INHIBITION OF PROLIFERATION OF ALLOREACTIVE T CELL CLONES BY SERA FROM MULTIPLE BLOOD OR PLATELET TRANSFUSED PATIENTS
Sera from some multiple blood or platelet transfused patients inhibited the proliferation of alloreactive T cell clones which were stimulated and proliferated with the stimuli of allo major histocompatibility antigens (allo-MHC). The serum factors which were responsible for the inhibition appeared t...
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Veröffentlicht in: | Journal of the Japan Society of Blood Transfusion 1992/06/15, Vol.38(3), pp.385-391 |
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container_title | Journal of the Japan Society of Blood Transfusion |
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creator | Nishimura, Motoko Sakai, Kumiko Akaza, Tatsuya Mitomi, Yoshitada Nieda, Mie Minami, Mutsuhiko Juji, Takeo |
description | Sera from some multiple blood or platelet transfused patients inhibited the proliferation of alloreactive T cell clones which were stimulated and proliferated with the stimuli of allo major histocompatibility antigens (allo-MHC). The serum factors which were responsible for the inhibition appeared to bind to T cell clones, but not to stimulator cells. Further analysis revealed that one factor was included in immunoglobulin G fraction of the sera. From the competitive experiment with various monoclonal antibodies to membrane antigens of T cell clones, it was appeared that some sera contained antibody to T cell receptor (TCR) of some T cell clones. With the view of clone specific binding of anti-TCR antibody, it was proved that the antibody was anti-idiotypic antibody. |
doi_str_mv | 10.3925/jjtc1958.38.385 |
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The serum factors which were responsible for the inhibition appeared to bind to T cell clones, but not to stimulator cells. Further analysis revealed that one factor was included in immunoglobulin G fraction of the sera. From the competitive experiment with various monoclonal antibodies to membrane antigens of T cell clones, it was appeared that some sera contained antibody to T cell receptor (TCR) of some T cell clones. 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title | INHIBITION OF PROLIFERATION OF ALLOREACTIVE T CELL CLONES BY SERA FROM MULTIPLE BLOOD OR PLATELET TRANSFUSED PATIENTS |
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