Information on the number of patients evaluated for food allergies, demographic data, clinical manifestations, time of onset of symptoms, management, and anthropometric data at birth and at the first consultation was obtained and recorded.
Study quality was mixed, and there was high heterogeneity between study results, possibly due to variation in food allergy prevalence and data collection methods.
For the study of food allergy frequencies following transplantation, data were analyzed anonymously.
New data on food allergy has recently changed the management of children with cow's milk protein allergy (CMPA).
Similar to previously published data on food allergy, we found anaphylactic responses to hFIX in C3H/HeJ F9− / Y, but not BALB/c F9− / Y mice[ 25].
Previous data suggest that food allergy (FA) might be more common in inner-city children; however, these studies have not collected data on both sensitization and clinical reactivity or early-life exposures.
The small size affects the statistical strength of our study, but our data provides compelling observations about food allergy management in primary care.
Recently, Australian and US data found a higher prevalence of food allergy and peanut allergy in children than previously reported, and many studies of food allergy prevalence have failed to systematically identify allergy to all possible food allergens, suggesting that fatal food anaphylaxis incidence may be towards the lower end of our range of estimates [ 1, 22].
Whereas the use of AAF in food allergy is well documented, there is a paucity of data related to their efficacy in treating CD due to other causes.
However, there are few data on the impact of treatment for food allergy on the HRQoL of children and their families because few studies have investigated the effect of food allergy [ 13- 15].
