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. 2023 Jan 20;24(2):143–168. doi: 10.1097/PCC.0000000000003147

TABLE 6.

Synthesis of the Second Pediatric Acute Lung Injury Consensus Conference Clinical Recommendations and Good Practice Statements Related to the Ventilatory Support, Respiratory Monitoring, and Pulmonary Ancillary Treatment

Topic Recommendation Good Practice Statement
Noninvasive support
 Use of O2/HFNC Worsening acute respiratory failure → time-limited trial of NIV (7.1.1) Humidification for HFNC (7.3.3)
In RLS, use of HFNC/CPAP vs O2 (7.5.1)
In RLS, use of CPAP vs HFNC when available (7.5.2)
 Use of NIV  (CPAP or bilevel positive airway pressure) Worsening in 0–6 hr trial → ETT (7.1.2) Close monitoring and trained staff (7.2)
Humidification (7.3.3), optimal interface for synchronization (7.3.1), monitoring for complications (7.3.2)
Addition of inspiratory support if synchronized (7.3.5)
Sedation during poor tolerance of NIV (7.3.4)
Invasive ventilation
 ETT ETT: use of cuffed tubes (3.11)
Maintain unobstructed airway (4.4.1)
ETT suction: nonroutine use of instilled saline (4.4.3)
 MV bundle Use of lung protective ventilation bundle (3.5) Daily assessment for extubation readiness test and spontaneous breathing trial (6.4.1)
Automated monitoring of compliance with Second Pediatric Acute Lung Injury Consensus Conference lung protective strategies (10.2) In RLS, implement locally adapted protocols (PS 11.5)
Regular training and education of all staff (PS 11.6)
 MV type Cannot recommend for or against HFOV (3.8.1) If HFOV used: lung volume optimization strategy (3.8.2)
 Monitoring Continuous: respiratory rate, heart rate, Spo2 (6.1.1). Intermittent: noninvasive blood pressure (6.1.1)
Monitor effort of breathing (6.2.5)
Continuous monitoring of co2 during MV (6.3.3)
Calculate and monitor dead space (6.3.4)
 Vt 6–8 mL/kg (3.2) Scale Vt and Crs to body weight (6.1.2)
Use of 4–6 mL/kg if needed to stay below suggested PPlat and DP (3.2) Continuously monitor Vt (6.2.1) using compensation for circuit compliance (6.2.2)
 PIP and PPlat PPlat ≤ 28 cm H2O (3.3.1) Monitor PIP and PPlat (6.2.3)
PPlat ≤ 32 cm H2O if reduced chest wall compliance (3.3.1)
 DP limit DP ≤ 15 cm H2O (3.3.2) Monitor DP (6.2.3)
 PEEP Titration: to O2, O2-delivery, hemodynamics, and Crs (3.4.1) Monitor intrinsic PEEP, flow- and pressure-time curves (6.2.4)
Level: at or above level on Acute Respiratory Distress Syndrome Network low PEEP/Fio2 Table (3.4.2) Titration: attend to PPlat and DP (3.4.3)
 Spo2 target Mild/moderate: 92–97% strategy (3.9.1) Avoidance of Spo2 < 88% and > 97% (3.9.3)
Severe: accept < 92%, with optimized PEEP (3.9.2) Severe: when Spo2 < 92% → central venous oxygen saturation monitoring (3.9.4)
 pH/Paco2 target Accept pH ≥ 7.2 to remain within PPlat, DP, and Vt ranges during permissive hypercapnia (3.10.1) Adjust frequency of pH, Paco2 measurement to PARDS severity and stage and to noninvasive co2 monitoring (6.3.2)
No routine use of bicarbonate supplementation (3.10.2)
Ancillary treatment
 Prone  positioning Cannot recommend for or against prone positioning (4.3)
 Recruitment  maneuver Cannot recommend for or against recruitment maneuver (3.6)
 Inhaled NO Use of inhaled nitric oxide in selected populations only (4.1)
 Surfactant Against routine use of surfactant (4.2)
 Corticosteroids Use of corticosteroids in selected populations only (4.6)

CPAP = continuous positive airway pressure, Crs = compliance of the respiratory system, DP = driving pressure, ETT = endotracheal tube, HFNC = high-flow nasal cannula, HFOV = high-frequency oscillating ventilation, MV = mechanical ventilation, NIV = noninvasive ventilation, PEEP = positive end-expiratory pressure, PIP = peak inspiratory pressure, PPlat = plateau pressure, PS = policy statements, RLS = resource-limited settings, Spo2 = pulse oximeter oxygen saturation, Vt = tidal volume.

The corresponding definition statement numbers are indicated in parentheses.