• Shuffle
    Toggle On
    Toggle Off
  • Alphabetize
    Toggle On
    Toggle Off
  • Front First
    Toggle On
    Toggle Off
  • Both Sides
    Toggle On
    Toggle Off
  • Read
    Toggle On
    Toggle Off
Reading...
Front

Card Range To Study

through

image

Play button

image

Play button

image

Progress

1/76

Click to flip

Use LEFT and RIGHT arrow keys to navigate between flashcards;

Use UP and DOWN arrow keys to flip the card;

H to show hint;

A reads text to speech;

76 Cards in this Set

  • Front
  • Back
The Respiratory System is responsible for
the exchange of oxygen and carbon dioxide, so the cells of the body will get their required oxygen and get rid of the waste product - carbon dioxide
respiration rate
Taking IN the oxygen and getting the carbon dioxide OUT One respiration equals one breathing in (inspiration, inhale) AND one breathing out (expiration, exhale). The normal respiration rate is considered anywhere from 10 to 20 respirations per minute.
nasal cavity
where the air enters
septum
divides the nasal cavity into right and left sides
olfactory neurons
receptors for smell
cilia
thin hairs that filter particles from the air, entering the nasal cavity
pharynx
throat - passageway for air and food
nasopharynx
in back of the nose - passageway for air - contains the pharyngeal tonsils (adenoids)
oropharynx
in back of the mouth - passageway for air and food - contains the palatine tonsils (tonsils)
laryngopharynx
above the larynx - passageway for air and food
larynx
voicebox - responsible for sound
epiglottis
"lid" over the larynx that prevents food and liquids from getting into the lungs
trachea
windpipe
bronchi
two branches of the trachea - each bronchus further divides into smaller and smaller branches until the small ones are called bronchioles (small bronchus). The term bronchial tree is used for all these divisions of the bronchi, because of the the branching resembling tree branches.
alveoli
air sacs at the end of the bronchioles - where the actual exchange of oxygen and carbon dioxide takes place
lobes
the lungs are divided into lobes; right lung has 3 lobes, left lung has 2 lobes. The lungs are also "unofficially" divided into areas - apex is the top of the lung; hilum is the middle of the lung, where the activity is - blood vessels, nerves, etc. entering and exiting; and base is the bottom of the lung
mediastinum
space between the lungs, where the heart, aorta, esophagus, and bronchi are
pleura
membrane that surrounds the lung and also lines the thoracic cavity. There is 2 layers to this membrane (pleura). The space between these 2 layers (pleural cavity) contains lubricating fluid, so the membranes can slide over each other, during respiration
phrenic nerve
causes the diaphragm to move
COPD
chronic obstructive pulmonary disease, also called COLD - chronic obstructive lung disease - includes the disorders of asthma, chronic bronchitis, and emphysema
asthma
spasms in the bronchial passage
paroxysmal
sudden and violent (spasms)
mucolytics
medications that open up the bronchi, breaking down mucus, so it can be coughed up more easily
bronchodilators
medications that open up the bronchial passage, by dilating the bronchi
chronic bronchitis
inflammation of bronchi
expectorants
medications to help remove mucus from the lungs, bronchi and trachea
emphysema
alveoli lose elasticity; air sacs expand but cannot contract to original size
orthopnea
patients breathe easier when sitting or standing (straight breathing)
pleural effusions
excess fluid in the pleural cavity
bronchopneumonia
any inflammatory disease of the lungs
lobar pneumonia
affects only a lobe of the lung
double pneumonia
affects both the right and left lungs
cystic fibrosis
hereditary disorder which is systemic (whole system/body), especially the lungs, pancreas, and digestive tract
viscous
extremely thick (i.e. mucus)
RDS
respiratory distress syndrome - absence or impairment in the reproduction of surfactant (wetting agent), which keeps lungs from collapsing during exhalation
IRDS
infant respiratory distress syndrome - RDS in infants; used to be called hyaline membrane disease
ARDS
adult respiratory distress syndrome - RDS in adults
croup
viral infection in young children, with symptoms of hoarseness and barking cough
pneumothroax
accumulation of air in the pleural space, which causes the lung to collapse
atelectasis
incomplete dilation/collapsed lung
coryza
common cold
epistaxis
nose bleed
pertussis
whooping cough
pleurisy; pleuritis
inflammation of pleura
pneumoconiosis; anthracosis; asbestosis
dust in the lungs - i.e. coal dust, asbestos
pulmonary edema
excess fluid in the lungs
pulmonary embolus
floating clot in the lung
SIDS (sudden infant death syndrome)
also known as crib death
tuberculin test; Mantoux
diagnose TB
antitussives
medication to stop coughin
decongestants
medication to clear the nasal area
TPR
temperature, pulse, respiration
T&A
tonsils and adenoids
body parts of the upper respiratory tract
nose, mouth, pharynx, epiglottis, larynx, and trachea
body parts of the lower respiratory tract
bronchial tree and lungs
sinus
air-filled cavity in a bone
agonal breathing
describes breathing near death
asphyxiation/suffocation
interruption of breathing, could result in unconsciousness or death
cyanosis
abnormal condition of blue - skin is a bluish color because of lack of enough oxygen
aspiration
aspiration can be normal and can be abnormal.
Normal: removing fluids or gases from a body cavity, by suction (i.e. during surgery). Abnormal: inhaling a substance (i.e. food) into the upper respiratory tract
hyperventilation
abnormally fast, deep breathing; the cells will have decreased amount of carbon dioxide - asthma, anxiety, etc. can cause hyperventilation
pharyngitis
inflammation of throat - "sore throat"
dysphonia
bad voice - "hoarseness"
tracheotomy
incision into the trachea - emergency procedure to get access to the airway (i.e. below a blockage)
trachostomy
new opening into the trachea - creating a hole/opening (stoma - hole/opening on the body; natural or surgically done) into the trachea so a tube can be inserted, for air passage and removal of secretions
endotracheal intubation
putting a tube into the trachea - passing a tube into the mouth or nose, through the pharynx and larynx, into the trachea to get an airway
patent
open (i.e. airways are patent; airways are open - what you want to hear)
ventilator
mechanical device used to assist with or substitute for breathing when patient cannot breathe unassisted
auscultation
listening to sounds within the body, with a stethoscope
percussion
tapping and listening - tapping on a surface to determine if there is a problem inside the body. Tapping over a solid organ gives a dull sound. Tapping over an air-filled structure (i.e. lung) gives resonance (hollow sound). If lungs fill with fluid and become more dense/solid, resonance becomes a dull sound
rales
abnormal crackling sounds heard during inspiration (breathing in). This is caused by fluid inside a bronchus
rhonchi
abnormal wheezing sounds heard during expiration (breathing out). This is caused by narrowed bronchus, like with asthma
sleep apnea
person quits breathing while sleeping
Legionnaires disease
type of pneumonia
RSV
respiratory syncytial virus - really affects babies and small children; usually occurs in the winter or spring
SARS
severe acute respiratory syndrome - flu-like symptoms; was very prevalent in China