radiation for emergency temporary relief  IV corticosteroids to decrease swelling
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What is tumor lysis syndrome? Prophylactic treatment? Manifestations? Complications?
Oncologic emergency from the chemotherapy Occurs when rapidly destroyed tumors release cellular content into the bloodstream faster than the body can process them Pretreated with allopurinol to reduce uric acid levels to prevent gout Clinical manifestations GI distress Flank pain Muscle cramps and weakness Seizures Mental status changes Complications  Acute kidney injury Cardiac dysrhythmias Hyperkalemia Hyperphosphatemia Hyperuricemia Hypocalcemia
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What is the medical management of tumor lysis syndrome?
IVF fluid intake of 3L/day to flush out metabolites consume alkaline fluids to lower uric acid diuretics allopurinol for uric acid sodium polystyrene for potassium hemodialysis/ICU
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What is spinal cord compression in terms of complication to cancer? Manifestations? Nursing actions?
Oncologic emergency Caused by metastases to epidural space and spinal cord resulting in compression Most often with cancers that metastasize to bone Manifestations Changes in sensation, muscle strength Reduced DTRs Worsening back pain Bowel or bladder changes Nursing Actions Administer high-dose corticosteroids to reduce inflammation around spinal cord Prepare the client for possible radiation therapy or emergency surgery
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In relation to cancer what is the electolyte imblance of concern? What cancers is it a complication of? Interventions?
hypercalcemia Oncologic emergency Complication of breast, lung, head and neck cancers; leukemia and lymphoma; multiple myelomas and bony metastasis of any cancer Tumor cells release growth hormones that mimic PTH Medical and nursing interventions Identify at-risk client Increase daily fluid intake to 2 - 4 liters Administer 0.9% sodium chloride IV, loop diuretics, glucocorticoids (decreases absorption in gut), antiemetics, or phosphates
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What is the most common cancer in the US? What are the 3 classifications?
skin basal cell squamous cell malignant melanoma
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What is the patho of basal cell carcinoma? Nature? Growth rate?
80% of all skin cancers in the U.S. Rarely causes death Twice as common in men than in women Usually appears on sun exposed areas of the body Begins as a small waxy nodule with rolled, translucent, pearly borders May develop central ulceration and crusting as it grows (called a rodent ulcer) Rarely metastasizes to other area Recurrence is common 
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What is the patho of a squamous cell carcinoma? Growth rate? Nature?
Second most common skin cancer in the U.S. 2-3x more common in men than women Less aggressive than melanoma but responsible for at least 15,000 deaths yearly Invasive carcinoma Metastasizes in 4% - 8% of cases Malignant proliferation that often arises from actinic keratosis (like rough sandpaper) Usually appears on sun damaged skin Rough, thickened, scaly tumor that may be asymptomatic or may bleed
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What is the medical management of BCC and SCC skin cancers?
Diagnosis made through biopsy  Surgical excision: Mohs,Most accurate, Conserves healthy tissue Electrosurgery Cryosurgery Topical chemotherapy agents Prevention of recurrence
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What is the patho of melanoma? Nature? Prognosis?
White Americans are 20x more at risk for than Black Americans Average age of diagnosis is 65 years Change in a nevus (mole) or new growth on the skin Typically dark, red or blue/purple colored, and irregular in shape May have itching, rapid growth, ulceration, or bleeding  Diagnosis made through biopsy Depth of melanoma and spread to lymph nodes determines prognosis Tumor staged using the TNM classification system
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What are the ABCDE of skin cancer?
A: asymmetry B: border C: color D: diameter E: evolving
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What is the medical management of melanoma?
Surgery Tumor removal Reconstructive surgery Chemotherapy Radiation therapy Client education Clients diagnosed with melanoma have increased risk of developing a secondary melanoma
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When is a coloscopy and cervical biopsy indicated? How is it performed? How are cancerous cells managed if found? When is the optimum to perform this kind of biopsy/excision?
Usually performed if the PAP test reveals atypical cells/precancerous Examination of the tissues of the vagina and cervix using a microscope Can perform endocervical curettage if lesions are present Cone biopsy Excise a cone-shaped sample of tissues to remove harmful cells Can destroy cells using cryosurgery, lasers, or loop electrosurgical excision procedure (LEEP) Best done during the early phase of menstrual cycle (cervix is less vascular)
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What are client teaching point with a colposcopy/cervical biopsy?
