Emergency Life Support



Emergency Life Support







Equipment




Respiratory therapists (RTs) are involved in many aspects of patient care that may entail the need for emergency life support. Whether in an intensive care unit (ICU) or an emergency department (ED) or flying as a part of a medical transports team, RTs find themselves as key players in a patient’s care during a medical emergency.


BLS is initiated to restore ventilation and circulation to patients with occluded airways, respiratory arrest, cardiac arrest, or both. BLS skills are only adequate until ACLS equipment with capable personnel becomes available. Both BLS and ACLS are offered in many respiratory care programs as part of the curriculum. If not, you should inquire about where these courses are offered so that you can achieve your BLS and ACLS certifications.



This chapter covers the basics of code management, manual ventilation, and use of an AED. ACLS algorithms, including pharmacology, are also covered.



» Skill Check Lists


12-1 Code Management


With RTs involved in airway management, especially in the emergent setting, being at the head of the bed often lends itself to managing the code. In the hospital setting, help is usually readily available. However, the RT must be familiar with the skills and practices of both one- and two-rescuer CPR for adults, children, and infants. Table 12-1 lays out the steps involved in CPR. The following is the step-by-step process for code management.



TABLE 12-1


Steps for Cardiopulmonary Resuscitation in the Adult, Child, and Infant
























































Procedure Adult Child Infant
COMPRESSIONS
Where to check pulse (Limit pulse check to <10 seconds) Carotid artery Carotid or femoral artery Brachial artery
Hand placement Heel of one hand on sternum in center of chest, between nipples.
Second hand on top of first with hands overlapped and parallel
Lower half of sternum with heel of one hand or with two hands (for larger children)
Do not compress over xiphoid
Sternum with two fingers placed just below nipple line in center of chest
Compression-to-ventilation ratio One or two rescuers: 30 : 2 One rescuer: 30 : 2
Two rescuers: 15 : 2
One rescuer: 30 : 2
Two rescuers: 15 : 2
Cycles of compression and ventilation 5 5 5
Depth of compressions (push in hard and fast, allow chest to fully recoil) 2 At least one third the anteroposterior diameter of chest or 2 inches (5 cm) At least one third anteroposterior diameter of chest 1.5 inches (4 cm)
Compression rate 100/min 100/min 100/min
BREATHING
Obstructive procedure Responsive:
If mild, allow the victim to clear the airway by coughing. If severe, repeat abdominal thrusts until the foreign body is expelled, or the choking victim becomes unresponsive. Consider chest thrusts if the abdominal thrusts are not effective, or if the rescuer is unable to encircle the victim’s abdomen, or if the victim is in the late stages of pregnancy.
Unresponsive:
Carefully move the patient to the ground, immediately activate the EMS, and then begin CPR, but look into the mouth before giving breaths. If a foreign body is seen, it should be removed. Follow ventilation with chest compressions.
Same as for adult Responsive:
If mild, allow the infant to clear the airway by coughing. If the infant is unable to make a sound (severe obstruction), deliver five back blows (slaps) followed by chest thrusts repeatedly until the object is expelled, or the infant becomes unresponsive. Abdominal thrusts should not be done on infants because they may damage the largely unprotected liver.
Unresponsive:
Activate the EMS and then begin CPR, but look into the mouth before giving breaths. If a foreign body is seen, it should be removed. Follow ventilation with chest compressions.
RESCUE BREATHING
(Palpable pulse, but no spontaneous breaths, or inadequate breathing) 10–12/min, 1 breath every 5–6 seconds 12–20/min, 1 breath every 3–5 sec, if palpable pulse ≥60/min 20/min, 1 breath every 3 sec, if palpable pulse ≥60/min


image


From Kacmarek RM, Stoller JK, Heuer AJ: Egan’s fundamentals of respiratory care, ed 10, St. Louis, MO, 2013, Mosby.








12-2 Manual Ventilation with a Bag-Mask Device


Management of a patient’s airway is typically the responsibility of the RT. Manual ventilation with a bag-mask device is necessary during airway emergencies, CPR, as well as transport of the mechanically ventilated patient (Figure 12-1).



A bag-mask device is used most effectively when the RT is standing at the head of the bed. The components of a bag-mask device are provided in Figure 12-2

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Jun 12, 2016 | Posted by in RESPIRATORY | Comments Off on Emergency Life Support

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