Thank you!

If you do not wish to have your item(s) delivered on data disc(s), I can provide them on a flash drive and other means as well. Just let me know if a disc does not work for you and we can discuss delivery by other methods.

COMBINING SHIPPING COSTS

Are you purchasing multiple items? I will: a) combine all invoices before payment and charge shipping equivalent to one item, or b) refund all shipping costs in excess of one item after payment.


All derivative (i.e. change in media; by compilation) work from this underlying U.S. Government public domain/public release data is COPYRIGHT © GOVPUBS

$3.00 first class shipping in U.S.

Includes the Adobe Acrobat Reader for reading and printing publications.

Numerous illustrations and matrices.

Contains the following key public domain (not copyrighted) U.S. Government publication(s) on one CD-ROM in both Microsoft PowerPoint and Adobe Acrobat PDF file formats:

TITLE: Airway Management and Oxygen Therapy, 141 pages (slides)

SLIDE TOPICS and CONTENT:

Airway Management and Oxygen Therapy

Terminal Learning Objective

Given a simulated patient and all the necessary equipment and materials, manage a patient's airway and provide oxygen therapy.

Enabling Learning Objective a

Given a list of airway management and oxygen therapy terms and definitions, match the term with its correct definition.

Terms and Definitions

Aspiration - the act of "breathing in" foreign matter e.g., vomitus, water, etc, into the lungs.

Bag-valve mask (BVM) - a hand-held device with a face mask and self-refilling bag that can be squeezed to provide artificial ventilations to a patient. The BVM can deliver air from the atmosphere or oxygen from a supplemental oxygen supply system.

Bag Valve Mask

Terms and Definitions

Carbon dioxide (CO2) - waste from the body's cells that is expelled through exhalation; key element in affecting rate and quality of breathing.

Flow meter - a valve that indicates the flow of oxygen in liters per minute (lpm).

Terms and Definitions

Hypoxia - a lack of oxygen to body’s cells and tissues.

Nasal cannula (NC) - flexible, clear plastic tubing with prongs inserted into the nares; delivers low percentages of oxygen to non-critical patients or persons who cannot tolerate a face mask.

Nasal Cannula

Terms and Definitions

Airway adjunct - device placed in the nasal or oral cavity to maintain passageway for flow of air to mouth, pharynx, and/or lungs.

Hypoxemia - deficient oxygenation of the blood.

Terms and Definitions

Nasopharyngeal airway - a flexible breathing tube inserted through the patient’s nose into the pharynx to help maintain an open airway.

Non-rebreather mask - oxygen delivery device that contains a plastic reservoir bag which must be pre-inflated prior to applying to a patient; used to administer high percentages of oxygen.

Nasopharyngeal Airway

Non-rebreather Mask

Terms and Definitions

Oropharyngeal airway (J-TUBE) - a semicircular air-way adjunct made of hard plastic or rubber; placed in oral cavity to prevent tongue or jaw from occluding upper airway.

Oxygen (O2) - colorless, odorless, tasteless gas essential for human respiration.

Oropharyngeal Airway

Terms and Definitions

Oxygen humidifier - a device connected to the flow-meter that adds moisture to oxygen to prevent the mucous membranes from drying and causing irritation.

Pocket face mask - soft, clear plastic, airway management device; forms airtight seal around mouth and nose to allow mouth-to-mask ventilation and provide barrier for spread of infection.

Oxygen Humidifier

Pocket Face Mask

Terms and Definitions

Pressure regulator - device attached to a pressurized cylinder to reduce delivered gas flow pressure to safe levels.

Simple face mask - device that delivers moderate levels (8-10 lpm) of oxygen.

Pressure Regulator

Simple Face Mask

Terms and Definitions

Suctioning - method used to remove materials from the airway through negative air pressure.

Suction catheter - flexible plastic tube used for suctioning material from the airway; measured in "French" (Fr.), with diameter increasing as number increases e.g., 14 Fr. is larger than an 8 Fr.

Suctioning Unit

Suction Catheter

Terms and Definitions

Venturi mask - O2 delivery device that allows delivering of specific concentration of oxygen; commonly used for stable Chronic Obstructive Pulmonary Disease (COPD) patients.

Yankauer (tonsil-tip) - a rigid plastic device that is used to remove foreign matter from the oral cavity and/or pharynx.