May experience temporary discomfort and cramping Rest 24 hours after the procedure Do not insert anything into the vagina (sexual intercourse, creams, tampons) for 2 weeks Do not lift heavy objects for 2 weeks Avoid aspirin Report excessive bleeding, fever, and foul-smelling drainage to the provider
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What is an endometrial biopsy? Used to diagnose what? Client education about the procedure?
Endometrial biopsy is the removal of a small piece of tissue from the endometrium Procedure that helps diagnose potential causes of abnormal uterine bleeding Used for the diagnosis of endometrial hyperplasia or uterine cancer Procedure:  Rule out pregnancy before  Empty bladder prior to procedure Administer analgesia as needed Obtain a consent  Explain there will be some discomfort during procedure Vaginal spotting can occur for 1-2 days after (avoid intercourse or inserting anything into the vagina until resolved) Report fevers, purulent discharge, heavy vaginal bleeding, or severe pain
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What is a hysterosalpingogram? What does it evaluate? Nursing considerations for pre, intra and post procedure?
A test used to visualize the cervix, uterus, and fallopian tubes using contrast dye and x-rays Evaluates for infertility, fibroids, or tumors Pre-procedure: confirm last menstrual date, iodine allergy, consent form, ensure client voids, prepare for pelvic exam Procedure: Remain with client for support, arrange needed equipment Post-procedure: minimal bleeding and cramping to be expected; administer analgesics; report heavy bleeding, fevers, or purulent vaginal discharge   
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What is a cystocele? Fisk factors? Findings? Diagnostics?
Cystocele: Weakening of the anterior vaginal wall resulting in bladder bulging into vagina Risks factors: Obesity, old age, multiple pregnancies, vaginal injury at childbirth, family history Can be palpated by the client or HCP within the vagina Findings: Stress incontinence, recurrent UTIs, vaginal fullness, painful intercourse, painful pelvic pain Diagnostics: pelvic exam reveals anterior vaginal bulging, bladder ultrasound may show residual urine
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What is a rectocele? Risk factors? findings? Diagnostics?
Weakening of the posterior vaginal wall resulting in the rectum bulging into vagina Risk factors: Obesity, old age, constipation, family history, complicated vaginal birth Findings: constipation, feeling of vaginal fullness, painful intercourse Diagnostics: vaginal exam reveals posterior bulging
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What are 4 therapeutic treatments for cystocele and rectocele? And 2 more invasive treatment and instructions?
Intravaginal estrogen: Treats/prevents atrophy of vaginal tissue Bladder training: Regular urination every 2-3 hours if incontinence is present Vaginal pessary: A vaginally-inserted device to provide support Kegel exercises: specific exercises to strengthen the pelvic muscles Contract circumvaginal and perirectal muscles, increase contractions to 10 seconds; relaxation for 10 seconds; perform 30-80x/daily; relax abdominal wall; perform laying, sitting, or standing Anterior colporrhaphy (cystocele) Vaginal or laparoscopic procedure to tighten pelvic muscles, supports bladder Monitor for infections, avoid straining, lifting (over 5 pounds), sitting or walking for long periods, and sexual intercourse for 6 weeks Posterior colporrhaphy (rectocele) Vaginal or laparoscopic procedure to tighten pelvic muscles Monitoring and restrictions similar as anterior colporrhaphy
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What is the patho of fibrocytic breast disease? Symptoms? Diagnostics? Treatment?
Occurs in premenopausal women, often young adults Can also develop with the initiation of hormone replacement therapy (post-menopausal) Symptoms: tender breast lumps/cysts, especially upper outer breast Confirmed with breast ultrasound that reveals multiple cysts Fine needle aspiration can be done to reduce tender cysts Mammograms often not useful in young adults due to breast density Treatment: reduce salt prior to menses, avoid caffeine, supportive bra, ibuprofen/acetaminophen, warm/cool compresses, oral birth control pills, and diuretics 
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Where are the most common sites of metastasis with breast cancer?
bone lung brain liver
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Risk factors for breast cancer? What risk factors for breast cancer are NOT supported by evidence? Protective measures?
Older age, family hx, early menarche, late menopause, HT/BCP, radiation, obesity, high-fat diet, alcohol intake, smoking  BRCA1 and BRCA2- inherited mutations Silicone breast implants, antiperspirants, underwire bra,  abortion breast feeding for 1 year physical activity healthy body weight
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What are 2 non-invasive breast cancers?
