The Egyptian Pediatic Advanced Life Support

We advise that hospitals caring for pediatric inpatients to implement a pediatric Rapid Response System (RRS) to support early recognition and escalation of deteriorating children outside ICU/PICU.

Rational: Pediatric deterioration is commonly preceded by abnormal physiological signs, and delayed recognition remains a major contributor to preventable ward deterioration, unplanned PICU admission, and in-hospital cardiac arrest.^3,4,5

Conditional

Moderate

Canadian Paediatric Society (PMC)⁶

The pediatric RRS advised to include: (1) standardized vital-sign monitoring, (2) age-appropriate early warning criteria (e.g., PEWS), (3) a clear activation pathway, (4) a designated responder team, and (5) quality monitoring/audit.

Conditional

Moderate

Canadian Paediatric Society (PMC)⁶

We suggest hospitals caring for pediatric inpatients to  establish and train a pediatric Rapid Response Team (RRT) with pediatric expertise (e.g., pediatrician/ICU physician, critical care nurse, respiratory therapist where available), adapted to local staffing and resources.

Conditional

Moderate

Canadian Paediatric Society (PMC)⁶

Pediatric RRT (or on duty paediatrician)  activation criteria should be simple, standardized, age-appropriate, and available 24/7, based on abnormal vital signs, mental status change, increased oxygen requirement, staff concern, or elevated PEWS.

Strong

Moderate

National RRS Standards / CPS⁷ (Istitlaa)

Pediatricians  should be supported by regular simulation-based multidisciplinary training, including escalation, communication, airway, and shock response.

Strong

Moderate

Canadian Paediatric Society  (PMC)⁸

We advise institutions to monitor RRT (paediatricians) performance through quality indicators including response time, unplanned PICU transfer, ward cardiac arrest, and escalation delays,unneeded PICU admission.

Good practice statement

Expert consensus / RRS standards (Istitlaa)^9,10,11,12

All acutely ill children should undergo rapid initial assessment using a structured paediatric triage or quick-look approach. The Paediatric Assessment Triangle (PAT) may be used for rapid recognition of a potentially critically ill child, followed by an ABCDE assessment when indicated.

Strong

Low/very low

ERC 2025¹³

/Expert Consensus

Reassess the child after every intervention and whenever there is concern about deterioration, repeating the ABCDE assessment as appropriate.

Strong

Low/very low

ERC 2025¹³

/Expert Consensus

Airway patency should be assessed immediately in all critically ill children, with positioning, suction, and airway adjuncts used as needed.

Strong

Moderate

ERC 2025¹³

Oxygen should be administered to children with hypoxemia, severe respiratory distress, shock, seizures, or altered mental status.

Strong

Moderate

ERC 2025¹³

Oxygen therapy advised to be titrated to clinical response and pulse oximetry where available, avoiding unnecessary hyperoxia.

Conditional

Moderate

ERC 2025¹³ ILCOR CoSTR¹⁴

High-flow nasal oxygen (HFNC) or non-invasive ventilation (NIV) considered early in moderate respiratory distress where available.

Good Practice Statement

WHO ETAT / expert consensus (NCBI)¹⁵

Early intubation is considered in apnea, exhaustion, failure of oxygenation/ventilation, refractory shock, or reduced consciousness with loss of airway protection.

Conditional

Low

Expert consensus / PALS principles (NCBI)^{15, 16}

Consider IV access  early in all critically ill children; IO access to be used without delay when IV access is not rapidly achieved.

Conditional

Moderate

WHO ETAT (NCBI)¹⁵

Children with shock should receive isotonic crystalloid in cautious aliquots of 10mL/kg with reassessment after each bolus.

Strong

Moderate

ERC 2025¹³

Repeated unmonitored fluid boluses should be avoided, especially when cardiogenic shock, severe anemia, or myocarditis is suspected.

Strong

Moderate

WHO ETAT (NCBI)¹⁵

Early vasoactive support is advised in fluid-refractory shock or when fluid overload/cardiogenic shock is suspected.

