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SHR Neuro Cancer Cardio Lipid Metab Microb

Hagen, JG; Kattail, D; Barnett, N; Dingeman, RS; Hoffmann, C; Nichols, M; Stengel, AD; Tafoya, S; Ecoffey, C; Ivani, G; Kundu, T; Lönnqvist, PA; Pearson, A; Wilder, R; Banik, D; Bouarroudj, N; Chooi, CSL; Dave, N; Gurumoorthi, P; Handlogten, KS; Heschl, S; Koziol, J; Kynes, JM; Lopez, G; Maniar, A; Osazuwa, M; Ponde, V; Tsui, BCH; Turbitt, LR; Suresh, S.
Baby steps to mastery: building blocks for novices in pediatric regional anesthesia.
REGION ANESTH PAIN M. 2025; Doi: 10.1136/rapm-2025-106434
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Co-authors Med Uni Graz
Heschl Stefan
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Abstract:
Pediatric regional anesthesia offers significant benefits, yet its adoption faces barriers, including perceived overcomplexity. This study aimed to identify and establish a set of core, high-value, low-complexity nerve blocks to improve perioperative pain management in pediatric patients. A four-round modified Delphi consensus study was conducted with an international panel of pediatric and regional anesthesia experts. An initial long list of regional techniques was compiled by the Steering Committee and refined through iterative input. Panelists rated each technique on a 10-point Likert scale for importance. Consensus was defined as ≥75% of panelists assigning a mean importance score of ≥8. Techniques receiving 50%-74% agreement were categorized as having strong agreement and considered for inclusion. The final selection was confirmed through a virtual roundtable discussion. Thirty-three experts representing 12 pediatric and regional societies participated. Consensus was reached on six regional techniques, with strong agreement (*) on two additional techniques, identifying eight core pediatric regional anesthesia blocks: supraclavicular brachial plexus block, rectus sheath block, transverse abdominis plane block*, suprainguinal fascia iliaca block*, femoral nerve block, adductor canal block, popliteal sciatic nerve block, and landmark-based caudal block. This consensus-driven framework defines a core set of pediatric regional anesthesia techniques that balance clinical effectiveness, feasibility, and accessibility. These findings provide a practical entry point for practitioners looking to incorporate pediatric regional anesthesia into their practice, regardless of prior experience. Future efforts should focus on standardized training, implementation research, and policy initiatives to support widespread adoption and improve perioperative pain management in children globally.

Find related publications in this database (Keywords)
Acute Pain
Pediatric Anesthesia
Pain, Postoperative
Nerve Block
Anesthesia, Regional
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