Wear appropriate Personal Protective Equipment (PPE)
3
Check patient responsiveness
4
Call for help
5
Start chest compressions
6
Open the airway
7
Check for breathing
8
Provide rescue breaths
9
Retrieve Automated External Defibrillator (AED)
10
Attach AED pads to patient
11
Follow AED prompts
12
Continued chest compressions and rescue breaths
13
Approval: Transition to Advanced Life Support
14
Deliver shock (if applicable)
15
Resume chest compressions
16
Administer medication (if applicable)
17
Check for return of spontaneous circulation (ROSC)
18
Post-resuscitation care
19
Approval: Transfer to medical facility
Ensure scene safety
Before assessing the patient, it is crucial to ensure the safety of the scene. This task involves surveying the area to identify any potential hazards that may pose a threat to the responder or the patient. By doing so, we create a secure environment for both parties and minimize the risk of additional injuries or accidents. What are the common hazards you should look out for? How can you mitigate these risks? What resources or tools can be utilized to enhance scene safety?
1
Spilled liquids
2
Sharp objects
3
Exposed wires
4
Unstable structures
5
Chemical spills
Wear appropriate Personal Protective Equipment (PPE)
The use of Personal Protective Equipment (PPE) is essential for the safety and well-being of both the responder and the patient. This task emphasizes the importance of wearing the appropriate PPE based on the nature of the situation and potential exposure to hazards. By using the appropriate PPE, we minimize the risk of contamination, injury, and transmission of infectious diseases. What are the different types of PPE? How can you determine which type is suitable for a specific situation? What are the potential consequences of not wearing appropriate PPE?
1
Gloves
2
Goggles
3
Masks
4
Aprons
5
Face shields
Check patient responsiveness
Assessing the patient's responsiveness is a critical step in determining their condition and initiating appropriate care. This task involves evaluating the patient's level of consciousness, responsiveness to verbal or physical stimuli, and overall mental state. By checking the patient's responsiveness, we can identify potential life-threatening emergencies and provide timely interventions. How can you assess the patient's responsiveness? What are the signs of responsiveness? How would you interpret various levels of responsiveness?
1
Alert and oriented
2
Responds to verbal stimuli
3
Responds to pain stimuli
4
Unresponsive
Call for help
Engaging additional resources is crucial during emergency situations. This task involves contacting the appropriate personnel or emergency services to support the patient's care. By calling for help, we ensure that additional assistance and expertise are available to manage the situation effectively. How would you prioritize the urgency of the situation when requesting help? Who are the key individuals or organizations you would contact? How would you communicate relevant information to the responding party?
Start chest compressions
Initiating chest compressions is a fundamental component of cardiopulmonary resuscitation (CPR). This task involves providing rapid and forceful compressions to the patient's chest to maintain blood flow and oxygenation to vital organs. By starting chest compressions, we aim to restore circulation and buy time until advanced medical interventions are available. What is the proper technique for performing chest compressions? How can you ensure the appropriate rate and depth of compressions? What are the potential challenges or complications associated with chest compressions?
1
5-6 centimeters
2
4-5 centimeters
3
3-4 centimeters
4
2-3 centimeters
5
1-2 centimeters
Open the airway
Maintaining a patent airway is vital for adequate oxygenation and ventilation. This task involves opening the patient's airway to facilitate effective breathing. By correctly positioning the patient's head and neck, we ensure an unobstructed airway, allowing for the exchange of gases. How can you assess a patient's airway? What maneuvers or techniques can you use to open the airway? How would you modify the approach based on the patient's condition or injuries?
1
Clear airway
2
Partial airway obstruction
3
Complete airway obstruction
4
Suspected cervical spine injury
Check for breathing
Assessing the patient's breathing is essential in determining their respiratory status and guiding further interventions. This task involves observing the patient's chest rise and fall, listening for breath sounds, and assessing the respiratory rate. By checking for breathing, we can identify potential respiratory emergencies and initiate appropriate treatments. How can you assess the presence and quality of breathing? What are the normal ranges for respiratory rate in different age groups? What are the potential complications or challenges associated with breathing difficulties?
1
Present and normal
2
Present but abnormal
3
Absent
4
Labored breathing
Provide rescue breaths
When a patient is not breathing adequately or at all, providing rescue breaths becomes crucial in delivering oxygen to vital organs. This task involves delivering breaths to the patient's airway through various techniques, such as mouth-to-mouth or mouth-to-mask ventilation. By providing rescue breaths, we maintain oxygenation and ventilation until advanced interventions are available. What are the different methods of delivering rescue breaths? How can you ensure effective ventilation? How would you adapt the technique for patients with specific conditions or injuries?
1
Mouth-to-mouth ventilation
2
Mouth-to-mask ventilation
3
Bag-valve-mask ventilation
4
Supraglottic airway device
5
Endotracheal intubation
Retrieve Automated External Defibrillator (AED)
The use of an Automated External Defibrillator (AED) can significantly improve outcomes in cardiac arrest cases. This task involves locating and retrieving an AED for potential use in the resuscitation process. By accessing an AED, we enhance the chances of restoring the patient's normal heart rhythm. Where are the common locations for AED placement? How would you ensure the usability and readiness of the AED? What are the troubleshooting steps if the AED malfunctions?
