Flashcards in Ch 07: Airway and Ventilation Deck (25):
Process of removing foreign matter by means of a mechanical or manual device.
How long do we suction for?
15 - 30 seconds in an outward motion or until the airway is clear.
A flexible or rigid piece of tubing attatched to the end of a suction device and placed in the mouth or throat of a patient.
How to Measure a Suction Device
Measure the length from the patient's earlobe to the corner of their mouth.
Crossed Finger Technique
A way of opening a patient's mouth by using the index finger and thumb, and pushing in an outward scissor motion.
-Cross the thumb and index finger
-Place the thumb on the patient's lower front teeth
-Place the index finger on the upper front teeth
-Open mouth using a scissor motion
-Measure the suction tip
-Remove an OPA if it is in the way
-Open the mouth using the crossed finger technique (CFT)
-Suction until the airway is clear in an outward motion
-Reinsert the OPA
Oropharyngeal Airway (O P A)
A device inserted into the mouth of an unconscious patient to keep the tongue off of the back of the throat.
Will not secure or maintain an airway on its own.
Measuring an OPA
The device should be the length between the patient's earlobe to the corner of their mouth.
Insertion of an OPA
-Open the mouth using the CFT
-With the curved end of the OPA facing the roof of the mouth, insert the OPA
-As the tip of the device approaches the back of the throat, rotate it a half turn
-If patient gags, remove the device
-If patient does not gag, continue insertion until the flange of the OPA rests on the patient's lips
-The OPA should drop in without resistance
Oropharyngeal Airways in Babies and Children
If the usual method does not work, insert with tip pointing toward cheek, rotating 90 degrees to place it in the throat.
You may need to use a tongue depressor on babies and just insert in position without rotating.
Nasopharyngeal Airway (N P A)
A tube placed in the nostril to assist in maintaining an airway.
Measuring an NPA
Measure device from earlobe to the tip of the nose
Insertion of an NPA
-Lubricate the airway
-Insert NPA with the bevel toward the septum
-Advance it gently and straight in until the flange rests against the nose
DO NOT USE ON HEAD / SPINE TRAUMA
Pliable, dome shaped device placed over a patients nose and mouth to provide a barrier during rescue breathing.
Your RM should be pliable, have a one way valve, and an inlet for supplemental oxygen.
Bag Valve Mask
A device consisting of a bag, a valve, and a mask. Used for assisted ventilations during rescue breathing.
A device placed slightly inside the nostril to deliver low flow oxygen to a conscious patient.
A mask that fits over a patient's nose and mouth that provides supplemental oxygen. Also has a little bag on it that fills up. Make sure that little bag is full before handing this to the patient.
A tank full of 100% medical grade oxygen characterized by a green or white color and yellow oxidizer placard.
Formula to determine how long an oxygen tank will last
(((Gauge Pressure) - (200 psi)) x Cylinder Constant) / (L / minute)
M Tank = ((2000 psi - 200 psi)(1.56 L/psi)) / (15 L/min)
D = 0.16 L/psi
E = 0.28 L/psi
M = 1.56 L/psi
Device that reduces the pressure of an O2 tank from approximately 2000 psi to a safe pressure range of 30 - 70 psi
Device that controls the amount of oxygen administered in litres per minute (lpm)
How to Assemble an Oxygen Tank for Use
Inspect the tank for any damage and make sure it is labeled correctly
-Make sure the cylinder is full
-Remove the protective covering and keep the O-ring
-Open the cylinder for a brief second to clear the valve of debris.
-Position the gasket.
-Examine the pressure regulator to make sure the pin index corresponds to the O2 tank.
-Attach the pressure regulator, seating the prongs inside the holes in the valve stem.
-Hand tighten until snug
-Open the cylinder one full turn to check for leaks
-Check to see how much pressure is in the cylinder, full tanks should be around 2000 psi
-Attach the delivery device to the port
-Turn on the flowmeter to the desired flow rate
-Check to see that O2 is flowing through the delivery device.
-Inflate device bag, and hand to /place on patient