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EMT Key Points > Ch11: Airway Management > Flashcards

Ch11: Airway Management Flashcards

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1
Q

What is part of the upper airway?

A

nose
nasal air passage
nasopharynx
mouth
oropharynx
pharynx
epiglottis
glottis
larynx

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2
Q

What is part of the lower airway?

A

trachea
bronchus
bronchioles

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3
Q

Adaptation of nasopharynx

A

has cilia that produce mucus to get rid of DDM

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4
Q

How does epiglottis prevent food from getting into trachea?

A

When you swallow, the larynx elevates and epiglottis covers glottis to prevent food from going into trachea

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5
Q

What cartilage, ligaments and components are part of the larynx?

A

Epiglottis
Glottis (vocal cords)
Hyoid bone
thyrohyoid ligament
thyroid cartilage
cricothyroid membrane
cricoid cartilage (1st ring of trachea)

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6
Q

Function of vocal cords

A

speech production
contain defense reflexes that close to prevent food from entering lower airway

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7
Q

How long is the trachea?

A

4 - 5 inches (10 - 12 cm)

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8
Q

What are bronchi supported by?

A

cartillage

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9
Q

What are bronchioles made of?

A

Smooth muscle
that can contract or dilate based on stimuli

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10
Q

which pleura lines the lungs?

A

visceral

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11
Q

what is the mediastinum and what does it contain

A

area between the lungs.
heart
trachea
major bronchi
esophagus
great vessels
nerves

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12
Q

which pleura lines the inside of the thoracic cavity?

A

parietal

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13
Q

what controls the contraction of the diaphragm?

A

phrenic nerve

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14
Q

what is residual volume

A

the volume of air that remains in the lungs after maximum expiration

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15
Q

what is the tidal volume of a healthy male?

A

500 mL

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16
Q

what is alveolar ventilation and how do you calculate it?

A

the volume of air that reaches the alveoli; calculate it by subtracting tidal volume by dead space

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17
Q

what is minute volume and how do you calculate it?

A

the volume of air moved through the lung in one minute; calculated by multiplying tidal volume with respiration rate

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18
Q

what is partial pressure? what are they for O2 and CO2 in the alveoli?

A

amount of gas dissolved in a fluid (mmHg)
PaO2 = 104 mmHg
PaCO2 = 40 mmHg

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19
Q

what is dead space in the lungs?

A

volume of ventilated air that does not partake in GE

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20
Q

what conditions may interrupt ventilation?

A

trauma (e.g. flail chest), foreign body airway obstruction,
injury to spinal cord and phrenic nerve

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21
Q

what is a patent airway?

A

unobstructed & clear

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22
Q

early signs of hypoxia

A

restlessness, irritability, apprehension, tachycardia, anxiety

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23
Q

late signs of hypoxia

A

altered mental status, thready pulse, cyanosis

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24
Q

how is ventilation regulated? how do feedback loops play a role

A

pH feedback loop:
CO2 concentration increase
Cerebrospinal fluid (CSF) and blood pH decreases
Chemoreceptors detect change and stimulate medulla to increase RR
Remove CO2 more efficiently

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25
Q

where are chemoreceptors located and how do they differ?

A

central chemoreceptors - medulla - respond to slight CO2 increases and CSF pH decreases
peripheral chemoreceptors - carotid arteries, aortic arch - respond to decreases in O2 level and low blood pH

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26
Q

The brainstem is made up of the midbrain, pons and medulla. How does the pons influence ventilation?