Ductal carcinoma in situ: cancer cells in duct without invasion to surrounding tissue lobular carcinoma: abnormal cells in milk-producing glands
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Whate are 2 invasive breast cancers and manifestations?
infiltrating ductal carcinoma Lump Skin dimpling Edematous thickening Pitting of breast skin (orange peel) inflammatory breast cancer Seldom presents as a lump May not be present on mammogram Clinical manifestations Swelling Redness Breast pain
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What are 2 early less-invasive surgical modalities of breast cancer managment? How are they conducted?
Sentinel lymph node biopsy First node that receives drainage        from primary tumor  Use IV contrast Pathology completed when in surgery. If + for cancer, then axillary node dissection is needed   Lumpectomy Breast conserving Excise tumor while achieving acceptable cosmetic result
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What are the difference between 3 more invasive sugical modalities for breast cancer?
Total mastectomy Removal of the breast and areolar tissue (no axillary nodes) Radical mastectomy Removal of breast tissue, nipple/areola, some axillary nodes, and muscle Modified radical mastectomy Muscle is left intact, lymph nodes removed
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What is lymphedema? S/S? Management?
surgical complication of mastectomy Chronic swelling d/t interrupted lymph circulation  Protein-rich fluid in the interstitial space S/S: Painful swelling, weakness, shoulder pain, tingling sensation in arm & shoulder No BP, injections/IV, blood draws in affected limb (place a sign above the client’s bed) Compressive arm sleeves used to reduce edema
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What is nursing management post mastectomy?
Increase HOB to 30° Support operative arm(s) on a pillow  Lie on the unaffected side to help relieve pain Wear a sling when OOB Offer emotional support and encourage the client to express feelings related to body image Drain care (usually left in for 1 to 3 weeks) Perform early hand exercises to prevent lymphedema and improve ROM
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What are 3 nonsurgical medical management of breast cancer? Med that suppresses breast cancer growth? Risk of this med?
Hormonal therapy Most effective in cancer cells with estrogen receptors that can be inhibited Chemotherapy/Radiation Augment or replace mastectomy  Chemotherapy includes a combination of several medications External beam or brachytherapy with radioactive seeds Target therapy Most effective for breast cancer with HER2/neu gene Trastuzumab & pertuzumab are signal transduction inhibitors  They inhibit proteins that are signals for cancer cells to grow  Selective estrogen receptor modulators (SERMs)— tamoxifen Used for those who are high risk for breast cancer or have advanced breast cancer Suppresses the growth of cancer cells Tamoxifen increases the risk of endometrial cancer (vaginal bleeding), DVT/PE (leg swelling or SOB); common side effect is hot flashes, reduced libido by creating menopause
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What are risk factors for male breast cancer?
age 68+ low testosterone BRCA1, BRCA2 Klinefleter syndrome gynecomastia
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What is the patho of ovarian cancer? Diagnostics? Risks? Manifestations?
Leading cause of death in female reproductive cancers Frequently metastatic at the time of diagnosis BCPs and pregnancy reduce the risk of ovarian cancer Tumor markers: CA-125, alpha-fetoprotein, hCG  Diagnosis is with pelvic ultrasound, CT scan, and tissue biopsy Risks:  Early menarche and late menopause increase risk (more cycles) Nulliparity (more cycles) Family history of ovarian, breast cancer, or colon cancer BRCA-1 or BRCA-2 gene mutations Diabetes mellitus Endometriosis Findings: (non-specific) Abdominal/pelvic pain, abdominal bloating, abdominal mass, weight loss, vaginal bleeding, urinary urgency/frequency
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What is the patho of endometrial cancer? Risk factors? Findings? Treatment?
Most common female reproductive cancer  Usually occurs in elderly females (prolonged estrogen exposure) Avoid unopposed estrogen therapy if client has an intact uterus Risk factors: Personal history of breast or ovarian cancer, or PCOS Diabetes mellitus Obesity (estrogen production by fat cells) Estrogen replacement therapy (need progesterone if woman has a uterus) Nulliparity Use of tamoxifen  Smoking Late age at menopause Findings: irregular or post-menopausal bleeding, pelvic/back pain Diagnosed by endometrial biopsy, pelvic ultrasound, increased CA-125 and alpha-fetoprotein Treatment: hysterectomy, brachytherapy/external beam radiation, chemotherapy
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What is the patho of genital herpes? Instructions? Findings? Diagnostics? Treatment?
