Pediatric nasal foreign body

Aims. Provide a descriptive analysis of children admitted to a tertiary care pediatric emergency department (PED) for a nasal foreign body (NFB) and describe the current knowledge and management of such accidents. Material and methods. A retrospective study was conducted front January 2003 to May 2008, including all patients aged less that 15)Tars admitted for a NFB. The data collected were age, sex, geographic origin, time and day of admission, duration in PED, duration of NFB insertion, nostril location, symptoms and clinical signs,, prehospital extraction attempts, facial x-ray, extraction mode, referral to an ENT specialist, progression, and complications. For statistical ana-lysis, the data were entered in Microsoft Excel spreadsheets. The data were analyzed with StatView 5.1 (SAS histitlite (R)) and Epilufo 6.04fr (VF. ENSP Epiconcept (R)). In the descriptive analysis, The data are presented as mean values with standard deviation, median with extreme values or with 95% confidence intervals where appropriate, unless otherwise indicated. To compare qualitative variables, a chi(2) test (Mantel-Haenszel) was Used and the two-tailed Fisher exact test if the expected value was 5 or less. Statistical significance was set at p < 0.05. Results. A total of 1388 patients were included (393 NFB). The annual mean number of cases was 68. The annual distribution showed a higher number in January, March, April, and October following Christmas, Easter and Halloween celebrations, totaling 4.0% of all NFB admissions. The sex-ratio was 0.95. Children aged less than 4 years accounted for 71% of the studied Population. The mean age was 3.5 +/- 1.6 years (range, 1.4-13 years). The majority of accidents occurred at home (95%). The length of time spent in the PED was 78 +/- 57 min. The NFB duration of insertion was Unknown in one-quarter of cases, present for less than 4 h in 65% of cases. No symptoms were described in most cases (88%). When symptoms Were described. bleeding, pain or nasal discomfort, and foul nasal odor were the principal symptoms. The right nostril was the predominant location (60%). This difference tended to disappear in the group of children aged less than 4 years. Five children had bilateral NFB. Nonorganic compounds accounted for 80% of the NFB: plastic heads or balls (39%), plastic or toy parts (20%), stories or pebbles (11%), and paper (6%). The extraction was instrumental in 82% of cases, and 26% of patients were referred to an ENT specialist when PED attempts were unsuccessful. One child needed hospitalization for extraction under general anesthesia of two beads located deep in the same nostril. No complication occurred. Five children had repeated accidents within an average delay of 6 months. Conclusion. Often benign, this frequent accident can be serious in case of batteries or neodymium magnet insertion: Thie extraction becomes an emergency because of risks of nasal mucosa necrosis and/or nasal Septum perforation. In other cases, positive pressure techniques (the parent's kiss or its variants) could be tried first in the emergency department or at home at the time of a call to emergency services before a medical visit. (C) 2009 published by Elsevier Masson SAS.