Genetic Control of Immune Response to ϑ-AKR Alloantigen

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Abstract
Primary immune responses of ϑ-C3H mouse strains, inbred Swiss Webster (RR) and C57BL/6 to thymic alloantigen ϑ-AKR, as measured by plaque assay detecting IgM-antibody-producing cells, were shown to be under genetic control. F1 hybrids of the high responder, RR, and the low responder, C57BL/6, were intermediate responders. The experiments with backcrosses, F1 × RR and F1 × C57BL/6, suggested that a pair of allelic genes both of which are expressed and which are closely associated with H-2 locus are responsible for the control. The low responder state of C57BL/6 mice could be overcome to a great extent by higher dose of the antigen. Both RR and C57BL/6 mice developed responses of similar magnitude to heterologous erythrocytes. The results of these experiments indicated that the genetic control of anti-ϑ response may be exerted at the level of the initiation of the specific immune response.

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