Venturi Mask

Yankauer

Enabling Learning Objective b

Given a scenario, select the purpose and indications for oxygen therapy.

Purpose and Indications for Oxygen Therapy

Purpose.

To provide oxygen for patients who are not breathing spontaneously.

To provide supplemental oxygen to breathing patients whose respirations are rendering a poor air exchange.

Purpose and Indications for Oxygen Therapy

Indications for oxygen therapy.

Respiratory and cardiac arrest.

Myocardial infarction.

Stroke.

Lung disease or injury.

Acute drug overdose.

Purpose and Indications for Oxygen Therapy

Smoke and toxic inhalation.

Chest injury.

Head injury.

Shock.

Major blood loss.

CAUTION:

Never withhold oxygen from a patient if their condition requires its use.

Enabling Learning Objective c

Given a scenario, select the purpose, indications, and procedures for insertion and removal of an oropharyngeal and nasopharyngeal airway adjuncts.

QUESTION:

What is an airway adjunct?

ANSWER:

Device placed in nasal or oral cavity to maintain airflow to mouth, pharynx, and/or lungs.

Oropharyngeal Airway (J-tube)

Purpose - to hold the tongue away from the back of the throat, thereby preventing an airway obstruction.

Indication - utilized for the unconscious patient without a gag reflex.

Oropharyngeal Airway (J-tube)

Oropharyngeal airway (J-tube)

Oropharyngeal insertion procedures.

Place patient on a flat surface in a supine position.

Non-trauma patient - use head-tilt, chin-lift method.

Trauma patient - minimize neck movement using jaw-thrust maneuver.

Jaw-thrust Maneuver

Oropharyngeal airway (J-tube)

Maintain airway by utilizing manual techniques and/or mechanical devices e.g., head-tilt, chin-lift, and jaw thrust airway adjuncts.

Select the proper size airway by measuring from the earlobe to the corner of the mouth or from the center of the patient’s mouth to the angle of the lower jaw bone.

Measuring

WARNING:

The 68P Radiology Specialist must practice infection control pre-cautions by utilizing gloves and other barrier devices when coming in contact with patients. Always follow your local protocol or standing operating procedures (SOP).

Oropharyngeal airway (J-tube)

With non-dominant hand, use the cross-finger technique to open the patient's mouth.

Visualize inside the mouth, and suction if necessary.

CAUTION:

Do not use the oropharyngeal airway if you see that the roof of the mouth is fractured or brain matter is exposed. The airway may enter the cranial cavity.

Oropharyngeal airway (J-tube)

Holding the adjunct in the dominant hand, position the correct size airway so that the tip is pointing toward the roof of the patient's mouth.

Insert airway into patient's mouth by sliding tip along the roof past the uvula or until resistance is met by the soft palate.

CAUTION:

DO NOT push the tongue or foreign matter into the back of the throat.

Oropharyngeal airway (J-tube)

Gently rotate the airway 180 degrees, so tip is positioned behind back of tongue

The flange of the airway should rest against the patient's lips.

WARNING:

If J-tube is too large for patient, more than a 1/4 of length protruding from lips, remove and choose proper size to prevent occlusion of airway.

Oropharyngeal airway (J-tube)

Administer oxygen, ventilate as necessary, IAW local protocols.

Monitor patient closely. If the patient gags or regains consciousness, remove the airway immediately.

Remove airway by pulling out with the natural curvature of the mouth, DO NOT rotate.

Nasopharyngeal airway

Purpose - to maintain an artificial airway for oxygen therapy or airway management when suctioning is necessary.

Nasopharyngeal airway

Indications:

Patient is conscious, semi-conscious or has a gag reflex.

Patient has injuries to mouth e.g., broken teeth, massive oral tissue damage.

Seizure patients who may have clenched teeth due to seizing.

CAUTION:

Do not use nasopharyngeal airway if there is evidence of head injury or if drainage of cerebrospinal fluid (CSF) from nose, mouth, or ears is present. CSF may indicate a skull fracture and the airway might enter the cranial cavity. Follow local protocols.

Nasopharyngeal airway

Nasopharyngeal insertion procedures:

Place the patient on a firm surface in the supine position with C-spine stabilized.

Nasopharyngeal airway

Select proper size nasopharyngeal airway.