A

Can increase or decrease RR
Influence depth of respirations

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27
Q

Internal factors affecting ventilation

A

infection
allergies
swelling because of infections or allergies
trauma to brain or spinal cord
medications that depress CNS
muscular dystrophy
unresponsiveness, tongue obstruction

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28
Q

External factors affecting ventilation

A

trauma that physically and directly affects ventilation (e.g. puncture to chest, mandible fracture)
foreign body airway obstruction (FBOA)

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29
Q

Internal factors affecting respiration

A

hypoglycemia
conditions that decrease lung SA (e.g. emphysema)
conditions that cause fluid build-up in alveoli (e.g. drowning, pneumonia)
nonfunctional alveoli causing intrapulmonary shunting
infection

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30
Q

External factors affecting respiration

A

Altitude (partial pressure of oxygen decreases)
Closed environments where O2 conc decreases
CO and other toxic gases

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31
Q

Causes of circulatory compromise

A

Hemothorax (blood in pleural space)
Pneumothorax (closed, open and tension)
Hemopneumothorax
Cardiovasc conditions like heart failure, cardiac tamponade (fluid/blood in pericardial space around heart muscle that puts pressure on it)
Blood loss
Anemia
Hypovolemic shock (loss of LARGE blood volume so heart can’t pump it around the body
Vasodilatory shock (blood vessels are too dilated so bp is hard to maintain

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32
Q

intrapulmonary shunting

A

when deoxygenated blood passes by nonfunctional alveoli, so no GE occurs and blood remains deoxygenated as it returns to the heart

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33
Q

Signs of adequate breathing

A

normal rate (12-20 breaths/min for adults)
regular insp and exp rhythm
equal and clear breathing sounds on both sides
equal and regular chest rise and fall
adequate depth (tidal volume)

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34
Q

normal SpO2 reading

A

94%+

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35
Q

name aerosol-generating procedures (always wear PPE for AGPs and suctioning!!)

A

CPR
Endotracheal intubation
Nebulizer treatments (small machine that turns liquid medicine into a mist that can be easily inhaled)
CPAP (pressurizes air for positive pressure ventilation)

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36
Q

Signs of inadequate breathing (also in Ch10)

A

abnormal RR
irregular rhythm
abnormal breath sounds
use of accessory muscles
unequal or inadequate chest expansion
retractions
pale, cyanotic, clammy skin
labored breathing, agonal gasps
tripod, sniffing position
two to three word dyspnea
Cheyne-Stokes respirations (rapid breaths followed by long periods of apnea)
Ataxic respirations (bc of serious head injuries –> irregular, ineffective respirations that may or may not have an identifiable pattern)
Kussmaul respirations (bc of metabolic disorder or acidosis –> deep, rapid respirations)

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37
Q

What does Pulse Oximetry measure

A

percentage of hemoglobin molecules that bound to O2 in blood to assess oxygenation; good indication of how much O2 is getting to tissues

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38
Q

Two Indications of Respiration

A

1) Mental status (LOC, orientation, changes in status)
2) Skin condition
- pallor (pale skin & mucous membranes)
- cyanosis first around fingertips and then mucous membranes and around lips
- mottling (blotches of different colors because of anaerobic resp)

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39
Q

what do you have to be careful about pulse oximetry?

A

time delay of 1 minute that shows any decline in conditions later than they actually happen

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40
Q

how to use a pulse oximetry

A

1) put it on patient’s finger
2) palpate other hand’s radial artery to see it correlates with LED display on PO

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41
Q

what factors may cause inaccurate pulse oximetry readings

A

dark, metallic nail polish
dirty fingers
hypovolemia
severe vasoconstriction
anemia
CO poisoning (pulse oximetry can’t distinguish O2 and CO binding to hemoglobin hence CO poisoned patients will show normal SpO2 values)

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42
Q

How to position an unconscious patient from prone into supine position

A

2 people needed:
one person secures head
the other straightens the legs
coordinate and log roll the patient onto his/her back: one person secures head and neck with both hands, the other puts one hand on the shoulder and the other on the hip

you can assess airway now!

