T2 - Asthma, Sarcoidosis, Lung Cancer (Josh) Flashcards
What happens to bronchioles during asthma?
obstructed on expiration due to muscle spasm, edema of mucosa, and thick secretions
Statistics of Asthma:
What is the impact of Asthma on healthcare?
5000 ED visits daily ; 217,000 ED visits annually
1000 hospital admissions daily ; 500,000 annually
10.5 million PCP visits each year
***Increases odds of needing medical treatment by 33% for obese clients
Statistics of Asthma:
What is the prevalence of Asthma in U.S.?
20 million americans
300 million worldwide
more common in adult women than men
more common in AA than Whites
***Number continues to increase
Statistics of Asthma:
What is the cost of Asthma in U.S.?
$ 19.7 billion annually
$3,300 per person annually
Asthma:
What are the two steps of Asthma?
Inflammation
Airway hyperresponsiveness leading to bronchoconstriction
Asthma:
Pathophysiology
Intermittent and resversible airflow obstruction affecting airways only, not alveoli
***AIRWAYS ONLY, NOT ALVEOLI
Asthma:
How could ASA and other NSAIDS trigger asthma?
increased production of leukotriene while suppressing other inflammatory pathways
Asthma:
What are some triggers of the Inflammation process?
Cold air
Dry air
Specific Allergens
General Irritants
Microorganisms
ASA
Asthma:
What are some triggers of the Hyper-Responsiveness process?
Exercise
URI
GERD
unknown reasons
Asthma:
What are some clinical manifestations?
Audible wheeze
Increased RR and cough
Use of accessory muscles
Barrel chest
Long breathing cycle
Cyanosis
Hypoxemia
Asthma:
What may happen to CO2 during asthma attack?
arterial CO2 may decrease (alkalosis) early in attack and increase (acidosis) later
***indicating poor gas exchange
Asthma:
What would serum eosinophil levels and Immunoglobulin E levels look like?
elevated
Asthma:
What is most accurate way to assess Pulmonary Function?
Spirometry
What is Forced Vital Capacity (FVC)?
volume of exhaled air from full inhalation to full exhalation
What is Forced Expiratory Volume in First Second (FEV1)?
volume of air blown out as hard and fast as possible during the first second after a full inhalation
***decreases by 15-20% of expected value is common in asthma
What is Peak Expiratory Flow Rate (PEFR)?
fastest airflow rate reached during exhalation
Asthma Severity:
What is Mild Intermittent?
symptoms less than twice a week
Asthma Severity:
What is Mild Persistent?
symptoms more than twice a week, but not daily
Asthma Severity:
What is Moderate Persistent?
daily symptoms, with exacerbations twice a week
Asthma Severity:
What is Severe Persistent?
symptoms occur continually with frequent exacerbations
Asthma Meds:
Which bronchodilator would not be first choice due to narrow therapeutic range?
Theophyline
Asthma Meds:
What anti-cholinergic is often used as a bronchodilator?
ipratroprium
Asthma Meds:
What are the anti-inflammatory agents?
Corticosteroids
Cromones (cromolyn)
Leukotrien Modifiers (reduce inflammation)
Status Asthmaticus:
What is it?
severe, life-threatenine, acute episode of airway obstruction
Status Asthmaticus:
Does patient respond to normal asthma meds?
no
Status Asthmaticus:
What are some complications?
Pneumothorax
Cardiac / Respiratory arrest
Status Asthmaticus:
What is treatment regimen?
IV fluids
Potent Systemic bronchodilator
Steroids
Epi
O2
Emphysema and Chronic Bronchitis are examples of —
COPD (Chronic Obstructive Pulmonary Disease)
COPD:
What is it characterized by?
bronchospasm and dyspnea
***tissue damage is NOT reversible
***only can treat the symptoms
COPD:
Chronic Bronchitis is an — problem
Pulmonary Emphysema is an — problem
Airway
Alveolar
*** both are examples of COPD
COPD:
— is a loss of lung elasticity leading to hyperinflation of lungs.
Emphysema
COPD:
— is air trapping caused by loss of elastic recoil in alveolar walls, overstretching and enlargement of alveoli into bullae, collapse of small airways (bronchioles).
Emphysema
COPD:
In Emphysema, the hyperinflated lung (due to loss of elasticity) does what to the diaphragm?
flattens it
COPD:
— is inflammation of bronchi and bronchioles caused by chronic exposure to irritants, especially CIGARETTE SMOKE
Chronic Bronchitis
In Chronic Bronchities, what is the pathophysioligy?
