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Is Component-Specific Antibody Testing Sufficient to Replace the Oral Food Challenge in the Diagnostics of Peanut-Sensitized Children? A Proof-of-Concept Study. | LitMetric

AI Article Synopsis

  • Peanut allergy poses a serious risk of anaphylaxis, which might be mitigated through oral immunotherapy based on patient food challenges and antibody assessments against key peanut proteins.
  • A study with 74 peanut-sensitized children explored the links between specific antibodies, food challenge results, skin tests, and other factors, dividing participants into two groups based on challenge responses.
  • The findings indicated distinct differences in skin test results and antibody levels between the groups; while antibody-based predictions had some statistical relevance, they did not accurately predict severe symptoms or anaphylaxis risk, suggesting more research is needed for clinical application.

Article Abstract

(1) Peanut allergy is associated with high risk of anaphylaxis which could be prevented by oral immunotherapy. Patients eligible for immunotherapy are selected on the basis of a food challenge, although currently the assessment of antibodies against main peanut molecules (Ara h 1, 2, 3 and 6) is thought to be another option. (2) The current study assessed the relationship between the mentioned antibodies, challenge outcomes, skin tests and some other parameters in peanut-sensitized children. It involved 74 children, divided into two groups, based on their response to a food challenge. (3) Both groups differed in results of skin tests, levels of component-specific antibodies and peanut exposure history. The antibody levels were then used to calculate thresholds for prediction of challenge results or symptom severity. While the antibody-based challenge prediction revealed statistical significance, it failed in cases of severe symptoms. Furthermore, no significant correlation was observed between antibody levels, symptom-eliciting doses and the risk of severe anaphylaxis. Although in some patients it could result from interference with IgG4, the latter would not be a universal explanation of this phenomenon. (4) Despite some limitations, antibody-based screening may be an alternative to the food challenge, although its clinical relevance still requires further studies.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11242119PMC
http://dx.doi.org/10.3390/ijms25137415DOI Listing

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