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43
Q

what is end-tidal CO2

A

maximum concentration of O2 at the end of an exhalation

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44
Q

what devices measure end-tidal CO2

A

capnometry = provides digital numeric (normal range is 33-45 mmHg)
capnography = provides results in the form of graph or real-time image

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45
Q

4 phases of a normal capnographic waveform

A

I. Respiratory baseline - INITIAL stage of exhalation where all the dead space gas is exhaled (which is why graph is flat)
II. Expiratory upslope - alveolar gas mixes with dead space gas = rapid rise in CO2 mmHg
III. Alveolar plateau - all alveolar gas with high CO2 mmHg (graph is flat but at a high pressure)
IV. Inspiratory downstroke - fresh gas enters lungs and displaces CO2

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46
Q

What maneuver to use to clear an obstructed airway in a patient with a suspected spine injury

A

jaw thrust maneuver

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47
Q

What maneuver to use to clear an obstructed airway in a patient with no suspected spine injury

A

head tilt–chin lift maneuver

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48
Q

How to do head tilt–chin lift maneuver

A

one hand on forehead pushing down
two/three fingers under jaw pushing up

note: mouth should be slightly open

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49
Q

How to do jaw thrust maneuver

A

two fingers on each side of the angular part of jaw (right under the ear) *palms facing up
thumbs downwards across the cheek and chin to help direct lower jaw
lift mandible forwards & upwards

result: mouth should be slightly open and jaw jutting forward

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50
Q

patients with what kind of medical histories or conditions should not receive a head lift–jaw thrust maneuver?

A

with rheumatoid arthritis or down syndrome, as they are predisposed to cervical spine instability

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51
Q

how do you open the patient’s mouth if it’s still closed after an airway maneuver

A

cross-finger technique (think of snapping thumb with first finger:
thumb pushes up
first finger pushes down
so they end up being crossed (kind of like sarangheyoo)

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52
Q

why isn’t chest wall movement (rise and fall) the best indicator of patent airways?

A

a patient’s chest and abdomen may be rising and falling as they are frantically trying to breathe even though the airway is completely obstructed

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53
Q

why is suctioning important?

A

you need to keep the airway clear for ventilation support. if aspirations (foreign substances like vomit) in the airways enter the lungs, mortality increases significantly

54
Q

how do you know if a patient needs suctioning?

A

wet, gurgling sound - they have fluids in airways

55
Q

what is a suction catheter?

A

hollow, rigid cylindrical device that removes fluids from airways

56
Q

what type of catheter is used for infants and children

A

tonsil-tip catheter

57
Q

what kind of catheters are used for patients with a stoma?

A

French/whistle-tip catheter (they are non-rigid)

58
Q

how do you suction a patient’s airway?

A
  1. turn on the assembled suction unit, make sure it can reach up to 300 mmHg pressure
  2. measure catheter from the corner of the mouth to the angle of jaw
  3. turn patient’s head sideways (UNLESS SUSPECTED OF SPINAL INJURY) and use cross finger technique to open mouth
  4. insert catheter to measured depth and apply suction; remove it from the mouth in a circular motion
59
Q

contraindications for oropharyngeal airway (OPA)

A

conscious patient
any patient with gag reflex

60
Q

if a patient gags while you try to insert an oropharyngeal airway (OPA), what should you do?

A

prepare to log roll and suction the patient should vomiting occur

61
Q

how do you insert an oral airway?

A
  1. select proper size of airway by measuring from corner of mouth to ear lobe
  2. insert the airway first curving upwards towards the roof of the mouth to prevent pushing the tongue further into the pharynx
  3. when it is partially inserted, rotate by 180° and push until the airway rests on the patient’s mouth and teeth
62
Q

how do you insert an oral airway with 90° rotation?

A
  1. select proper size of airway by measuring from corner of mouth to ear lobe.
  2. use a tongue depressor to hold down the tongue white inserting airway sideways (so it curves sideways instead of up against the hard palate)
  3. rotate the airway 90° and remove tongue depressor. gently push until airway rests on the patient’s teeth/mouth
63
Q

when do you use a nasopharyngeal airway?

A

when a patient has an intact gag reflex

64
Q

contraindications for using a nasal airway

A

bleeding through nose
history of fractured nasal bone

65
Q

how do you insert a nasal airway?

A
  1. select the correct size airway by measuring from nostril to ear lobe
  2. coat with water-soluble lubricant
  3. insert into the RIGHT nostril (usually bigger and straighter), curving downwards to follow the nasal air passage
  4. gently push the airway until inserted and let it rest on the nostril
66
Q

For what kind of patient is the recovery position used to maintain clear airways?