Conditional

Moderate

SSC Pediatric Sepsis (Society of Critical Care Medicine (SCCM))¹⁷

Shock management should be etiology-directed (septic, hypovolemic, hemorrhagic, cardiogenic, obstructive, anaphylactic).

Strong

Low

WHO ETAT / expert consensus (NCBI)¹⁶

Sepsis should be recognized early in any child with suspected infection and organ dysfunction or abnormal perfusion.

Strong

Moderate

SSC Pediatric Sepsis (Society of Critical Care Medicine (SCCM))¹⁷

Broad-spectrum antibiotics should be administered as early as possible after recognition of septic shock.

Strong

Moderate

SSC Pediatric Sepsis (Society of Critical Care Medicine (SCCM))¹⁷

Fluid resuscitation in septic shock should be cautious and guided by repeated reassessment.

Strong

Moderate

WHO ETAT / SSC (NCBI)^15,16

Vasoactive support advised not to be  delayed in fluid-refractory septic shock.

Conditional

Moderate

SSC Pediatric Sepsis (Society of Critical Care Medicine (SCCM))¹⁷

Neurologic status should be assessed using AVPU or GCS in all critically ill children.

Strong

Low

WHO ETAT / expert consensus (NCBI)^15,16

Hypoglycemia should be corrected immediately in children with reduced consciousness, seizures, shock, or severe illness.

Strong

Moderate

WHO ETAT (NCBI)¹⁵

Temperature abnormalities (fever or hypothermia) should be identified and treated early.

Strong

Low

WHO ETAT / expert consensus (NCBI)^15,16

Actively seizing children advise to receive immediate first-line benzodiazepine therapy.

Conditional

High

WHO ETAT (World Health Organization)¹⁵

If IV access is unavailable, buccal or rectal or  intranasal benzodiazepines is suggested.

Conditional

High

WHO ETAT (NCBI)¹³

Blood glucose should be checked early in all children with altered consciousness or seizures.

Strong

Moderate

WHO ETAT (NCBI)¹⁵

Consider second-line antiseizure therapy  administration early in persistent seizures/status epilepticus.

Conditional

Moderate

WHO ETAT (NCBI)¹⁶

Critically injured children should be managed using pediatric trauma ABCDE principles with simultaneous hemorrhage control.

Good practice statement

Low

ATLS / expert consensus^18,19

Cervical spine protection should be maintained when trauma mechanism suggests risk.

Good practice statement

Low

ATLS / expert consensus ^18,19

Early transfer planning should begin immediately in children requiring trauma surgery, neurosurgery, or PICU support beyond local capability.

Good practice statement

Low

Expert consensus¹⁸

Bag-mask ventilation is recommended as initial airway management during pediatric cardiac arrest.

Strong

Moderate

ERC Paediatric Life Support 2025¹³

High-quality CPR (rate 100–120/min, depth 1/3 chest diameter, full recoil, minimal interruptions) is essential for all pediatric cardiac arrest patients.

Strong

Moderate

ERC Paediatric Life Support 2025¹³; AHA PALS 2025²⁰; ILCOR 2025¹⁴

Chest compression fraction should be maximized, minimizing interruptions to <10 seconds during rhythm checks or interventions.

Strong

Moderate

ERC 2025¹³; AHA PALS 2025²⁰

Rhythm analysis should be performed every 2 minutes with immediate resumption of CPR after shock or rhythm check.

Strong

Low

ERC 2025¹³

Early defibrillation is recommended for pediatric VF/pulseless VT as soon as a defibrillator is available.

Conditional

Moderate

ERC Paediatric Life Support 2025¹³; AHA PALS 2025²⁰

Use of manual defibrillator is preferred; AED with pediatric attenuator is acceptable if manual defibrillator is unavailable.

Conditional

Moderate

ERC 2025¹³; ILCOR 2025¹⁴

Epinephrine should be administered for non-shockable rhythms (PEA/asystole) as early as possible and repeated every 3–5 minutes.

Strong

Moderate

ERC 2025¹³; AHA PALS 2025²⁰

In shockable rhythms, epinephrine should be given after the third shock.