Inflammation leads to
Vasodilation, which leads to
Congestions, which leads to
Mucosal Edema, which leads to
Bronchospasm
COPD:
Chronic Bronchitis affects the —, not the —
airways
alveoli
***produces a large amount of thick mucous
COPD:
Etiology
Cig smoke
Advanced Age
Alpha 1 - antitrypsan (AAT) Deficiency
Exposure to Air Pollution
COPD:
Complications
Hypoxemia / Tissue Anoxia
Acidosis
Resp. Infections
Cardiac failure, especially cor pulmonale
Cardiac dysrthymia (PVCs)
COPD:
What is Cor Pulmonale?
right sided HR caused by pulmonary problems
COPD:
In lab assessment, what would we see in CBC?
Increase in HCT and Hgb
Polycythemia
WBC increase (due to mucous increase)
COPD:
What are nursing interventions?
Improve oxygenation and reduce CO2 retention
Prevent weight loss
Minimize anxiety
Improve activity intolerance
Prevent resp. infection
COPD:
How do we manage dyspnea while providing nutrition?
rest before meals
4-6 small meals a day (high calorie / high nutrient)
COPD:
What breathing techniques should we teach?
Pursed lip breathing
Diaphragmatic breathing
– – is a genetic disease that is an error of chloride transport, producing thick mucus with low water content.
Cystic Fibrosis
***life expectancy is 37 yrs
**sweat chloride test (normal is 5-45) (positive is 60-100 mEq/L)
CF:
Clinical Manifestations
Smaller, thinner adults due to malnutrition
Abdominal distention
GERD, Rectal Prolapse, Fouls Smelling Stools, Steatorrhea
Vit deficiences
DM
Osteoporosis
CF:
Pulmonary Manifestations
Resp infections
Chest congestion
Limited exercise tolerance
Cough and Sputum production
Use of accessory moscles
Decreased pulmonary function
Changes in CXR
Barrel Chest
CF:
What can we do NUTRITIONALLY to manage CF?
Weight mgmt
Vit supplementation
Diabetes mgmt
Pancreatic enzyme replacement
CF:
What can we do for PREVENTIVE therapy?
Chest physiotherapy
Positive EXPIRATORY pressure
Active cycle breathing technique
Exercise
CF:
What can we do to manage EXCASERBATIONS?
Avoid mechanical ventilation
Supplemental O2
Heliox (50% O2 / 50% helium)
Airway clearance techniques
Drug therapy
Prevention
CF:
What types of drugs can we use?
Pancrealipase
Bronchodilators
Antiinflammatories
Mucolytics
CF:
What can we do surgically to manage CF?
Lung and/or Pancreatic transplant
- **doesn’t cure
- **adds 10-20 yrs to life
- **continued risk for lethal pulmonary infections
Interstitial Pulmonary Diseases:
Which area of lungs do these diseases affect?
alveoli,
blood vessels,
surrounding support lung tissue
Interstitial Pulmonary Diseases:
Slow of Fast onset?
Slow (not acute)
Interstitial Pulmonary Diseases:
What is the most common manifestation?
SOB (Dyspnea)
Interstitial Pulmonary Diseases:
What type of disease is this?
restrictive disease resulting in thickened lung tissue, reduced gas exchange, and STIFF LUNGS
Sarcoidosis:
What is it?
GRANULOMATOUS disorder of unknown cause
Scar Tissue
Which disease?
Autoimmune response where normally protective T-lymphocytes increase and damage lung tissue.
Sarcoidosis
***treat with corticosteroids
Sarcoidosis:
What drug class is used to treat?
Corticosteroids
Idiopathic Pulmonary Fibrosis:
Restrictive or Obstructive Disease?
Restrictive
Idiopathic Pulmonary Fibrosis:
What is the etiology?
Cigarette smoking
Chronic exposure to inhalant irritants
AMIODARONE (long term high doses)
Idiopathic Pulmonary Fibrosis:
Leads to extensive – and treated with –
scarring
corticosteroids
What is the leading cause of cancer deaths worldwide?
Lung Cancer
***poor long-term survival due to late-stage dx
Lung Cancer:
What do the letters stand for in the TNM Classification System?
T = size of tumor
N = number of nodes involved
M = number of areas of metastatic involvement
Lung Cancer:
What is Stage 1?
T1 with or without metastasis to the lymph nodes
T2 with no nodal or metastatic involvement
Lung Cancer:
What is Stage 2?
T2 with metastasis to the ipsilateral hilar lymph nodes
Lung Cancer:
What is Stage 3?
all tumors more extensive than T2
Any tumor with metastasis to the lymph nodes in the mediastynum or with distant metastasis
Lung Cancer:
After a pneumectomy, what are two major nursing responsibilities?
Airway
Pain Control
What are the Chest Tube Chambers used for?
Chamber 1: collects fluid draining from patient
Chamber 2: water seal prevents air from re-entering patient’s pleural space
Chamber 3: suction control of system