Acute Bronchitis
an extension of an upper respiratory infection involving the trachea. -inflammation of the bronchial tube.
-early symptoms are similar to those of the common cold, productive cough is the most common symptom
actue bronchitis -
the tissue starts to produce more sputum that can cause obstruction (gunk) in the airway
pulmonary fibrosis
caused by environmental pollutants, some medications, and interstitial lung diseases that scar the lungs.
-inhalation of irritants, smoking, radiation treatments to the chest
pleurisy/ pleuritis
an inflammation of the pleura.
-pleurisy is sharp and abrupt in onset and is most evident on inspiration.
-pain causes shallow breathing
pleural effusion
a collection of fluid in the pleural space
empyema
occurs when the fluid within the pleural cavity becomes infected and the exudate becomes thick and purulent
-collection of pus in pleural space
-usually caused by an infection which leads to the build up of pus
bronchiectasis
chronic respiratory disorder in which one or more bronchi are permanetly dilated
-thought to occur as a result of frequent infections in childhood
cystic fibrosis
-genetic disease
-excessive mucous production: due to exocrine gland dysfunction & lung scars
cystic fibrosis diagnosis
History and physical
genetic testing
positive sweat test
treatment: agressive respiratory treatment and antibiotics
COPD
a combination of pulmonary emphysema and chronic bronchitis
IRREVERSIBLE
Emphysema
- alveolar damage
- narrowing of bronchioles
- loss of lung elasticity due to air tapping (loose the ability to stretch)
chronic bronchitis
- inflammation of bronchi and bronchioles
- hyper secretion of mucus in bronchi snd bronchioles
risk factors of COPD
smoking and exposure to environmental irritants or air pollution
-clinical manifestations: productive cough, SOB, respiratory acidosis, hypoxemia ( low oxygen levels), wheezing, and difficulty with exhalation- use of pursed lip breathing
COPD diagnostics
- chest x-ray
- pulmonary function tests- air may remain trapped in lungs
- pulse oximetry- typically less than 90% (late finding)
- ABG'S- respiratory acidosis( could be chronic)
- CT of chest
COPD nursing interventions
- monitor respiratory and cardiac status
- allow frequent rest periods
- administer oxygen therapy as ordered
- teach breathing and coughing technique's
- encourage oral fluids if not contraindicated
- encourage a high-calorie diet
asthma pathophysiology
chronic airway inflammation resulting in intermittent airflow obstruction of the bronchioles
asthma etiology
allergens, viruses, occupational and environmental toxins, exercise, perfumes, genetics, obesity, and emotional stress
asthma
you will have increased mucous production and make it harder to breath
-if you don't hear wheezing anymore-thats bad! the bronchioles are so narrow it cut off air
nebulizers
want to teach them to breath in and out of their mouth, if they breath through the nose Scilla (nose hairs) can stop the particles from going in properly
status asthmaticus
does not respond to typical tretaments. runs a risk of cardiac arrest
- unrelieved asthma attacks
- often may result in intubation
Chest tubes complications
if you seee bubbling , there may be a leak. you'll have to trouble shoot for an air leak.
- air leak- continuous rapid bubbling in water seal chamber
- if you dont see any movement in the water seal chamber you have to check for kinks or blockage
cor pulmonale
occurs when the blood pressure in the pulmonary artery- which carries blood from the heart to the subsequent failure of the right aide of the heart.. it can also can occur with chronic low oxygen levels due to conditions like chronic obstructive pulmonary disease
as this enlarges, it functions less and less
pulmonary hypertension
a type of high blood pressure that affects the arteries in the lung and the right side of the heart
- the blood vessels in the lungs are narrowed, blocked or destroyed
-the heart must work harder to pump blood through the lungs, the extra effort eventually causes the heart muscle to become weak and fall.
in some people, pulmonary hypertension slowly gets worse. it can be life-threatening. there's no cure for pulmonary hypertension
pulmonary edema
an abnormal collection of fluid in the interstitial space of the lung and inside the alveoli (air sacs)
-pink, frothy sputum (very specific assessment for PE
pulmonary edema
happens rapidly; becomes a medical emergency
-if non-cariogenic it maybe somewhere else
adult acute respiratory distress syndrome (ARDS)
an acute lung injury that results from pulmonary changes that occur with sepsis, major trauma, major surgery or critical illness
-alveoli fill with fluid -respirations will be up
acute bronchitits treatment
- humidification(thin out secretions)
- cough suppressions(with caution, can potentially make symptoms worse)
- bronchodialators
- nutrition and fluid balance
- rest
- antibiotics (only if bacterial)
influenza
an acute, highly infectious disease of the upper and lower respiratory tracts
long smoking history, barrel chest, chronic productive cough
COPD
Sudden pleuritic chest pain, dyspnea after immobility
pulmonary embolism
absent breath sounds one side after trauma
pheumothorax
purulent pleural fluid needing drainage
empyema
severe wheezing unrelieved by inhaler
asthmaticus
COPD s/s
barrel chest and clubbing of fingers
Asthma s/s
chest tightness, respiratory distress without wheezing
pulmonary embolism
tachypnea, chest pain-sharp pain on inspiration
pleural effusion (around the lung)
orthopnea, fever &chills, diminished breath sounds
pulmonary edema (in the lungs)
pink/ frothy sputum, crackles
severe dyspnea &low sp02
high fowlers, recheck reading, airway support
suspected pulmonary embolism
remain calm, high fowlers
chest tube present
check for leaks, tubing kinks, lung sounds, how much fluid?
acute asthma attack
inhaler, deep breathing
pulmonary edema
oxygen , postion (high fowler)
why does high fowlers improve breathing?
promotes lung expansion (open airways)
why avoid lying flat after meals in COPD
increase pressure on the lungs
why elevate HOB in ventilated clients?
open up the airways, preventing ventilated- acquired pneumonia
keep system BELOW chest level to promote drainage
T/F
true
t/f
continuOUS bubbling may indicate air leak
TRUE
if disconnected place in sterile water
t/f
true
if pulled out cover with inconclusive dressing, three sides
t/f
true
why weight loss risk?
difficult to eat due to increased pressure on lungs, its hard to eat trying to breath &eat @ the same time.
why oxygen cautious?
body gets used to lower oxygen level
why pursed-lip breathing ?
prevents airway collapse
most concerning change in air movement (asthma judgement)
why? airways becoming more constricted
ventilation problem
movement of air can't happen (narrowing)
perfusion probelm
blood flow problem
asthma
ventilation
PE
Perfusion
hypoxia despite oxygen
high fowlers, pursed lip breathing , recheck equipment
fluid in alveoli
chest tube, postition- posterol drainage- allow the fluid to exit easier, incentive spirometer, administer diuretic