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Identification and Genetic Control of two Rabbit Immunoglobulin Allotypes at a Second Light Chain Locus, the <i>c</i> Locus
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1969
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HistocompatibilityImmunohematologyRabbit Immunoglobulin AllotypesGeneticsImmunodeficienciesImmunologyImmunodominanceAntigen ProcessingMolecular GeneticsImmune SystemAnimal GeneticsImmunogeneticsDifferent StrainsQuantitative GeneticsAllergyAutoimmunityHumoral ImmunityGenetic VariationPopulation GeneticsGenetic BasisC LocusAntibody BiologyBiologyOther Immunoglobulin LociLinkage DisequilibriumAllelic VariantGenetic ControlPathogenesisImmunoglobulin EMedicineCell Development
Abstract Cross immunization of rabbits of different strains with IgG of varying electrophoretic mobility resulted in production of two precipitating allo-antibodies, which identified two IgG immunoglobulin light chain allotypes, c7 and c21. The c7 and c21 allotypes segregate as if controlled by allelic genes; however, progeny data of a few families suggest that the genes may instead be closely linked, i.e., pseudoalleles. The b and c light chain loci of immunoglobulins are not closely linked. The c locus is not linked to other immunoglobulin loci, i.e., the a heavy chain or f Ig A loci, nor to other serum protein loci, the Lpq low density lipoprotein and the Mtz α2 macroglobulin loci.