2009International Archives of Allergy and Applied ImmunologyRequires access

Seasonal Variation of IgE Antibody Specific for Ragweed Antigen E (IgE-a-AgE) from the Basophil Surface in Patients with Ragweed Pollenosis

Leslie C. Grammer, Doris Levitz, Mary Roberts, Jacob J. Pruzansky, Raymond Zeiss

Open publisher page 11 citations

Abstract

Seasonal elevation in total serum IgE and IgE antibody specific for antigen E (IgE-a-AgE) are well recognized in patients with ragweed pollenosis. We found that the ratio of specific IgE-a-AgE to total IgE in plasma was the only measure predictive of the number of specific IgE-a-AgE molecules per basophil. Although both total and specific IgE rose with season, the ratio did not change, the number of IgE-a-AgE molecules per basophil did not change, and histamine release in response to AgE did not increase.

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What this paper is about

Seasonal elevation in total serum IgE and IgE antibody specific for antigen E (IgE-a-AgE) are well recognized in patients with ragweed pollenosis. We found that the ratio of specific IgE-a-AgE to total IgE in plasma was the only measure predictive of the number of specific IgE-a-AgE molecules per basophil. Although both total and specific IgE rose with season, the ratio did not change, the number of IgE-a-AgE molecules per basophil did not change, and histamine release in response to AgE did not increase.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Seasonal elevation in total serum IgE and IgE antibody specific for antigen E (IgE-a-AgE) are well recognized in patients with ragweed pollenosis. We found that the ratio of specific IgE-a-AgE to total IgE in plasma was the only measure predictive of the number of specific IgE-a-AgE molecules per basophil. Although both total and specific IgE rose with season, the ratio did not change, the number of IgE-a-AgE molecules per basophil did not change, and histamine release in response to AgE did not increase.

Key concepts: Ragweed, Immunoglobulin E, Basophil, Immunology, Histamine, Antibody, Antigen, Medicine

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