Early‐life antibiotic use and subsequent diagnosis of food allergy and allergic diseases
Clinical & Experimental Allergy, 2017•Wiley Online Library
Background Antibiotic use in early life has been linked to disruptions in the microbiome.
Such changes can disturb immune system development. Differences have been observed in
the microbiota of children with and without allergies, but there have been few studies on
antibiotic use and allergic disease. Objective We evaluated associations of early‐life
antibiotic use with subsequent occurrence of food allergy and other allergies in childhood
using electronic health record data. Methods We used longitudinal data on 30 060 children …
Such changes can disturb immune system development. Differences have been observed in
the microbiota of children with and without allergies, but there have been few studies on
antibiotic use and allergic disease. Objective We evaluated associations of early‐life
antibiotic use with subsequent occurrence of food allergy and other allergies in childhood
using electronic health record data. Methods We used longitudinal data on 30 060 children …
Background
Antibiotic use in early life has been linked to disruptions in the microbiome. Such changes can disturb immune system development. Differences have been observed in the microbiota of children with and without allergies, but there have been few studies on antibiotic use and allergic disease.
Objective
We evaluated associations of early‐life antibiotic use with subsequent occurrence of food allergy and other allergies in childhood using electronic health record data.
Methods
We used longitudinal data on 30 060 children up to age 7 years from Geisinger Clinic's electronic health record to conduct a sex‐ and age‐matched case–control study to evaluate the association between antibiotic use and milk allergy, non‐milk food allergies, and other allergies. For each outcome, we estimated conditional logistic regression models adjusting for race/ethnicity, history of Medical Assistance, and mode of birth delivery. Models were repeated separately for penicillins, cephalosporins and macrolides.
Results
There were 484 milk allergy cases, 598 non‐milk food allergy cases and 3652 other allergy cases. Children with three or more antibiotic orders had a greater odds of milk allergy (Odds Ratio; 95% Confidence interval) (1.78; 1.28–2.48), non‐milk food allergy (1.65; 1.27–2.14), and other allergies (3.07; 2.72–3.46) compared with children with no antibiotic orders. Associations were strongest at younger ages and differed by antibiotic class.
Conclusions and Clinical Relevance
We observed associations between antibiotic orders and allergic diseases, providing evidence of a potentially modifiable clinical practice associated with paediatric allergic disease. Differences by antibiotic class should be further explored, as this knowledge could inform paediatric treatment decisions.
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