A

unconscious, breathing spontaneously on their own, not injured

67
Q

How to put a patient in recovery position

A

Log roll patient to their side
Extend patient’s lower arm and put upper arm under cheek
Bend upper leg

68
Q

what is the importance of the recovery position?

A

it prevents aspirations into the lungs
maintains clear airways

69
Q

what colors are oxygen cylinders?

A

green, white or chrome

70
Q

what are older vs newer oxygen cylinders made from?

A

newer = lightweight aluminium
so older ones are heavier

71
Q

what does the date stamp on an oxygen cylinder mean?

A

the last time it was tested

72
Q

what cylinder sizes are often portable in an ambulance?

A

D (350 L)
Jumbo D (500 L)
E (625 L)

73
Q

what is the pin-indexing system (aka PISS) on portable cylinders?

A

system corresponding to the pins on portable cylinders that help providers connect the right regulator to the right cylinder (and avoid connecting CO2 regulator to O2 cylinder for example)

74
Q

what is the safety system for large gas cylinders?

A

American Standard Safety System (ASSS!); they use threaded gas outlet valves, the size of thread depends on cylinder

75
Q

how do pressure regulators work?

A

the intial pressure of gas inside a cylinder is typically 200 psi. pressure regulators reduce the pressure to 40-70 psi, appropriate for patient use.

76
Q

what are flowmeters?

A

They measure the volume of gas flowing out of the gas cylinder.

77
Q

what are the two types of flowmeters?

A

pressure-compensated: they have a ball that rises with different levels of gas flow. has to be attached vertically otherwise affected by gravity

Bourdon-gauge: not affected by gravity but outdated and replaced by newer ones that have dials/knobs that set the flow

78
Q

How do you set up an oxygen cylinder to be used?

A

1) “crack” the cylinder by slowly opening the valve counterclockwise using a tank key, and then closing it. helps get dirt and debris out of the way
2) align port and specific pins (rmb PISS) of the pressure regulator/flowmeter with the holes in the valve stem
3) secure and tighten the regulator/flowmeter by rotating the screw
4) put on the oxygen connective tubing to the flowmeter nipple
5) set flow rate to appropriate level (based off the equipment you’re using)

79
Q

How do you turn off the gas cylinder?

A

1) Close valve at the top with tank key
2) remove tubing
3) Set flowmeter to 0

*make sure pressure gauge says 0

80
Q

Hazards of Supplemental Oxygen

A

1) Combustion
2) O2 toxicity

81
Q

3 oxygen-delivery devices

A

1) non-rebreathing masks with reservoir
2) bag-mask device with reservoir
3) nasal cannula (the tube that goes into nostrils)

82
Q

When do you use a nonrebreathing mask?

A

In emergency cases where patient is significantly hypoxemic and needs O2 asap, but they don’t need help with breathing

83
Q

What flowrate do you set for a non-rebreathing mask

A

10-15 L/min
make sure the bag stays inflated. if it deflates during inhalation, increase flowrate

84
Q

How much oxygen is delivered by a non-rebreathing mask (in %)?

A

90%

85
Q

How does a non-rebreathing mask have such a high oxygen delivery rate?

A

The reservoir bag it is connected to contains the oxygen and is connected to mask by a one way valve (so CO2 cannot get in). Flapper valve ports on the mask let out CO2 in exhaled breath through a one-way valve. So, the patient doesn’t inhale the exhaled CO2.

86
Q

Why can using a nasal cannula irritate cause dryness or irritate mucous membranes of the nose?

A

It continuously delivers dry O2 through the nostrils. (e.g. non-rebreathing masks only allow oxygen in when the patient inhales)

*consider humidification for longer transports!

87
Q

What flowrate do you set for a nasal cannula?

A

no more than 6 L/min

88
Q

what is the oxygen delivery rate of nasal cannula?

