2009International Archives of Allergy and Applied ImmunologyRequires access

Cell-Bound IgE on Human Mast Cells and Basophilic Granulocytes in Atopic and Nonatopic Subjects

P.J. Stallman, S S Wagenaar, J. Swierenga, R. J. van der Wal, Th.M. Feltkamp-Vroom

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Abstract

In previous studies basophil-bound IgE was measured by means of quantitative immunofluorescence miscroscopy. But mast cells are of particular importance in local atopic reactions, we thought it necessary to investigate the IgE-load on both cell types. The amount of mast cell-bound IgE can be estimated in a semiquantitative way by end point titration with a fluoresceinated sheep antihuman IgE (FlaIgE). The amount of mast cell-bound IgE was estimated this way in tonsils, adenoids, bronchial and tracheal tissues, and was compared with the amount of IgE on the basophils. A correlation was found between the IgE-load on mast cells and on basophils. Atopic patients had a higher mast cell fluorescence titer (MCFT) than nonatopic controls. It was demonstrated that, as on basophils, the IgE level of the serum contributes to this difference.

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What this paper is about

In previous studies basophil-bound IgE was measured by means of quantitative immunofluorescence miscroscopy. But mast cells are of particular importance in local atopic reactions, we thought it necessary to investigate the IgE-load on both cell types. The amount of mast cell-bound IgE can be estimated in a semiquantitative way by end point titration with a fluoresceinated sheep antihuman IgE (FlaIgE). The amount of mast cell-bound IgE was estimated this way in tonsils, adenoids, bronchial and tracheal tissues, and was compared with the amount of IgE on the basophils. A correlation was found between the IgE-load on mast cells and on basophils. Atopic patients had a higher mast cell fluorescence titer (MCFT) than nonatopic controls. It was demonstrated that, as on basophils, the IgE level of the serum contributes to this difference.

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Available abstract

In previous studies basophil-bound IgE was measured by means of quantitative immunofluorescence miscroscopy. But mast cells are of particular importance in local atopic reactions, we thought it necessary to investigate the IgE-load on both cell types. The amount of mast cell-bound IgE can be estimated in a semiquantitative way by end point titration with a fluoresceinated sheep antihuman IgE (FlaIgE). The amount of mast cell-bound IgE was estimated this way in tonsils, adenoids, bronchial and tracheal tissues, and was compared with the amount of IgE on the basophils. A correlation was found between the IgE-load on mast cells and on basophils. Atopic patients had a higher mast cell fluorescence titer (MCFT) than nonatopic controls. It was demonstrated that, as on basophils, the IgE level of the serum contributes to this difference.

Key concepts: Immunoglobulin E, Immunology, Basophil, Mast cell, Basophilic, Allergy, Medicine, Biology

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