Allergy · 1985 · 78 citations · 17 references
Life SciencesBotanyImmunologyAllergyComparative ImmunologyHypersensitivityAllergen RecognitionFood AllergensIge-mediated AllergyPollen BiologyImmunoassays For Food AllergensImmunological AssaysMajor Food AllergensMolecular Basis Of AllergenicityNitrocellulose MembranesPollen Allergen CharacterizationPollen AllergensPrecipitates
Crossed line immunoelectrophoresis (CLIE) was used to show that a minor allergen present in birch pollen and another present in timothy pollen shared common epitopes with antigens in apple, carrot and celery tuber. Major pollen allergens were not involved. Structural similarities were also noticed in some mugwort pollen antigens and antigens in apple, carrot and celery, but none of these mugwort antigens acted as an allergen. In crossed immunoelectrophoresis (CIE) of samples of apple, carrot or celery extracts towards antibodies against birch pollen, grass pollen or mugwort pollen, four to 14 distinct precipitates were observed and shown to be specific. In crossed radioimmunoelectrophoresis (CRIE) none of the precipitates could be shown to act as an allergen. Using allergen detection on nitrocellulose paper, the apple, carrot and celery extracts were shown to possess IgE-binding capacity.
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Allergy to Apple, Carrot and Potato in Children with Birch Pollen Allergy
Sten Dreborg, Tony Foucard · Allergy · 1983 · 428 citations
Food Hypersensitivity in Patients with Pollen Allergy
Nils E. Eriksson, H Formgren, E. Svenonius · Allergy · 1982 · 328 citations
Life Sciences, Immunology, Allergy +12
Extraction and Properties of Apple Allergens
Fred Björkstén, Liisa Halmepuro, Matti Hannuksela et al. · Allergy · 1980 · 226 citations
Immediate reactions to fruits and vegetables
Matti Hannuksela, Arto Lahti · Contact Dermatitis · 1977 · 224 citations