Diameter - select an airway with a diameter smaller than the patient's nostril or one that is approximately the diameter of the patient's little finger.

Length - measure from tip of patient's nose to ear lobe.

Nasopharyngeal airway

Lubricate airway with a water soluble lubricant or sterile water if lubricant is not available.

Push tip of nose slightly up to expose opening in nostril.

Nasopharyngeal airway

Keeping the head in a neutral position, insert tip of airway through nostril.

Slowly advance tube along floor of nasal cavity until flange rest firmly against patient's nostril.

CAUTION:

If resistance is met during insertion, DO NOT continue. Stop, remove adjunct, re-lubricate and try other nostril. If resistance is still met, check proper size or use alternate artificial airway method.

Nasopharyngeal airway

Administer oxygen therapy and ventilate patient at this time if necessary. Follow local protocol.

To remove the airway, pull out with a steady motion along the curvature of the nasal cavity.

Enabling Learning Objective d

Given a list of oxygen equipment and characteristics, select the characteristics of each piece of oxygen equipment.

Characteristics of Oxygen Equipment

Oxygen cylinders.

Seamless, stainless steel or aluminum cylinder.

Color coded - solid green, white, or aluminum.

WARNING:

Regardless of color, always check cylinder label to determine if gas is medical grade oxygen before use.

Characteristics of Oxygen Equipment

Sizes.

D cylinder - contains 350 liters of oxygen. (Is most commonly used as a portable unit.)

E cylinder - contains 625 liters of oxygen.

M cylinder - contains 3,000 liters of oxygen.

Characteristics of Oxygen Equipment

G cylinder - contains 5,300 liters of oxygen.

H cylinder - contains 6,900 liters of oxygen.

Characteristics of Oxygen Equipment

Pressure regulators.

Purpose - to reduce the oxygen cylinder pressure to a safe working level of 30 to 70 psi.

Characteristics of Oxygen Equipment

Types.

Single-stage regulator - reduce pressure to safe level in single step.

Two-stage regulator - requires two steps to reduce pressure to 30-70 psi range.

Single-stage regulator

Two-stage regulator

Characteristics of Oxygen Equipment

Regulator safety systems - prevents an oxygen delivery system from being connected to a cylinder containing gas other than oxygen.

Characteristics of Oxygen Equipment

Oxygen flow meters.

Purpose - attaches to pressure regulator on cylinder or wall port to permit the desired flow of oxygen in the liters per minute (lpm) to the patient.

Characteristics of Oxygen Equipment

Types:

Bourdon gauge flow meter - delivers a flow rate from 0 to 15 lpm.

Operates in any position, making it very useful for portable oxygen systems.

Gauge shows both pounds per square inch (psi) and lpm.

Characteristics of Oxygen Equipment

Pressure-compensated flow meter - delivers flow rates from 0 to 15 lpm.

Affected by gravity; must be maintained in an upright position to render an accurate reading.

Used mainly for fixed oxygen systems.

CAUTION:

Gauge reading for amount oxygen being delivered may be inaccurate if there is an obstruction in the tubing or filter.

Characteristics of Oxygen Equipment

Constant flow selector valve - delivers flow rates in increments of 2 lpm, up to a maximum of 15 lpm.

Characteristics of Oxygen Equipment

Humidifiers.

Purpose - attaches to flow meter to provide moisture to the oxygen which is coming from the cylinder.

Characteristics of Oxygen Equipment

Plastic container is filled with sterile water which must be changed after each use to prevent infection.

Used to increase patient comfort for patients requiring oxygen therapy, especially those with respiratory disorders.

Enabling Learning Objective e

Given a list of steps, place the steps in sequence for preparing an oxygen cylinder to deliver oxygen to a patient.

Steps in Sequence for Preparing an Oxygen Cylinder to Deliver Oxygen to a Patient

Select the desired cylinder and ensure the label reads "Oxygen U.S.P."

Check gas cylinder tag to assure tank is "FULL", "IN USE" (partially empty), or "EMPTY."

Place the cylinder in an upright position and secure to stand, cart, or other stable object.

Steps in Sequence for Preparing an Oxygen Cylinder to Deliver Oxygen to a Patient

Remove all wrappings covering the cylinder valve opening and retain the plastic washer (cylinder valve gasket), if one is attached.

