The Laryngoscope · 2011 · 42 citations · 15 references
MedicineNeurologyOtolaryngologyCranial Nerve DisordersPediatric NeurologyPediatric OtolaryngologyLaryngeal AnatomyNeurolaryngeal DisordersPediatric LaryngologyPediatric NeuropathologyEtiologic HypothesisGross Neuropathologic ExaminationMicroscopic Neuropathologic ExaminationNeurologic DeficitsNeuropathologic Autopsy FindingsNeuropathologic Lesion DescriptionSubmucosal TissueSurface Area
OBJECTIVES/HYPOTHESIS: To determine the neuropathologic findings in tissue obtained from children with laryngomalacia at a tertiary-care pediatric hospital. STUDY DESIGN: Retrospective review of consecutive cohort compared with a control group. METHODS: We reviewed supra-arytenoid pathology specimens from 43 children with severe laryngomalacia and 13 age-matched pediatric autopsy controls. Histopathologic comparison was made of nerve hypertrophy (including nerve perimeter and surface area) among experimental and control pathologic specimens. RESULTS: There exists a statistically significant increase in nerve perimeter (P = .001) and nerve surface area (P = .02) in supra-arytenoid specimens in patients with severe laryngomalacia compared with age-matched autopsy supra-arytenoid tissue. CONCLUSIONS: The pathologic finding of nerve hypertrophy in children with laryngomalacia provides new evidence to support neurologic dysfunction as the etiologic theory of laryngomalacia.
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Chronic pediatric stridor: Etiology and outcome
Ellen M. Friedman, A. Paul Vastola, Trevor J. McGill et al. · The Laryngoscope · 1990 · 110 citations
Medicine, Otolaryngology, Pediatrics +14