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Published on: September 11, 2018
Inhalation of foreign bodies in children: experience of 22 years
Atalay Sahin1, Fatih Meteroglu, Sevval Eren
1Department of Thoracic Surgery, Dicle University Hospital, Diyarbakır, Turkey. atalaysahin44@yahoo.com
Insights
Foreign body (FB) inhalation is a serious risk for young children, especially those under 3. Rigid bronchoscopy is the recommended removal method, and public awareness can help prevent these incidents.
Area of Science:
- Pediatrics
- Pulmonology
- Emergency Medicine
Background:
- Foreign body (FB) inhalation into the respiratory system poses a life-threatening risk, particularly to children.
- Understanding the characteristics of inhaled FBs and patient demographics is crucial for effective management.
Purpose of the Study:
- To evaluate the types and characteristics of inhaled foreign bodies in children.
- To analyze the age distribution of affected children and the outcomes of FB inhalation.
Main Methods:
- Retrospective review of hospital data from 1990 to 2012.
- Inclusion criteria: children aged 0-16 years with diagnosed FB inhalation undergoing bronchoscopy.
- 1,660 patients were included; deaths on arrival were excluded. Study level: III (Epidemiologic).
Main Results:
- 53% of patients were male; the mean age was 4.7 years for boys and 6.2 years for girls.
- 57% of children were younger than 3 years.
- Common FBs included food items (seeds, nuts) and objects (toy parts, pins); rigid bronchoscopy successfully removed all FBs, with rare mortality.
Conclusions:
- The bronchial tree is the most common location for inhaled FBs.
- Children under 3 years are most vulnerable; incidence may be linked to season, location, and sociocultural factors.
- Parental education and public awareness are key to reducing FB inhalation incidence and severity.
Background:
Foreign body (FB) inhalation into airways of the respiratory system is a life-threatening condition and can be fatal. The purpose of this survey was to evaluate the types and characteristics of inhaled foreign bodies, the age distribution of children, and the outcome.
Methods:
We outlined a retrospective review of hospital data of patients between 1990 and 2012. FB inhalation occurring in children 0 year to 16 years was considered for inclusion. During the study period, 1,660 patients undergoing bronchoscopy with the diagnosis of FB were included. Deaths on arrival were excluded.
Results:
Of the patients, 53% were male, and 47% were female (p > 0.05). The mean age was 6.2 years for girls and 4.7 years for boys. In 57% of all cases, the children were younger than 3 years. An FB was found within the respiratory tract of 1,565 patients. The FBs were always extracted by using rigid bronchoscopy. Hospitalization was always required owing to an institutional requirement. The origin of the FBs were within the two main groups of food and objects. Food FBs included seeds, nuts, beans, and fruit parts. FB objects included pins, toy parts, and metal pieces. FB and subsequent treatment revealed that morbidity was present; however, mortality was rare.
Conclusion:
Most of the inhaled FBs were found in the bronchial tree. Children younger than 3 years are more vulnerable. There seemed to be an association between the aspirated FBs and season, geographic locality, and sociocultural environment. The removal of choice is rigid bronchoscopy under general anesthesia. That most cases of FB in children occurs under the supervision of adults indicates that the incidence and severity of airway FB inhalation can be reduced by parental education and public awareness.
Level Of Evidence:
Epidemiologic study, level III.
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