"Crack" the cylinder's main valve by turning it counterclockwise for one second to clear dust and debris. You will hear a loud rush of air.

Steps in Sequence for Preparing an Oxygen Cylinder to Deliver Oxygen to a Patient

Select the correct pressure regulator and flow meter for the size and type of tank selected and anticipated use e.g., flow meter should allow delivery of 10 lpm or greater.

Place the cylinder valve gasket on the regulator's valve opening and ensure that regulator is either off or closed.

Steps in Sequence for Preparing an Oxygen Cylinder to Deliver Oxygen to a Patient

Align the pins for D and E size cylinders or thread by hand if a larger cylinder is used.

Properly tighten the regulator. Use the T-screw for the pin yoke or a non-sparking wrench for the threaded outlet.

Steps in Sequence for Preparing an Oxygen Cylinder to Deliver Oxygen to a Patient

Open the cylinder main valve and check for both leaks and tank pressure. Tank pressure on new cylinders should indicate 1500 psi or greater. If less than 200 psi, replace tank.

Attach one end of the oxygen tubing to the flow meter nipple and ensure that the other end is connected to the oxygen delivery device.

Steps in Sequence for Preparing an Oxygen Cylinder to Deliver Oxygen to a Patient

Explain the procedure to the patient, adjust the flow meter and place the oxygen delivery device on the patient.

Secure the cylinder for transport (if not already secured in case or securing device).

Steps in Sequence for Preparing an Oxygen Cylinder to Deliver Oxygen to a Patient

Discontinue the oxygen by removing the delivery device from the patient before turning off regulator.

Close the cylinder's main valve and the flow meter, and then remove the oxygen tubing from the cylinder.

Steps in Sequence for Preparing an Oxygen Cylinder to Deliver Oxygen to a Patient

Open the regulator slightly and "bleed" (allow all air to drain from the regulator) until the flow meter registers "0." Once all the air has been "bled,” return the regulator to the off position.

Enabling Learning Objective f

Given a scenario, select the safety precautions required when handling oxygen cylinders and delivery systems.

Safety Precautions Required When Handling Oxygen Delivery Systems

NEVER leave an oxygen cylinder unsecured upright or laying down. Properly secure all equipment before transport.

NEVER drop a cylinder or let it fall against any object.

Safety Precautions Required When Handling Oxygen Delivery Systems

NEVER use oxygen equipment around open flames.

NEVER allow smoking around oxygen equipment. Mark area with an "OXYGEN - NO SMOKING" sign.

Safety Precautions Required When Handling Oxygen Delivery Systems

NEVER use grease, oil, fat-based soaps, or adhesive tape on the cylinder parts.

NEVER try to move cylinder by dragging it or rolling it on its side or bottom.

Safety Precautions Required When Handling Oxygen Delivery Systems

ALWAYS use pressure gauges, regulators, and delivery devices designed for oxygen use only.

ALWAYS use nonferrous metal oxygen wrenches when changing regulators and flow meters

Safety Precautions Required When Handling Oxygen Delivery Systems

ALWAYS store reserve oxygen cylinders in cool, ventilated room, properly secured.

ALWAYS set up new oxygen cylinders away from personnel in case a mishap occurs.

Safety Precautions Required When Handling Oxygen Delivery Systems

ALWAYS ensure that valve seat inserts and gaskets are in good condition. This prevents dangerous leaks.

Enabling Learning Objective g

Given a list of oxygen delivery devices, select the indications and procedures to apply each oxygen delivery device.

Pocket face mask

Indications - ventilation of a non-breathing patient, with or without supplemental oxygen.

Characteristics

Soft, collapsible material, which molds to face to obtain air-tight seal.

Pocket face mask

Oxygen inlet which allows administration of supplemental oxygen.

Without supplemental oxygen - delivers 16% oxygen concentration with rescuer's expired air only.

With supplemental oxygen at 10 lpm–delivers 50% oxygen concentration.

Pocket face mask

Compact and accessible.

Effective barrier device for infection control when used with one way valve.

Allows use of both hands to maintain airtight seal and open airway.

Allows delivery of larger volume of air than with bag-valve-mask.

Pocket face mask

Procedure for application.

Place patient in a supine position on a flat surface with C-spine stabilization.

Kneel behind patient's head and perform a head-tilt, chin-lift, or a modified jaw thrust to open airway.

