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Pain management following major intracranial surgery in pediatric patients: a prospective cohort study in three academic children's hospitals
Author(s) -
Maxwell Lynne G.,
Buckley George M.,
Kudchadkar Sapna R.,
Ely Elizabeth,
Stebbins Emily L.,
Dube Christine,
Morad Athir,
Jastaniah Ebaa A.,
Sethvil F.,
Yaster Myron
Publication year - 2014
Publication title -
pediatric anesthesia
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.704
H-Index - 82
eISSN - 1460-9592
pISSN - 1155-5645
DOI - 10.1111/pan.12489
Subject(s) - medicine , flacc scale , prospective cohort study , vomiting , analgesic , incidence (geometry) , anesthesia , nausea , pediatrics , surgery , physics , optics
Summary Introduction Pain management following major intracranial surgery is often limited by a presumed lack of need and a concern that opioids will adversely affect postoperative outcome and interfere with the neurologic examination. Nevertheless, evidence in adults is accumulating that these patients suffer moderate to severe pain, and this pain is often under‐treated. The purpose of this prospective, clinical observational cohort study was to assess the incidence of pain, prescribed analgesics, methods of analgesic delivery, and patient/parent satisfaction in pediatric patients undergoing cranial surgery at three major university children's hospitals. Methods After obtaining IRB and parental consent (and when applicable, patient assent), children who underwent cranial surgery for cancer, epilepsy, vascular malformations, and craniofacial reconstruction were studied. Neither intraoperative anesthetic management nor postoperative pain management was standardized, but were based on institutional routine. Patients were evaluated daily by a study investigator and by chart review for pain scores using age appropriate, validated tools ( FLACC , F aces P ain S cale‐ R evised, W ong‐ B aker F aces S cale or S elf‐ R eport on a 0–10 scale), for patient/parent satisfaction using a subset of the NRC Picker satisfaction tool and in adolescents a modified QoR‐40, and for the frequency, mode of administration, and type of analgesic provided. Finally, the incidence of opioid‐induced side effects, specifically nausea, vomiting, pruritus, altered level of consciousness, and need for emergency diagnostic radiologic studies for altered neurologic examination were recorded. Data are provided as mean ± sd . Results Two hundred children (98:102 M:F), averaging 7.8 ± 5.8 years old (range 2 months–18.5 years) and 32.2 ± 23.0 kg (range 4.5–111.6 kg) undergoing craniectomy (51), craniotomy (96), and craniofacial reconstruction (53) were studied. Despite considerable variation in mode and route of analgesic administration, there were no differences in average pain score, length of hospital stay, or parental satisfaction with care. Interestingly, opioid‐induced side effects were not related to total daily opioid consumption, site of surgery, or method of opioid delivery. The most common side effect was vomiting. No patient developed respiratory depression or altered mental status secondary to analgesic therapy. Regardless of age or procedure, once eating, most patients were treated with oral oxycodone and/or acetaminophen. Conclusions Despite considerable variation in modality and route of analgesic administration, there were no differences in average pain score, length of stay, or parental satisfaction with care. Pain scores were low, side effects were minimal, and parental satisfaction was high, providing equipoise for future blinded prospective randomized trials in this patient population.