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dyspnea
shortness of breath or difficulty breathing
respiration
exchange of oxygen and carbon dioxide.
how air travels
Air travels through the trachea to each lung passing through the bronchioles then bronchi then alveoli
peds airway
smaller lungs, higher heart, no neck, bigger back of head, larger toungue
new born respiratory rate
30-60
infant respiratory rate
30-53
toddler respiratory rate
22-27
pre school respiratory rate
20-28
school age respiratory rate
18-25
adult respiratory rate
12-20
geriatric respiratory system
decreased breathing capacity, alveoli elasticity decreases, chemoreceptors are less sensitive, decreased cough and gag reflexes
breathing process
oxygen is provided to the blood, carbon is removed from it (alveoli). Carbon travel up and out the mouth. Oxygen is binded to rbcs
Low CO2 means
breathing at a slower rate and less deeply
higher co2 means
breathing more rapidly and deeply
anaphylaxis
hives, hypotension, dyspnea, wheezing/stridor
bronchitis
chronic cough, wheezing, cyanosis, tachypnea
diphtheria
difficulty breathing and swallowing, sore throat, fever
epiglottitis
drooling, dyspnea
pulmonary embolus
sharp chest pain, sudden onset, tachycardia
croup
peds, barking cough, dyspnea
hypoxia
the body’s cells and tissues don’t get enough oxygen
pulmonary edema
alveoli filled with fluid, usually after a heart attack- pink sputum, dyspnea, labored breathing
left side heart failure
the left side of the heart fails, blood backs up into the lungs, causing congestion of fluid that interferes with normal gas exchange;
pleural effusion
fluid on one or two sides of the lung
right side heart failure
a backup of fluid in the body’s veins and can lead to symptoms such as jugular venous distention and swelling in dependent areas of the body, such as the feet.
wheezing
partial airway obstruction- asthma, COPD, pneumonia, bronchitis, anaphylaxis
rhonchi
low pitched rattling sounds- COPD, pneumonia, bronchitis
crackles
crackling or bubbling sounds/inflammation or infections-left side heart failure, pulmonary edema
pulmonary embolism
blood clot breaks off and goes into the pulmonary artery and into the lung. oxygen levels drop