A

24 - 44%

89
Q

in what situations will a nasal cannula be of no help?

A

if patient has nasal obstruction
patient breathes through mouth

90
Q

how is a partial rebreathing mask different to a non-rebreathing mask?

A

partial rebreathing masks have a two-way valve between the mask and reservoir bag instead of the one-way valve in non-rebreathing masks.
this allows patients to breathe some of the exhaled CO2 back in, especially in cases where low PaCO2 after hyperventilation is a concern.

91
Q

when are Venturi masks used?

A

mostly used in the hospital setting for a patient with a low/moderate O2 need. Its advantage is the fine adjustment of oxygen delivery.

92
Q

what is the oxygen delivery rate of Venturi masks?

A

24 - 40%

93
Q

what is an oxygen humidifier?

A

It is a bottle of sterile water that is attached to the flowmeter nipple. The oxygen tubing connects to the humidifier

94
Q

what is the risk of oxygen humidifiers?

A

aerosolization increase risk of transmission of disease

95
Q

A patient cannot breathe on their own. Which ventilation technique do you use?

A

Artificial ventilation - bag mask device with 100% oxygen delivery

96
Q

What are the 2 treatment options for respiratory distress/failure?

A

1) assisted ventilation
2) CPAP

97
Q

How many bag mask device pumps should you give an apneic adult with a pulse?

A

1 every 6 seconds

98
Q

How many bag mask device pumps should you give an infant/child with a pulse?

A

1 every 2-3 seconds

99
Q

Risks of positive pressure ventilation

A

Reduce blood return to heart, decrease cardiac output
Gastric distention (air forced into stomach) that can cause vomiting and aspirations

100
Q

What is the flow rate for a bag mask device?

A

15 L/min

101
Q

total volume of an adult bag mask device

A

1200 - 1600 mL

102
Q

total volume of a child bag mask device

A

500 - 700 mL

103
Q

total volume of an infant bag mask device

A

150 - 240 mL

104
Q

how do you perform one-rescuer bag mask ventilation?

A

1) head tilt-chin lift or jaw thrust maneuver (based on spinal cord injury)
2) suction airway if needed. insert a oropharyngeal/nasopharyngeal airway to maintain patent airway
3) put bag mask over patient’s nose and mouth and secure with the E-C hand position:
C - with first finger and thumb to hold down the mask
E - with the other 3 fingers to lift up the jaw
4) squeeze the bag mask until adequate chest rise and fall (once every 6 secs for adults and once every 2-3 secs for infants/children)

105
Q

how do you perform a two-rescuer bag mask ventilation?

A

1) head tilt-chin lift or jaw thrust maneuver
2) suction if needed. insert oropharyngeal/nasopharyngeal airway
3) secure bag mask on patient’s nose & mouth. one provider holds down mask with both hands, while the other squeezes the bag mask with two hands
4) squeeze the bag until adequate chest rise & fall (1 per 6 secs for adults and 1 per 2-3 secs for infants/children)

106
Q

Signs of adequate ventilation

A

adequate chest rise and fall
ventilations at the appropriate rate
HR back to normal range
Skin color is normal (pink)
O2 saturation increases

107
Q

Signs of inadequate ventilation

A

no chest rise/fall
ventilation at an inappropriate rate
heightened HR
cyanotic, mottled skin
O2 sat low

108
Q

what is an automatic transport ventilator (ATV)?

A

ventilator attached to a control box that can adjust different factors like tidal volume and respiratory rate

109
Q

How to estimate tidal volume for ATVs?

A

7 mL/kg x body weight

110
Q

How does CPAP (continuous positive airway pressure) assist with breathing?

A

through positive pressure ventilation that opens up alveoli

111
Q

What is a physiological consequence of all positive pressure ventilation methods (bag mask ventilation, CPAP)?

