You’re the most senior clinician on the floor. The crash cart is in front of you, the team is ready, and the registrar is four minutes out. In that moment, the advanced resuscitation protocol isn’t a document — it’s everything you’ve trained to recall under pressure.
Not the half-remembered in-service from six months ago. Not the laminated card on the wall. The actual sequence — the decision logic, the drug timing, the airway calls — running clean and fast through a mind that’s done this before and knows exactly what comes next.
This article is written for registered healthcare professionals — ICU nurses, ED clinicians, paramedics, and theatre staff — who want a current, clinically accurate breakdown of the advanced resuscitation protocol as it applies in Australian practice. Whether you’re refreshing ahead of AHPRA CPD renewal or preparing to lead resuscitation responses with greater confidence, this is your reference.
We’ll cover: what the advanced resuscitation protocol is and how it differs from basic life support; the ALS algorithm under ANZCOR 2026; drug sequencing and airway escalation; post-ROSC care; and how ART certification maps to the protocol in practice.
What Is the Advanced Resuscitation Protocol?
The advanced resuscitation protocol is a structured, evidence-based framework used by trained healthcare professionals to manage cardiac arrest and life-threatening emergencies beyond the scope of basic life support. In Australia, it’s governed by the Australian and New Zealand Committee on Resuscitation (ANZCOR) and follows the Advanced Life Support (ALS) algorithm — a sequential decision-making process guiding clinicians through rhythm recognition, defibrillation, airway management, and drug administration to maximize the probability of return of spontaneous circulation (ROSC).
The protocol applies to:
- Cardiac arrest with shockable rhythms (ventricular fibrillation, pulseless ventricular tachycardia)
- Cardiac arrest with non-shockable rhythms (pulseless electrical activity, asystole)
- Peri-arrest situations requiring airway escalation or pharmacological intervention
- Post-ROSC stabilization and transfer to definitive care
Advanced Resuscitation Protocol vs Basic Life Support
What BLS Covers and Where It Stops
Basic life support is the CAB sequence — Compressions, Airway, Breathing — plus AED use and early activation of emergency services. Any registered clinician can perform it. It doesn’t include pharmacology or advanced airway management. BLS buys time — it keeps the brain perfused until someone with advanced capability arrives. But it doesn’t interpret rhythms, administer drugs, or make airway escalation decisions. That’s where it stops.
Where the Advanced Resuscitation Protocol Begins
The advanced resuscitation protocol extends BLS into the full clinical response. ALS-trained clinicians take over rhythm interpretation, make manual defibrillation decisions, establish IV or IO vascular access, administer drugs, insert advanced airways, and lead the resuscitation team. This requires formal clinical training and nationally recognized certification — not because the steps are mysterious, but because executing them accurately under pressure, without hesitation, requires more than reading about them.
The first responder who started BLS hands over to you. At that point, you own the protocol. That moment — the handover — is precisely what ART certification prepares clinicians for.
| Capability | Basic Life Support | Advanced Resuscitation Protocol |
|---|---|---|
| Compressions | ✓ | ✓ |
| AED use | ✓ | ✓ |
| Rhythm interpretation | — | ✓ |
| Manual defibrillation | — | ✓ |
| IV / IO access | — | ✓ |
| Drug administration | — | ✓ |
| Advanced airway insertion | — | ✓ |
| Team leadership | — | ✓ |
| Post-ROSC management | — | ✓ |
| Certification required | HLTAID009 / 011 | ART (HLTAID015) |
The ALS Algorithm: A Step-by-Step Breakdown (ANZCOR 2026)
The ALS algorithm isn’t a checklist you run through once — it’s a loop. CPR cycles, rhythm checks, defibrillation decisions, drug administration, airway management, and a constant search for reversible causes — all running in parallel, coordinated by the clinician leading the response.
Step 1 – Confirm Cardiac Arrest and Activate the Team
Confirm unresponsiveness, confirm the absence of normal breathing, and activate the emergency response immediately. Time to first shock is one of the strongest predictors of survival in shockable rhythms.