A recurrent lifelong viral infection More than 87% of infected individuals are unaware An STD that also may be transmitted by contact and that may be transmitted when the carrier is asymptomatic (viral shedding) Avoid sexual intercourse with active herpes, condoms the rest of the month Causes painful itching and burning herpetic lesions Outbreaks are associated with stress, sunburn, dental work, inadequate rest, and inadequate nutrition Herpes viral culture- fluid from lesion is collected Polymerase chain reaction (PRC) test- identifies genetic material from lesion Antibody test- ELISA blood test Treatment  Antivirals (acyclovir) to reduce length of time to recovery Pregnant women need a cesarean delivery if active herpes
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What is the patho of syphilis? 3 stages? Diagnostics?
Painless ulcer on genitals, rectum, or mouth Bacterial disease with 3 stages Primary stage is a painless sore (chancre)  All stages can be treated with penicillin Secondary stage occurs with body rash including palms and soles  Latent stage occurs with rash resolving Tertiary syphilis can occur years later, affecting the blood vessels, brain, eyes, heart, nerves, and joints VDRL is the serologic screening test A treponemal antibody test is confirmatory
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What is the patho of chlamydia? Complications? Treatment?
Common bacterial STI Clear vaginal or penile discharge, dysuria Many women are unaware of infection- asymptomatic Can lead to pelvic inflammatory disease/infertility Can result in ectopic pregnancies in the future Treated with antibiotics Standard STI precautions Use condoms Limit sexual partners Obtain screening test
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What is the patho of gonorrhea? Findings? Complications? Treatment?
A bacterial infection affecting the urethra, vaginal, rectum, or throat Copious penile discharge, painful urination, vaginal discharge, and pelvic pain Can result in infertility in men and women Standard STI precautions Condoms, limit partners, testing for condition 
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What is PID? Patho? Complications? Common causes? S/S?
Pelvic inflammatory disease Infection of the upper female reproductive tract Usually develops from a bacterial infection in the vagina or cervix Can result in scarring, infertility, and abscess formation Increases the risk of ectopic pregnancy and chronic pelvic pain later Gonorrheal and chlamydial organisms are common causes Some are associated with more than one infection S/S (asymptomatic, mild to severe) Fever Pain and tenderness (lower abdomen) Post coital bleeding Cervical motion tenderness Abnormal vaginal discharge
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What is treatment for PID?
Mix of broad-spectrum antibiotics Cephalosporin injection (ceftriaxone), followed by PO doxycycline and metronidazole  Treat sexual partners Acetaminophen and ice packs No future tampon use No baths May need surgery to remove adhesions or drain abscesses if severe
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What is the patho of PCOS (polycystic ovarian syndrome? Findings?
Dysfunction of the hypothalamic-pituitary ovarian axis Complex disorder, not well understood Highly associated with insulin resistance Elevated levels of testosterone Common disorder affecting 10 to 47% of women in the U.S. Two of the three criteria must be met for diagnosis Hyperandrogenism (increased facial hair) Chronic anovulation (irregular cycles) Polycystic ovaries on ultrasound 
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Treatment for PCOS?
Weight loss Eat food with a low-glycemic index Medications Metformin- regulates periods & helps with weight loss Spironolactone- reduces hirsutism symptoms of excessive hair Oral contraceptives  Infertility Clomiphene citrate Surgery To remove cysts
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What are uterine fibroids? Findings? Treatment?
Benign smooth muscle tumors of the uterus Very common- 70-80% of women over 50 years old have fibroids Can be asymptomatic or cause abnormal, heavy/long menstrual bleeding and abdominal pain Complications Iron deficiency anemia Infertility  Miscarriage Treatment Myomectomy Hysterectomy 
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What are 5 types of hysterectomies and their differences?
Total hysterectomy: uterus and cervix are removed Subtotal hysterectomy: uterus removed; cervix is not Bilateral salpingo-oophorectomy: ovaries and fallopian tubes are removed Panhysterectomy: uterus, cervix, ovaries, and fallopian tubes are removed Radical hysterectomy: uterus, cervix, upper part of the vagina, and adjacent tissue including lymph nodes are removed
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What is post-op hysterectomy nursing care?
Indwelling urinary catheter inserted intraoperatively which is kept in place for 24 hr. Monitor vaginal bleeding Excessive bleeding 1 pad saturation in 4 hr. Priority assessment Monitor for signs of infection, atelectasis, paralytic ileus, wound dehiscence, DVT, bleeding, and hypovolemia
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Patient education for hysterectomy?