A

hypotension, reduced cardiac output

112
Q

Indications of CPAP

A

patient is awake and alert
respiratory distress bc of pulmonary edema, COPD
respiratory distress after submersion
rapid breathing
low O2 sats

113
Q

Contraindications of CPAP

A

cardiac arrest, respiratory arrest, coma, or any condition requiring immediate intubation
patient can’t speak
unresponsive
has hypotension
pneumothorax, chest thorax
gastrointestinal bleeding, nausea, vomiting
cardiogenic shock
cannot sit upright

114
Q

How do you put on a CPAP?

A

1) connect face mask to circuit tubing
2) connect tubing to oxygen cylinder
3) put patient in high Fowler position
4) secure the 2 mask straps over patient’s head
5) adjust the positive end-expiratory pressure (PEEP) according to manufacturer’s instructions

115
Q

How do you assist ventilation in a patient with a tracheal stoma?

A

use an infant/child’s mask with bag mask ventilation
seal mouth and nose during inspiration
open during expiration

116
Q

How do you assist ventilation in a patient with a tracheostomy tube?

A

use a regular bag mask ventilation method over the tube
cover the mouth and nose during inspiration and open during expiration

117
Q

What signs indicate mild/partial foreign body airway obstruction?

A

stridor, wheezing and coughing but patient can still breathe and talk

117
Q

What signs indicate severe foreign body airway obstruction?

A

patient cannot breathe or talk, clasping hands around neck, cyanotic

118
Q

How do you dislodge a foreign object out of a conscious adult or child?

A

abdominal thrusts until object comes out OR patient goes unconscious
if that doesn’t work, tongue-jaw lift and scan for any visible obstructions. remove the obstructions with gloved finger or suction
if that STILL doesn’t work, begin rapid transport while continuing abdominal thrusts

118
Q

How do you dislodge a foreign object out of an unconscious adult or child?

A

chest compressions
tongue-jaw lift to identify and take out any visible
rapid transportation to hospital while continuing chest compressions

119
Q

4 stages of helping in an ALS procedure

A

1) Patient Prep
2) Equipment Set-Up
3) Performing the procedure
4) Continuing Care

120
Q

4 stages of helping in an endotracheal tube intubation

A

1) Patient prep - preoxygenation with bag mask device + adjunct airway; maintain high nasal cannula on patient during intubation attempt (apneic oxygenation)
2) Equipment setup
3) Performing the procedure - BE MAGIC
4) Continuing care - monitoring SpO2 and RR, end-tidal CO2 level, resistance when ventilating, other signs of poor ventilation or perfusion, dislodgement of ET tube every time patient is moved

121
Q

BE MAGIC intubation procedure

A

Bag mask pre-oxygenation
Evaluate for airway difficulties
Manipulate patient (elevate head, into sniffing pos.)
Attempt first-pass intubation
GI use supraGlottic airway if unable to intubate
Continue care + Correct any issues

122
Q

What is the importance of pre-oxygenation before intubation?

A

Ensures adequate oxygenation of blood and perfusion to sustain the patient during the intubation attempt

123
Q

Signs that indicate a complication with intubation

A

decreasing SpO2 level
absence of end-tidal CO2
increasing resistance when ventilating
other signs associated with poor ventilation and perfusion like skin condition
improper positioning/dislodgement of ET tube

124
Q

Which of the following organs or tissues can survive the longest?

A. Muscle
B. Liver
C. Kidneys
D. Heart

A

A. Muscle

125
Q

At what pressure should a gas cylinder be serviced?

A

500 psi

126
Q

consequences of hyperventilation on blood flow

A

hyperventilation can increase intrathoracic pressure, putting pressure on the vena cava and decreasing the blood flow back to the heart

127
Q

Which is an example of a mild foreign-body airway obstruction?

a. Cyanosis (blue lips or skin)
b. High-pitched noise while inhaling
c. Inability to speak or cry
d. Wheezing between coughs

A

d. Wheezing between coughs

*High-pitched noise while inhaling is when there is severe FBAO

128
Q

What is one technique used to assist in Endotracheal Intubation?
? Selte Maneuver
? Cricothyrotomy
? Vagal Maneuver
? Cricoid Pressure

A

Cricoid Pressure

EMT Key Points (21 decks)

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