Step 2 – Start High-Quality CPR
- Compression rate: 100–120 per minute
- Compression depth: 5–6 cm
- Full chest recoil between compressions
- Pause time under 10 seconds for rhythm checks and shocks
Step 3 – Rhythm Assessment and Defibrillation
Shockable pathway – VF / pVT:
- Shock → immediate CPR → rhythm check
- Shock → CPR → adrenaline after second shock → rhythm check
- Shock → amiodarone after third shock → continue cycling
Non-shockable pathway – PEA / asystole:
- CPR → adrenaline as soon as IV/IO access is established
- Continue CPR cycles → adrenaline every 3–5 minutes
- Identify and treat reversible causes throughout
Step 4 – Reversible Causes: the 4Hs and 4Ts
Every CPR cycle is an opportunity to treat a reversible cause. Assign a dedicated team member to run through this list actively — not as an afterthought.
4Hs: Hypoxia, Hypovolemia, Hypo/hyperkalaemia, Hypothermia
4Ts: Tension pneumothorax, Tamponade, Toxins, Thrombosis (pulmonary or coronary)
🔔 2026 Update — ANZCOR Section 11: Verify drug timing, adrenaline sequencing in the shockable pathway, and defibrillation energy recommendations against the current ANZCOR 2026 Section 11 ALS publication before applying clinically.
Drug Sequencing in the Advanced Resuscitation Protocol
Adrenaline – Dose, Timing, and Route
The dose is consistent regardless of rhythm: 1mg IV/IO. The timing is not.
- Non-shockable (PEA/asystole): As soon as IV/IO access is established
- Shockable (VF/pVT): After the third shock — early defibrillation takes priority
- Repeat dosing: Every 3–5 minutes throughout, regardless of rhythm
Amiodarone – When It’s Indicated and When It’s Not
- First dose: 300mg IV after the third shock (refractory VF/pVT only)
- Second dose: 150mg IV after the fifth shock
- Non-shockable rhythms: Not indicated — no role in PEA or asystole
Adjunct Medications
Sodium bicarbonate – is not a routine resuscitation drug — indicated only in hyperkalemia, tricyclic overdose, or prolonged arrest with confirmed acidosis. Magnesium sulphate is indicated in torsades de pointes and refractory VF with suspected hypomagnesaemia. Both are adjunct-only.
⚠️ Warning: Sodium bicarbonate is NOT a routine resuscitation drug. Administration outside specific indications may worsen outcomes. Confirm indication before administration.
One practical point frequently missed in hospital in-service training: flush 20ml of normal saline after every IO drug delivery. IO absorption depends on that flush.
| Drug | Dose | Route | Timing | Indication |
|---|---|---|---|---|
| Adrenaline | 1mg | IV/IO | After 3rd shock (shockable); immediately on access (non-shockable) | All rhythms |
| Amiodarone | 300mg | IV | After 3rd shock | Refractory VF/pVT |
| Amiodarone | 150mg | IV | After 5th shock | Refractory VF/pVT |
| Sodium bicarbonate | As indicated | IV | Specific indications only | Hyperkalaemia, TCA toxicity, prolonged arrest |
| Magnesium sulphate | As indicated | IV | Specific indications only | Torsades de pointes, refractory VF |
Advanced Airway Management in the Resuscitation Protocol
BVM Technique – First Priority
ANZCOR 2026 is clear: high-quality CPR and early defibrillation take priority. Don’t interrupt compressions to attempt intubation in the early stages. The two-person BVM technique — one mask seal, one bag — reduces leak and maintains CO2 clearance far more effectively than one-person technique. Target tidal volume: 500–600ml. Once an advanced airway is in situ, target 10 breaths per minute.
Supraglottic Airways – LMA and iGel
The iGel and LMA are first-line in most arrest scenarios. The key advantage: insertion doesn’t require interruption to compressions. Every second of no-flow time costs perfusion pressure that takes multiple subsequent compressions to rebuild. ART certification covers supraglottic insertion directly — technique, placement confirmation, and troubleshooting.
Intubation and Capnography
Intubation is performed by the medical officer or advanced clinician. The nurse’s role is preparation — blade, tube, stylet, suction, cuff syringe — and post-intubation monitoring via waveform capnography. ETCO2 values above 10–15 mmHg suggest effective compressions. A sudden rise in ETCO2 during a CPR cycle is an early ROSC signal — check for a pulse immediately. A flat waveform on intubation means esophageal placement — remove the tube at once.
Post-ROSC Care: What the Protocol Requires After Return of Spontaneous Circulation
ROSC is not the finish line. The quality of post-ROSC management in the first 20–30 minutes directly affects neurological outcomes and survival to discharge — and it’s the section of the advanced resuscitation protocol that gets the least attention in generic training.
