Cardiac Arrest Management (CAM) Protocol Flashcards
? *PRIORITIES DURING CARDIAC ARREST RESUSCITATION
- High Quality Continuous Chest Compressions with minimal interruptions
- Low-volume interposed ventilations
- Early defibrillation
- Switch Compressors every 2 Minutes
If suspected FBAO:
BLS: Inspect Airway; ALS: Laryngoscopy
CAM Triangle (REVIEW AND COMMIT TO MEMORY)
ROSC - PRIORITIES IN POST ARREST RESUSCITATION
- Immediate recognition and treatment of re-arrest
- Preventing re-arrest through effective and continuous management of C – A – B
- Thorough assessment and identification / treatment of correctable causes
- Movement and transport decisions that prioritize ongoing patient care
in ROSC, where is pulse palpated and for how long
Palpate femoral pulse continuously for first 10 minutes prior to patient movement
What is (one) sign of an impending re-arrest
A falling ETCO2
? ETCO2 parameters during ROSC
35 – 45 mmHg
? ROSC Epinephrine parameters
Epinephrine 10mcg/mL
o 1mL (10mcg) every 2 minutes, slow IV/IO
push
o Titrate to SBP of greater than or equal to
90mm/Hg
ROSC - ? Circulation treatment goals
o Peripheral pulses present
o Systolic BP > 90 mmHg
o Ongoing fluid therapy**
? Airway / Breathing / Oxygenation etiologies in a ROSC Pt (Hs/Ts)
o Tension pneumothorax
o Bronchoconstriction
o Pulmonary embolus
o Upper airway obstruction
o Opiate overdose
What are principal reasons for putting in an advanced airway?
o Improve ventilation or oxygenation
o Protect against aspiration
o Effectively ventilate while moving
ROSC - Initial Actions
□ Initiate 10 minute continuous femoral pulse check
□ Continue rescue breathing as needed
□ Paddles attached and EKG waveform visible
□ VF alarm set, SpO2 and EtCO2 waveforms visible
ROSC - Circulation - Priorities?
Obtain peripheral IV access (18 g preferred, 20 g minimum)
□ Initiate NS fluid bolus
□ Assess for peripheral pulses
□ Obtain manual blood pressure
□ Push dose epinephrine IN ADDITION TO fluids for systolic BP < 90 mmHg
ROSC - Priorities - Airway / Ventilation
□ Assess for responsiveness and spontaneous ventilations
□ Assess EtCO2, lung sounds, SpO2
□ Maintain BLS airway or place advanced airway as indicated
□ Place advanced airway if needed to ventilate while moving patient
□ Oxygenate to SpO2 94% to 99%
□ Oxygen flow rate titrated to prevent SpO2 100%
ROSC - Prior to Moving Patient, Confirm
□ Patient has sustained ROSC approximately ≥ 10 minutes
□ C-A-B have been effectively stabilized or appropriate efforts made
□ Team has planned how to effectively ventilate during move
□
Team is prepared to recognize re-arrest:
* STOP MOVING
* RESUME CAM ON SCENE