Clinical & Experimental Allergy · 2003 · 12 citations · 9 references
Life SciencesImmunologyPlant SciencesAllergyHypersensitivityPlant-microbe InteractionsFood AllergensFood AllergyIge-mediated AllergyOccupational AllergyPollen AllergyImmunologic Mechanisms Of AllergyMolecular Basis Of AllergenicityPollen Allergen CharacterizationPollen AllergensPollen SensitizationSensitization
BACKGROUND: In a previous investigation, a high prevalence of allergy to sweet bell pepper pollen was found among exposed horticulture workers. Allergy to plant-derived food is often the consequence of primary sensitization to common pollen allergens. OBJECTIVE: We therefore investigated the cross-reactivity between sweet bell pepper pollen and pollen from grass, birch or mugwort. METHOD: We selected 10 sera from greenhouse workers who had, besides specific IgE against sweet bell pepper pollen, also IgE to grass, birch or mugwort pollen. Cross-reactivity was tested by the inhibition of IgE binding to solid-phase coupled sweet bell pepper pollen extract. The 10 sera were also analysed for IgE binding to sweet bell pepper pollen by immunoblotting. RESULTS: With these sera, no or small inhibition of IgE binding to sweet bell pepper pollen extract was observed with grass, birch and mugwort pollen. With immunoblotting, major IgE-binding structures were seen at 14, 29 and 69 kDa in sweet bell pepper pollen extract. CONCLUSION: The results of our study demonstrate that sweet bell pepper pollen contains allergens that have no or limited cross-reactivity with common pollen allergens. With sera from the 10 patients tested, sensitization to sweet bell pepper pollen was not the consequence of primary sensitization to common pollen allergens.
9
Lili Kazemi-Shirazi, Gabrielle Pauli, Ashok Purohit et al. · Journal of Allergy and Clinical Immunology · 2000 · 164 citations · Full text
Erika Jensen‐Jarolim, Brigitte I. Santner, Rudolf Grimm et al. · International Archives of Allergy and Immunology · 1998 · 86 citations