ABCDE Reassessment and Hemodynamic Targets
Confirm airway position immediately via waveform capnography. Target SpO2 94–98% — hyperoxia post-ROSC is harmful. Target PaCO2 35–45 mmHg and avoid hypocapnia, which causes cerebral vasoconstriction when the brain needs perfusion most. Target MAP 65 mmHg or above. If MAP remains below target despite fluid resuscitation, start noradrenaline early — sustained post-ROSC hypotension is independently associated with poor neurological outcomes.
Temperature Management, ECG, and Handover
Following the TTM2 trial, strict cooling to 33 degrees C is no longer universally recommended. ANZCOR 2026 guidance targets fever prevention — above 37.7 degrees C — rather than aggressive cooling. A 12-lead ECG is mandatory post-ROSC. STEMI or new LBBB means immediate cath lab activation — don’t wait. Use ISBAR for handover to the receiving team: arrest duration, rhythms, shocks delivered, all drugs given, current haemodynamics, and post-ROSC interventions initiated.
Post-ROSC Care Quick Reference Targets
| Parameter | Target |
|---|---|
| SpO2 | 94–98% |
| PaCO2 | 35–45 mmHg |
| MAP | 65 mmHg or above |
| Temperature | 37.7°C or below |
| 12-lead ECG | Immediately post-ROSC |
| STEMI / new LBBB | Immediate cath lab activation |
Who Needs Advanced Resuscitation Protocol Certification?
If you’re a registered nurse working in ICU, ED, CCU, theatre, or anaesthetics, the answer is almost certainly you.
AHPRA CPD and Hospital Credentialling
AHPRA requires documented CPD hours per registration year — categorised and defensible if audited. A nationally recognised certificate from an ASQA-registered RTO is the appropriate documentation format. It’s not the same as a hospital in-service sign-off, and an AHPRA auditor knows the difference. ART certification contributes directly to the practice-related learning category.
Most hospitals require ART certification for ICU, ED, CCU, anaesthetics, and theatre roles. Metro North Health, Metro South Health, Mater Health, and Wesley Hospital all recognise ART certification for credentialing purposes. Hospital in-service covers the content — it doesn’t always produce the externally verified certificate that a credentialing team is looking for.
Roles That Require or Benefit from ART Certification
- ICU Registered Nurse
- Emergency Department Registered Nurse
- Coronary Care Unit Registered Nurse
- Theatre and Anaesthetics Nurse
- HDU Charge Nurse candidates
ART certification also strengthens applications for Charge Nurse, Nurse Unit Manager, and clinical educator roles — the kind of credential that holds up in a panel interview and distinguishes your application from candidates who list hospital in-service only.
Renewal
Annual recertification is the clinical standard. ANZCOR guidelines update periodically — annual renewal keeps you aligned with current protocol. Some employers accept a longer renewal cycle. Check with your credentialing team directly. When in doubt, annual is the safer default.
Ready to Formalise Your Advanced Resuscitation Competency?
Advanced Resuscitation Training delivers nationally recognised ART certification for registered healthcare professionals — clinical-only cohorts, same-day digital certificate formatted for AHPRA CPD portfolio upload. Courses are led by clinicians with active ICU and ED backgrounds. No mixed civilian and clinical classes. No content pitched at beginners.
The advanced resuscitation protocol is not something you learn once and file away. It’s a living framework — updated as evidence evolves, refined as guidelines change, and tested every time you’re the most senior clinician in the room when an arrest alarm triggers.
What this article has covered is the clinical structure as it stands under ANZCOR 2026 guidance — the ALS algorithm, drug sequencing, airway escalation, post-ROSC management, and the credentialling landscape for registered nurses in acute and critical care. That’s a solid foundation. But reading about it and being able to execute it under pressure, in front of a team, with a patient in front of you, are two genuinely different things.
That gap is what formal ART certification is designed to close — not by teaching you things you’ve never encountered, but by giving you the structured simulation environment, the clinician-led feedback, and the nationally recognised documentation that confirms your competency in a format that AHPRA and your hospital credentialing team will actually accept.
If your ART certification is overdue, or you’ve been relying on hospital in-service alone, the time to formalise it is before the audit letter arrives — not after.
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