Fig. 1.
Fig. 1. Administration of monoclonal antibodies with specificity for erythrocytes can inhibit immune thrombocytopenia in SCID mice. / The indicated dose of monoclonal antibody or 50 mg IVIG (■) was administered to SCID mice followed by anti-αIIb antibody at 24 hours. After a further 24 hours, platelet counts were performed. (A) Anti–TER-119; (B) anti-CD24 (IgG2b); (C) anti-CD24 (IgG2c). Normal, the dotted line indicates the mean platelet count of unmanipulated mice; ITP, the hatched rectangle indicates the range of the mean platelet count (± 1 SEM) of mice treated with antiplatelet antibody only. The x-axis denotes the treatments given to mice (50 mg IVIG or the indicated dose of monoclonal antibody); the y-axis denotes the platelet count; n = 9 for each data point. *P < .05; ***P < .001 as compared with ITP mice. Error bars indicate SEM.

Administration of monoclonal antibodies with specificity for erythrocytes can inhibit immune thrombocytopenia in SCID mice.

The indicated dose of monoclonal antibody or 50 mg IVIG (■) was administered to SCID mice followed by anti-αIIb antibody at 24 hours. After a further 24 hours, platelet counts were performed. (A) Anti–TER-119; (B) anti-CD24 (IgG2b); (C) anti-CD24 (IgG2c). Normal, the dotted line indicates the mean platelet count of unmanipulated mice; ITP, the hatched rectangle indicates the range of the mean platelet count (± 1 SEM) of mice treated with antiplatelet antibody only. The x-axis denotes the treatments given to mice (50 mg IVIG or the indicated dose of monoclonal antibody); the y-axis denotes the platelet count; n = 9 for each data point. *P < .05; ***P < .001 as compared with ITP mice. Error bars indicate SEM.

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