| Literature DB >> 28042669 |
E Scala1, L Cecchi2, D Abeni3, E C Guerra1, L Pirrotta1, M Locanto1, M Giani1, R Asero4.
Abstract
Nine hundred and thirty-nine rPla a 1, nPla a 2, and rPla a 3 ImmunoCAP ISAC reactors were studied. nPla a 2pos MUXF3pos but Pla a 1/2neg subjects were excluded from the study because they were cross-reactive carbohydrate determinant reactors. Among the 764 remaining participants, 71.9% were Pla a 3pos , 54.1% Pla a 2pos , and 10.9% Pla a 1pos . Among Pla a 3 reactors, 89.6% were Pru p 3pos and 86.8% Jug 3pos , but the strongest IgE recognition relationship was observed between Pla a 3 and Jug r 3. Distinctive clinical subsets could be documented among plane tree-allergic patients. Pla a 3 reactors had both local and systemic food-induced reactions, but lower past respiratory symptoms occurrence. Pla a 2 reactivity was associated with respiratory symptoms but inversely related to systemic reactions to food. Cosensitization to Pla a 2 and Pla a 3 was associated with a lower past incidence of severe food-induced reactions.Entities:
Keywords: Jug r 3; Pla a 2; Pla a 3; nonspecific lipid transfer protein; plane tree
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Year: 2017 PMID: 28042669 DOI: 10.1111/all.13121
Source DB: PubMed Journal: Allergy ISSN: 0105-4538 Impact factor: 13.146