1
Public buildings
2
Schools and universities
3
Sports facilities
4
Airports
5
Healthcare facilities
Attach AED pads to patient
Properly attaching the AED pads to the patient's chest is essential for the device's effectiveness and accuracy. This task involves positioning and securing the AED pads to the patient's bare chest to enable proper monitoring and analysis of the heart's rhythm. By attaching the AED pads correctly, we facilitate the device's ability to identify the need for defibrillation or other interventions. How do you correctly position the AED pads? What are the potential challenges or complications associated with pad placement? How can you ensure optimal adherence of the pads?
1
Upper right and lower left chest
2
Upper right and lower right chest
3
Upper left and lower right chest
4
Upper left and lower left chest
5
Anterior and posterior chest
Follow AED prompts
An AED provides step-by-step instructions to guide the responder through the resuscitation process. This task involves following the prompts and commands provided by the AED to ensure accurate and timely interventions. By adhering to the AED prompts, we optimize the chances of achieving a successful outcome in resuscitation efforts. How can you interpret the AED prompts and commands? What actions should you take in response to each prompt? What are the potential challenges or complications encountered when using an AED?
1
Assessing rhythm
2
Charging the device
3
Clearing the area
4
Administering shock
5
Continuing CPR
Continued chest compressions and rescue breaths
Sustaining effective chest compressions and rescue breaths is crucial during resuscitation efforts. This task involves continuing the delivery of adequate compressions and breaths while coordinating with other interventions. By maintaining consistent and high-quality chest compressions and rescue breaths, we maximize the chances of successful resuscitation. How can you ensure the continuity and quality of chest compressions and rescue breaths? How would you coordinate with other team members and interventions during the resuscitation process? What are the potential challenges encountered during prolonged CPR?
1
Correct hand positioning
2
Appropriate ventilation-to-compression ratio
3
Relief and rotation of compressors
4
Monitoring fatigue levels
5
Ensuring uninterrupted compressions
Approval: Transition to Advanced Life Support
Will be submitted for approval:
Retrieve Automated External Defibrillator (AED)
Will be submitted
Attach AED pads to patient
Will be submitted
Follow AED prompts
Will be submitted
Continued chest compressions and rescue breaths
Will be submitted
Deliver shock (if applicable)
Administering an electric shock through an AED or manual defibrillator can be necessary in specific cardiac arrest cases. This task involves assessing the patient's rhythm, charging the device, and delivering a shock if indicated. By delivering a shock, we aim to restore the heart's normal electrical activity and achieve return of spontaneous circulation. When is defibrillation indicated? How can you interpret the patient's rhythm? What precautions should be taken when delivering a shock?
1
Shock advised
2
No shock advised
Resume chest compressions
After delivering a shock or when the rhythm does not require defibrillation, resuming chest compressions is crucial in maintaining circulation and oxygenation. This task involves promptly restarting high-quality chest compressions while coordinating with other interventions. By resuming chest compressions effectively, we sustain blood flow to vital organs and bridge the gap until additional interventions or advanced life support becomes available. How can you ensure a smooth transition to chest compressions after defibrillation? How would you coordinate with other team members? What are the potential challenges associated with resuming chest compressions?
Administer medication (if applicable)
In certain cases, specific medications may be administered during the resuscitation process to enhance the chances of achieving return of spontaneous circulation (ROSC). This task involves the identification, preparation, and administration of the appropriate medications based on the patient's condition and medical protocols. By administering medication when indicated, we aim to optimize the patient's response to resuscitation efforts. What are the common medications used in cardiac arrest cases? How would you determine the appropriate dosage and route of administration? What are the potential side effects or complications associated with medication administration?
1
Epinephrine
2
Amiodarone
3
Atropine
4
Lidocaine
5
Aspirin
Check for return of spontaneous circulation (ROSC)
Assessing the presence of return of spontaneous circulation (ROSC) is a pivotal moment during resuscitation efforts. This task involves monitoring the patient's pulse, blood pressure, and signs of spontaneous circulation. By checking for ROSC, we establish the restoration of vital organ perfusion and guide further interventions. How would you assess the presence of ROSC? What are the typical indicators of ROSC? How would you manage the patient's condition after achieving ROSC?
1
Assessing the pulse
2
Measuring blood pressure
3
Monitoring capillary refill
4
Observing signs of awakening
5
Assessing neurological status
Post-resuscitation care
Providing appropriate post-resuscitation care is essential for optimizing patient outcomes and preventing complications. This task involves managing the patient's airway, breathing, and circulation, as well as addressing any underlying causes or associated conditions. By implementing post-resuscitation care, we aim to stabilize the patient, prevent secondary injuries, and facilitate their recovery. What are the key components of post-resuscitation care? How would you monitor and support the patient's vital functions? What are the potential challenges or complications encountered during post-resuscitation care?
Approval: Transfer to medical facility
Will be submitted for approval:
Check for return of spontaneous circulation (ROSC)
