Summary: Opioids have long held a prominent role in the management of perioperative pain in adults and children. Published reports concerning the appropriate, and inappropriate, use of these medications in pediatric patients have appeared in various publications over the last 50 years. For this document, the Society for Pediatric Anesthesia appointed a taskforce to evaluate the available literature and formulate recommendations with respect to the most salient aspects of perioperative opioid administration in children. The recommendations are graded based on the strength of the available evidence, with consensus of the experts applied for those issues where evidence is not available. The goal of the recommendations was to address the most important issues concerning opioid administration to children after surgery, including appropriate assessment of pain, monitoring of patients on opioid therapy, opioid dosing considerations, side effects of opioid treatment, strategies for opioid delivery, and assessment of analgesic efficacy. Regular updates are planned with a re‐release of guidelines every 2 years.

OBJECTIVES: Development and validation of the Pediatric Sedation State Scale (PSSS) is intended to specifically meet the needs of pediatric procedural sedation providers to measure effectiveness and quality of care. METHODS: The PSSS content was developed through Delphi methods utilizing leading pediatric sedation experts and published guidelines on procedural sedation in children. Video clips were created and presented to study participants, who graded the state of patients during procedures by using the PSSS to evaluate inter- and intrarater reliability by determining the intraclass correlation coefficient. We also compared the PSSS to the Observational Scale of Behavioral Distress–revised during 4 clinically relevant phases of a laceration repair procedure. RESULTS: Six sedation states were defined for the PSSS. Each state was assigned a numerical value with higher numbers for increasing activity states. We included behaviors associated with adequate and inadequate sedation and adverse events associated with excessive sedation. Analysis of interrater and intrarater reliability revealed an intraclass correlation coefficient of 0.994 (95% confidence interval: 0.986–0.998) and 0.986 (95% confidence interval: 0.970–0.995), respectively. Criterion validity was confirmed with respect to the Observational Scale of Behavioral Distress–revised (Spearman r = 0.96). Construct validity was indicated by significant differences in PSSS scores (P < .001) between 4 phases of a procedure, each having a different degree of painful or distressing stimuli. CONCLUSIONS: The PSSS is a 6-point scale that is a valid measure of the effectiveness and quality of procedural sedation in children within the limits of the testing method used in this study.

In the context of pediatric cross-sectional imaging, the risk of ionizing radiation for CT and the potential adverse effects associated with sedation/anesthesia for MRI continue to provoke lively discussions in the pediatric literature and lay press. This is particularly true for issues relating to the risks of ionizing radiation for CT, which has been a topic of discussion for nearly two decades. In addition to understanding these potential risks and the importance of minimizing individual pediatric patient exposure to ionizing radiation, it is equally important for radiologists to be able to frame these risks with respect to the potential for adverse outcomes associated with the use of anesthesia for cross-sectional imaging in the pediatric population. Notably, before such risks can be estimated and compared, one should always consider the potential utility of each imaging modality for a given diagnosis. If one cross-sectional imaging modality is likely to be far superior to the other for a specific clinical question, every effort must be made to safely image the child, even if sedation/anesthesia is required.