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Food anaphylaxis in antiphospholipid syndrome and thrombosis
Armentia, A; Mazón, A; Pineda, F; Palacios, R; Crespo, J; Inglada, L; Martín-Santos, J. M; García-Frade, J; Martín-Armentia, B.
Affiliation
  • Armentia, A; Hospital Universitario Rio Hortega. Allergy Section. Valladolid. Spain
  • Mazón, A; Hospital Universitario Rio Hortega. Clinical Analysis Service. Valladolid. Spain
  • Pineda, F; Diater Laboratories S.A. Madrid. Spain
  • Palacios, R; Diater Laboratories S.A. Madrid. Spain
  • Crespo, J; Hospital Universitario Rio Hortega. Internal Medicine Service. Valladolid. Spain
  • Inglada, L; Hospital Universitario Rio Hortega. Internal Medicine Service. Valladolid. Spain
  • Martín-Santos, J. M; Hospital Universitario Rio Hortega. Rheumatology Section. Valladolid. Spain
  • García-Frade, J; Hospital Universitario Rio Hortega. Haematology Service. Valladolid. Spain
  • Martín-Armentia, B; Hospital Universitario Rio Hortega. Allergy Section. Valladolid. Spain
Allergol. immunopatol ; 39(4): 212-221, jul.-ago. 2011. ilus, graf, tab
Article in English | IBECS | ID: ibc-90517
Responsible library: ES1.1
Localization: BNCS
ABSTRACT

Background:

We have observed that some cases of food anaphylaxis were followed by severe thrombosis associated to anticardiolip in antibodies. Food anaphylaxis associated with antiphospholipid syndrome has seldom been published.

Objective:

The aims were 1) to test anticardiolipin antibodies in an important number of patients with anaphylaxis due to vegetal foods and their relationship with possible thrombosis; and 2) to study seed and fruit hypersensitivity in patients with previous thrombotic events associated with antiphospholipid antibodies (aCL).

Methods:

We included 30 patients diagnosed of thrombosis associated with a CL, 52 patients who suffered from anaphylaxis due to seeds or fruits, and 120 control patients. Haematological, cardiopulmonary vascular and rheumatologic studies had been performed as needed. In vivo and in vitro allergy tests with a large battery of vegetal allergens were carried out in all the patients. Measurement of IgG a CL antibodies and specific IgE to vegetal food was done by ELISA and CAP-FEIA (Phadia). Immunodetection and inhibitions with lipoproteins belonging to seedswere performed.

Results:

Seventy-five percent of the patients diagnosed as having antiphospholipid primary syndrome had specific IgE against different proteins from different vegetable allergens, most of them seeds, and clearly against lipoproteins that were also recognised by the patients with food anaphylaxis but not by the control cases. Among the patients with anaphylaxis, 28% had anticardiolipin antibodies and 17.3% thrombosis.

Conclusion:

Our study suggests that seed lipoproteins which cause severe food anaphylaxis might have a potential role in the antiphospholipid syndrome and related thrombosis (AU)
Subject(s)
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Collection: National databases / Spain Health context: Neglected Diseases Health problem: Zoonoses Database: IBECS Main subject: Antiphospholipid Syndrome / Food Hypersensitivity / Anaphylaxis Limits: Humans Language: English Journal: Allergol. immunopatol Year: 2011 Document type: Article Institution/Affiliation country: Diater Laboratories S.A/Spain / Hospital Universitario Rio Hortega/Spain
Search on Google
Collection: National databases / Spain Health context: Neglected Diseases Health problem: Zoonoses Database: IBECS Main subject: Antiphospholipid Syndrome / Food Hypersensitivity / Anaphylaxis Limits: Humans Language: English Journal: Allergol. immunopatol Year: 2011 Document type: Article Institution/Affiliation country: Diater Laboratories S.A/Spain / Hospital Universitario Rio Hortega/Spain
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