Pocket face mask

Connect the one-way valve to the face mask.

Position the mask on the patient's face, so that the apex is over the nose and the base is in the groove between the lower lip and the chin.

Pocket face mask

Maintain head-tilt position and an airtight seal.

Place both thumbs on the sides of the mask at level of apex.

Place index fingers of each hand over lower part of mask at base.

Pocket face mask

Grasp patient's lower jaw on each side of mandible between ear and chin with 2nd, 3rd, and "pinky" finger. Pull upward and back to maintain head back position and airtight seal.

Pocket face mask

Take a deep breath and exhale into the port or one-way valve and watch for the chest to rise.

Allow the patient to passively exhale.

Continue providing mouth-to-mask ventilations as necessary

Nasal cannula

Indication - used for medical emergency patients who require supplemental oxygen and cannot tolerate a face mask.

Nasal cannula

Characteristics - effectively delivers low oxygen concentrations (24 - 44% with a flow rate of 1 - 6 lpm).

DO NOT deliver oxygen at flow rate greater than 6 lpm. It will cause excessive mucosa irritation.

Ineffective for mouth breather or patients with nasal obstruction.

Nasal cannula

Application.

Explain procedures to patient.

Connect delivery device to outlet on oxygen cylinder and adjust flow rate.

Nasal cannula

Place prongs in patient's nostrils along curvature of nasal cavity and instruct patient to breath normally.

Place tubing over and around patient's ears, and secure slip-loop under chin.

Simple face mask

Indication - mask of choice for delivering oxygen to medical emergency patients that are not in respiratory distress.

Characteristics - delivers a moderate oxygen concentration (35-60% at a flow rate of 6-10 lpm).

Simple face mask

Application.

Determine mask size.

Connect to outlet on oxygen cylinder and adjust flow rate.

Position mask on patient's nose and mouth, place securing strap around head, adjust, and secure.

CAUTION:

Always start with 6 lpm flow rate when using the simple face mask. Lesser flow rates may cause a carbon dioxide buildup in the mask.

Venturi mask

Indication - utilized for COPD patients in minor respiratory distress.

Characteristics - designed to only deliver low oxygen concentrations (24-40% at preset flow rates depending on patient's status).

WARNING:

If a COPD patient exhibits signs of severe respiratory distress or hypoxia, DO NOT withhold supplemental oxygen. If mechanical ventilation is required, administer oxygen using the Bag-Valve-Mask (BVM).

Venturi mask

Application.

Determine proper size mask needed.

Connect color-coded adapter and adjust to oxygen concentration needed.

Place securing strap around head and adjust strap to fit patient.

Non-rebreather mask

Indication - requirement for high concentration and percentage of supplemental oxygen due to rebreather reservoir bag.

Patients who do not require assistance with ventilations.

Patients who require high concentrations of oxygen.

Non-rebreather mask

Characteristics - delivers a high oxygen concentration (80-90% at a flow rate of 8 - 15 lpm).

Non-rebreather mask

Application.

Perform steps required for all delivery devices.

After connecting device to oxygen cylinder, prefill reservoir bag with oxygen prior to placing mask on patient.

CAUTION:

Reservoir bag must be pre-filled with oxygen in order to deliver maximum oxygen concentration and for device to work appropriately.

CAUTION:

Both exhalation ports must have the diaphragm in place for the mask to function properly.

CAUTION:

The reservoir bag must not be allowed to collapse by more than one-third when the patient inhales or they will rebreathe exhaled carbon dioxide.

Bag-valve-mask

Indications - preferred device for mechanically ventilating a patient who has respiratory insufficiency due to injury or illness.

Bag-valve-mask

Characteristics.

Delivers the highest oxygen concentration with supplemental oxygen.

21% oxygen concentration without supplemental oxygen.

Bag-valve-mask

50% oxygen concentration with 10 lpm or more of supplemental oxygen without reservoir system.

Nearly 100% oxygen concentration with both supplemental oxygen at 15 lpm and the reservoir system attached.

Bag-valve-mask

When bag is completely compressed, allows lungs to be fully expanded.

Depending on age of model, will hold 1,000 to 1,600 milliliters of air in bag.

American Heart Association (AHA) guide-lines suggest 700 - 1000 milliliter of air be delivered when patient requires oxygen ventilation.