Well-balanced diet high in protein and vitamin C to promote wound healing If ovaries have been removed Menopausal manifestations HT may be an option Vaginal atrophy can cause itching and dryness- instruct client to use artificial lubrication Activity restrictions including no sexual intercourse for 4 to 6 weeks Avoid tampons Report symptoms of infection  Report symptoms of DVT
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What are 4 menstrual disorders and their dysfunctions?
Menorrhagia excessive menstrual bleeding (amount and duration), possibly with clots, saturate more than one tampon or pad per hour Metrorrhagia bleeding between menstrual periods, common in adolescents and those entering menopause Dysmenorrhea painful menstruation Amenorrhea is the absence of menses, can indicate pregnancy, thyroid disorder, or other disorder
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What is PMDD?
Premenstrual dystrophic disorder (PMDD) severe form of PMS, unable to carry out daily activities
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What is the patho of endometiosis? Complications? Manifestations? Treatment?
Overgrowth of endometrial tissue that extends outside of the uterus into the fallopian tubes, ovaries, and pelvis Results in bleeding, inflammation, and scarring infertility Manifestations Pelvic pain and painful intercourse (dyspareunia) Menorrhagia Pain with defecation Depressed mood Treatment Manage pain and limit the progression of implants Hormone therapy/BCP, steroids, GnRH agonists (see next slide) Pain is often unresponsive to NSAIDS Surgical options Severe cases Excision of endometrial implants and adhesions
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What is the pharmeseutical treatmen for endometriosis? Route? Complication?
Nafarelin Gonadotropin-releasing hormone (GnRH) agonist that decreases ovarian function (suppressed release of estrogen) Results in medical-induced menopause Administration is 1 spray into one nostril in the morning; 1 spray into the opposite nostril in the evening May lead to rhinitis and nasal irritation
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What are potential complications associated with perimenopause and what should one do to mitigate them?
Osteoporosis Increase calcium and vitamin D intake Avoid caffeine and tobacco Coronary artery disease Avoid obesity, tobacco, alcohol Treat hyperlipidemia, HTN, and DM since heart disease increases at menopause
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What is the patho of menopause? Diagnostics?
Permanent physiologic cessation of menses associated with declining ovarian function Complete when there is no menses for 12 months Natural or surgically induced Laboratory testing FSH/LH increased Pelvic exam and pap to r/o cancers
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What are risks associated with estrogen therapy? Benefits? Who is it contraindicated in?
CAD MI DVT Stroke breast, ovarian, endometrial cancer supresses hot flashes prevents atrophy of vaginal tissue reduses risk of osteoporosis Hx of breat cancer Hx of DVT impaired liver functions uterine cancer undiagnosed vaginal bleeding
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What is PSA? What does it indicate? What value requires further monitoring? What is a DRE?
prostate specific antigen test Protein produced by prostate that is found in the blood; sensitive but not specific to cancer Increased PSA levels may indicate cancer, BPH, acute urinary retention, acute prostatitis; UTI can elevate PSA for up to 6 weeks PSA value >4 ng/mL requires further evaluation Digital rectal exam
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What 2 diagnostic tests are used to detect prostate cancer?
EPCA2 greater than 30 ng/mL transrectal ultrasound
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What diagnostic test can determine penile dysfunction? what does it determine? Client instructions?
penile doppler ultrasonography blood flow hold ED meds 2 days prior
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What is BPH? Patho? Risk facotrs?
begnign prostatic hyperplasia BPH-prostate enlarges and causes urinary symptoms Affects half of men over age 60 and 90% of men over age 85 Risk factors: Increased age Smoking ETOH use Sedentary lifestyle Obesity Western diet (high-fat, high-protein, high-carbs; low-fiber) DM  Heart disease
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What meds can aid in restablshing urine flow with BPH and their MOAs and AEs?
