Find a Course
ACLS Certification & Recertification
ACLS Certification
ACLS Recertification
ACLS For Life Certification
ACLS Certification Bundles
PALS Certification & Recertification
BLS Certification & Recertification
CPR, AED & First Aid Certification
Bloodborne Pathogens Certification
For Life Certifications
3 Course Bundles
2 Course Bundles
View All Courses
Accreditation
Free Resources
Free Training Courses
Advanced Cardiac Life Support Course
Pediatric Advanced Life Support Course
Basic Life Support Course
CPR & First Aid Course
Bloodborne Pathogens Course
ECG Rhythms Course
Practice Tests
ACLS Practice Test
PALS Practice Test
ACLS Practice Questions
PALS Practice Questions
BLS Practice Test
CPR & First Aid Practice Test
Bloodborne Pathogens Practice Test
Megacodes
ACLS Megacodes
PALS Megacodes
ACLS Case Study
PALS Case Study
Algorithms
BLS Algorithms
PALS Algorithms
ACLS Algorithms
CPR Algorithms
Covid-19 Algorithms
Mobile Apps
eBooks
Audiobooks
Journal Articles
Frequently Asked Questions
Group Discounts
FAQ
Login
Your cart is currently empty!
Home
»
Free Resources
»
PALS Case Study
» Out of Hospital Case Study 2
PALS Megacode 2 Out-of-Hospital
Hurry, don’t let time run out!
Sorry, time is up!
0
Hours
0
mins
0
secs
"
*
" indicates required fields
Step
1
of
9
11%
You are a healthcare provider working on an ALS ambulance. You are dispatched to the home of a 3-year-old female who has been experiencing trouble breathing. You are advised by dispatch that the mother reports the patient may have ingested glass cleaner, likely mistaking it for candy or a fruit drink, and that the patient’s breathing is worsening progressively. Your response time to the scene is 6 minutes. A rapid initial impression (ABCs) reveals the following:
Appearance:
Awake, alert, anxious
Breathing:
Increased work of breathing, tachypneic, grunting, intercostal retractions
Circulation:
Skin is pink
1. What type and severity of respiratory emergency is occurring in the given scenario?
*
Disordered control of breathing leading to respiratory failure
Lung tissue disease leading to respiratory distress
Upper airway obstruction leading to respiratory distress
Lower airway obstruction leading to respiratory distress
You have evaluated the patient and identified that they are experiencing respiratory distress caused by a lung tissue disease.
2. What are your initial actions?
*
Support the airway and provide humidified oxygen via NRB
Suction the airway
Establish IV access
Support the airway and provide oxygen via NC
You have evaluated the patient and identified that they are experiencing respiratory distress caused by a lung tissue disease.
3. What are your initial actions?
*
Suction the airway
Support the airway and provide oxygen via NC
Support the airway and provide humidified oxygen via NRB
Establish IV access
Your ALS partner is supporting the airway and has started providing regular oxygen via NRB. The patient is attached to a cardiac monitor and pulse oximeter. You conduct a rapid, hands-on primary assessment using the ABCDE approach which reveals the following:
Airway:
Clear, maintainable
Breathing:
RR 50/min, SpO2 84%, labored, grunting, coarse respirations, crackles
Circulation:
HR 140/min, BP 110/59, normal CRT
Disability:
Moving extremities x4, irritable
Exposure:
Pink, afebrile, perioral erythema
4. A primary assessment reveals persistent respiratory distress. You are suspecting hydrocarbon poisoning via aspiration. What are your next actions?
*
Continue providing humidified oxygen via NRB and repeat primary assessment
Establish IV access and administer corticosteroids
Prioritize the airway and prepare to intubate
Establish IV access and administer a nebulized bronchodilator
A primary assessment revealed low oxygen saturation, labored breathing, crackles bilaterally, and tachycardia.
5. Which of these findings is the primary indicator of impending respiratory failure?
*
Low oxygen saturation
Crackles bilaterally
Tachycardia
Labored breathing
The patient has a low oxygen saturate despite being provided with supplemental oxygen. You have decided to implement additional measures to assist with respiratory support.
6. What are your next actions?
*
Place an oropharyngeal airway and begin supported ventilation via BVM
Intubate with an ETT
Attempt non-invasive ventilation via BiPAP
Attempt non-invasive ventilation via CPAP
Your ALS partner prepares to intubate the patient. You conduct a rapid secondary assessment using the SAMPLE approach which reveals the following:
Signs/Symptoms:
Identical to those noted in the primary assessment
Allergies:
NKA, NKDA
Medications:
none
Past medical history:
Unremarkable, IUTD
Last meal
2 hours ago
Events:
Approx. 20 minutes has gone by since the incident occurred
7. A secondary assessment reveals that there is a high risk of regurgitation of gastric contents, which currently contain hydrocarbon-based chemicals. If regurgitation occurs and these contents are aspirated into the lungs, chemical pneumonitis can occur. Based on these findings, what are your next actions?
*
Intubate with a cuffed ETT and consider nasogastric tube placement
Intubate with a standard ETT
Intubate with a standard ETT and consider ET drug therapy
Apply cricoid pressure for 5-10 seconds after intubating
A paralytic is administered, and you perform an unremarkable ET intubation. The patient is now being mechanically ventilated. A nasogastric tube is placed. The patient is now being transported to the hospital.
8. What are your next actions?
*
Repeat primary assessment
Provide mechanical ventilation and monitor
Consider ET drug therapy
Consider hyperventilation
A repeated primary assessment reveals an improvement in oxygenation from 84 to 97% and normal chest expansion with continuous mechanical ventilation. Coarse respirations and moist crackles are still present. Vitals are stable and the patient arrives at the hospital without any additional respiratory events.
9. What three diagnostic tests are likely to be performed on the patient in the emergency department?
*
Central venous oxygen saturation, complete blood count, chest x-ray
Chest x-ray, arterial blood gas, central venous oxygen saturation
Arterial blood gas, complete blood count, complete metabolic panel
Complete metabolic panel, chest x-ray, arterial blood gas
Δ