Lymphocyte Subpopulations in Patients with Allergic Rhinitis
Jan Kuś, Kam S. Tse, Donald A. Enarson, Stefan Grzybowski, Moira Chan‐Yeung
Abstract
Jan Kuś, Kam S. Tse, Donald A. Enarson, Stefan Grzybowski, Moira Chan‐Yeung
Abstract
The lymphocyte subpopulations were classified using monoclonal antibodies specific for B lymphocytes (B1 antibodies), T lymphocytes (T11 and OKT3 antibodies), helper/inducer T cells (T4 antibodies) and suppressor/cytotoxic T cells (T8 antibodies). Three groups of subjects were studied: 20 normal controls, 29 patients with allergic rhinitis and a subgroup of nine patients who had received immunotherapy. The proportion of B lymphocytes, total T cells and T4 positive (helper/inducer) cells were not significantly different between the groups, but allergic patients were found to have a decreased proportion of suppressor T8 positive (suppressor/cytotoxic) cells and hence a high helper/suppressor cell ratio. These abnormal parameters were found to be normal in the group of allergic patients who had received immunotherapy. These results imply that a suppressor cell deficiency may be an underlying mechanism of allergic disease, and that immunotherapy could correct the suppressor cell deficiency.
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The lymphocyte subpopulations were classified using monoclonal antibodies specific for B lymphocytes (B1 antibodies), T lymphocytes (T11 and OKT3 antibodies), helper/inducer T cells (T4 antibodies) and suppressor/cytotoxic T cells (T8 antibodies). Three groups of subjects were studied: 20 normal controls, 29 patients with allergic rhinitis and a subgroup of nine patients who had received immunotherapy. The proportion of B lymphocytes, total T cells and T4 positive (helper/inducer) cells were not significantly different between the groups, but allergic patients were found to have a decreased proportion of suppressor T8 positive (suppressor/cytotoxic) cells and hence a high helper/suppressor cell ratio. These abnormal parameters were found to be normal in the group of allergic patients who had received immunotherapy. These results imply that a suppressor cell deficiency may be an underlying mechanism of allergic disease, and that immunotherapy could correct the suppressor cell deficiency.
Key concepts: Cytotoxic T cell, Immunology, Suppressor, Immunotherapy, Monoclonal antibody, Medicine, Antibody, Inducer