Strong

Moderate

ERC 2025¹³; ILCOR 2025¹⁴

Amiodarone (or lidocaine) is recommended for refractory VF/pVT after defibrillation attempts.

Conditional

Low

ERC 2025¹³; AHA PALS 2025²⁰

Advanced airway (ETT or supraglottic airway) may be considered by experienced providers if it does not interrupt chest compressions.

Conditional

Low

ERC 2025¹³

Consider Continuous waveform capnography to confirm tube placement and monitor CPR quality when advanced airway is in place.

Conditional

Moderate

ERC 2025¹³; AHA PALS 2025²⁰

Reversible causes of cardiac arrest (4 Hs & 4 Ts) should be actively identified and treated during resuscitation.

Strong

Low

ERC 2025¹³; ILCOR 2025¹⁴

Extracorporeal CPR (ECPR) may be considered in selected pediatric in-hospital cardiac arrest cases in specialized centers.

Conditional

Low

ERC 2025¹³; AHA PALS 2025²⁰

Oxygen therapy should be titrated after ROSC to avoid both hypoxemia and hyperoxia, targeting normal oxygen saturation appropriate for age.

Strong

Moderate

ERC Paediatric Life Support 2025¹³; AHA PALS 2025²⁰; ILCOR 2025¹⁴

Ventilation should be adjusted to maintain normocapnia; both hypo- and hypercapnia should be avoided after ROSC.

Strong

Moderate

ERC 2025¹³; AHA PALS 2025²⁰

Invasive blood pressure monitoring is considered in critically ill post–cardiac arrest children to guide hemodynamic management when available.

Conditional

Low

ERC 2025¹³; AHA PALS 2025²⁰

Hypotension after ROSC should be identified and treated urgently using isotonic fluids to maintain age-appropriate perfusion.

Strong

Moderate

ERC 2025¹³; AHA PALS 2025²⁰

We suggest early initiation of vasoactive infusions (e.g., epinephrine, norepinephrine) in persistent post-arrest shock.

Conditional

Moderate

ERC 2025¹³; ILCOR 2025¹⁴

Targeted temperature management should be used in comatose children after ROSC, with strict avoidance of fever.

Strong

Moderate

ERC 2025¹³; AHA PALS 2025²⁰

Continuous temperature monitoring is recommended for all post–cardiac arrest pediatric patients.

Strong

Moderate

ERC 2025¹³

Sedation and analgesia should be provided to prevent pain, agitation, and increased metabolic demand after ROSC.

Strong

Low

ERC 2025¹³

Blood glucose should be monitored and both hypo- and hyperglycemia should be avoided in post-arrest care.

Strong

Moderate

ERC 2025¹³; AHA PALS 2025²⁰

Continuous EEG monitoring may be considere in comatose children to detect subclinical seizures or status epilepticus.

Conditional

Low

ERC 2025¹³

Clinical and electrographic seizures should be actively treated after ROSC.

Strong

Moderate

ERC 2025¹³

Early neuroprognostication should be avoided immediately after ROSC; neurological outcome assessment should be delayed until after stabilization.

Strong

Moderate

ERC 2025¹³; ILCOR 2025¹⁴

Multimodal neurological assessment (clinical exam, EEG, imaging, biomarkers) is  suggested for prognosis rather than a single modality.

Conditional

Low

ERC 2025¹³

Consider early evaluation for underlying cause of arrest (cardiac, respiratory, metabolic, toxic, infectious)  and treat.

Conditional

Moderate

ERC 2025¹³; AHA PALS 2025²⁰

Hemoglobin and oxygen-carrying capacity considered to be  optimized; transfusion may be considered in post-arrest anemia with poor perfusion.

Conditional

Low

ERC 2025¹³

Early consultation with pediatric intensive care, cardiology, neurology, and relevant specialties is advised.

Conditional

Low

ERC 2025¹³

Family communication and structured post-resuscitation counseling should be provided early after stabilization.

Strong

Low

ERC 2025¹³