Dihydrotestosterone (DHT)-lowering medications (finasteride) Decreases the amount of testosterone produced in the prostate gland decreasing the size of the prostate It can take 6 months for any therapeutic effect, not immediate at all Adverse effects: impotence, gynecomastia, decreased libido since blocks testosterone Teratogenic to male fetus (can be absorbed through the skin), women should handle medication with gloves Alpha-blocking agents (tamsulosin) Relaxes the bladder outlet and prostate gland stronger flow Educate the client to change position slowly (orthostatic hypotension) Works immediately to relax the valve
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What is TURP? Method? Post-op nursing care? Client education?
transurethral resection of the prostate releves urinary obstruction resectoscope inserted in urethra and trims away prostetic tissue Client will have a three-way catheter Allows for continuous bladder irrigation (CBI) to keep the catheter free of obstruction Adjust rate to keep the output pink or lighter (NEVER place on IV pump) If irrigation become bright-red (ketchup), increase CBI rate For obstructions: turn off the CBI and hand irrigate with 50 mL syringe of irrigation solution Record the amount of irrigation fluid instilled (large amounts) and the amount of return. The difference equals UOP The catheter may be taped tightly to the leg to create traction to prevent bleeding Catheter has a large balloon- 30 to 45 mL Client may have a continuous urge to urinate Instruct the client to not void around the catheter Avoid heavy lifting, strenuous exercise, straining, and sexual intercourse for 2-6 weeks Drink at least 12 glasses of water throughout the day (if appropriate) Avoid NSAIDS Avoid bladder stimulants Caffeine and alcohol If urine becomes bloody, stop activity and rest and increase fluid intake
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What are risk factors for prostate cancer? Common secondary mestasize?
Increases with age Age> 65 Familial predisposition Father, brother African-American race High fat/red meat, low fiber diet Gene mutations HPC1, BRCA-1, BRCA-2 bone
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What are physiologic causes of ED? Pharm managment? SE and contraindications? Other therapies?
CV disease, endocrine disorders, cirrhosis, CKI, GU conditions, hematologic conditions, neurologic conditions, trauma to area, alcohol, smoking, medications, drug abuse Oral medications: sildenafil Side effects include headache, flushing, dyspepsia Take one hour before sexual intercourse Caution with retinopathy Contraindicated with any nitroglycerin use for heart disease penile implant: semirigid rod or inflatable negative pressure vaccuum
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What is prostatitis? S/S? Treatment? Nursing care?
Inflammation/infection of the prostate gland Often associated with UTI Signs and symptoms Fever, chills Urethral discharge Perineal discomfort/pain Burning Urgency Frequency Hesitancy Boggy, tender prostate Elevated PSA, elevated WBC Treated with oral antibiotics for 3-5 weeks (cipro) ejaculate to reduce retention tamsulosin to promote relaxationo f bladder and prostate Comfort measures- analgesics, sitz baths Client teaching- antibiotic therapy, s/s of recurrent prostatitis Fluids encouraged to satisfy thirst but not forced- effective med level must remain in urine Avoid indwelling catheters- suprapubic may be needed for severe urinary retention
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What is epididymitis? Cause? Symptoms? Treatment?
Infection of epididymis that spread from urethra, bladder, or prostate #1 cause is E. coli May be r/t UTI, STI, high-risk sexual practices Symptoms are tender and swollen area behind testicle Confirmed with urinalysis and urethral culture Treatment is with oral antibiotic therapy May take a month to fully recover Passage of sperm may be obstructed in chronic cases which may progress to infertility (if bilateral) Not r/t cancer at all
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What is orchitis? Cause? Symptoms? Treatment?
Infection/inflammation of the testes Can be associated with epididymitis  Most associated with the mumps virus (prevented by the MMR) Symptoms Testicular enlargement and swelling Pain and tenderness Fever Headache Myalgias May result in future sterility Treatment Treat symptoms Ice packs to reduce scrotal edema Anti-inflammatories and analgesics
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What is testicular torsion? Symptoms? Treatment?
Spermatic cord twists, cutting off the testicle’s blood supply Leads to ischemia of the testicle Rapid onset of severe testicular pain  Testicle is high-riding in the scrotum Confirmed with doppler ultrasound of scrotum Attempt can be made to manually rotate the testicle to normal Needs an emergency surgical detorsion  Both testicles are stabilized in the scrotum
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What is the patho of testicular cancer? Risk factors? Manifestations? Treatment?
Most common cancer in men ages 15 to 35 Highly treatable and curable 95% cure rate (ATI, 2023) Risk factors Undescended testicles Positive family history Personal history of testicular cancer  Caucasian American race HIV-positive painless mass in testes Orchiectomy- removal of testis Retroperitoneal lymph node dissection (open or lap) Performed after orchiectomy to diagnose & prevent lymphatic spread Chemotherapy Radiation therapy- only to affected testicle
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