Bag-valve-mask

Procedure for use (one-person).

Place the patient in a supine position while stabilizing C-spine.

Kneel behind patient's head and establish a patent airway using the Head-Tilt, Chin-Lift or the Jaw-Thrust technique.

Bag-valve-mask

Select the appropriate size face mask.

Attach oxygen tubing to O2 delivery system inlet and pre-fill reservoir. Leave O2 on at desired flow rate (10 - 15 lpm).

Attach face mask to delivery valve.

Position face mask (see pocket mask application).

Bag-valve-mask

Maintain head-tilt position and an airtight seal.

Place thumb over apex of mask.

Position index finger at base of mask.

Grasp patient's lower jaw on each side of mandible between ear and chin with 2nd, 3rd, and "pinky" finger. Pull upward and back to maintain head back position and airtight seal.

Bag-valve-mask

Squeeze bag with free hand while observing chest to rise, then release the pressure on the bag, allowing the patient to exhale passively. (Squeeze the bag once every 5 seconds for and adult and every 3 seconds for infants or children.)

Continue providing BVM ventilations as necessary.

Bag-valve-mask

Procedure for use (two-person).

Place the patient in a supine position while stabilizing C-spine and establish a patent airway using the Head-Tilt, Chin-Lift or the Jaw-Thrust technique.

Select the appropriate size face mask.

Bag-valve-mask

Kneel behind patient's head. Position thumbs over the top half of the mask, index and middle fingers over the bottom half.

Place the apex of the triangular mask over the bridge of the patient’s nose, then lower the mask over the mouth and upper chin.

Bag-valve-mask

Use ring and little finger to bring the patient’s jaw up to the mask and maintain the Head-tilt, Chin-Lift.

The second rescuer should connect bag to mask.

Bag-valve-mask

While you maintain an airtight seal, the second rescuer should squeeze the bag with two hands until the patient’s chest rises.

Second rescuer should squeeze the bag once every 5 seconds for and adult and every 3 seconds for infants or children.

Bag-valve-mask

The second rescuer should release pressure on the bag and let the patient exhale passively. While this occurs the bag is refilling from the oxygen source.

Flow Restricted Oxygen Powered Ventilation Device (FROPVD)

Indication - Device that uses oxygen under high pressure to deliver artificial ventilations. When the patient inhales or when the rescuer presses the trigger, the valve opens and 100% oxygen is delivered.

WARNING:

Use only according to local standing orders. DO NOT use on infants, children, or patients with head, chest, or abdominal trauma.

Flow Restricted Oxygen Powered Ventilation Device (FROPVD)

Characteristics - delivers 100% oxygen peak flow rates at up to 40 lpm).

Device is manually triggered by the EMT by pushing a button to force oxygen into patient's lungs until the chest rises.

Has automatic flow restriction to prevent over-delivery of oxygen to the patient.

Flow Restricted Oxygen Powered Ventilation Device (FROPVD)

Application.

Place patient in a supine position and use airway adjuncts if necessary while maintaining C-spine stabilization.

Flow Restricted Oxygen Powered Ventilation Device (FROPVD)

Determine mask size and attach automatic resuscitator system to mask.

Position face mask over the patient's mouth and nose in the same manner as you would the BVM.

Maintain airtight seal on patient's mouth and nose.

Flow Restricted Oxygen Powered Ventilation Device (FROPVD)

Compress control button on system until the chest rises and release, repeat every 5 seconds.

If the chest does not rise, reposition the head, check the mask seal, check for obstruction and/or use an alternate artificial ventilation procedure.

Flow Restricted Oxygen Powered Ventilation Device (FROPVD)

If neck injury is suspected hold the patient’s head with your knees to prevent further injury.

WARNING:

Patient must be closely monitored when using automatic resuscitators for severe gastric distention.

Review of Main Points:

Terms and definitions.

Purpose and indications for oxygen therapy.

Purpose, indications, and procedures for insertion and removal of an oropharyngeal and nasopharyngeal airway adjuncts.

Characteristics of oxygen equipment.

Review of Main Points:

Steps in setting up an oxygen cylinder for use.

Safety precautions required when handling oxygen cylinders and delivery systems.

Indications and procedures to apply oxygen delivery devices.

QUESTIONS???