Proceedings of the National Academy of Sciences · 1969 · 72 citations · 11 references
Life SciencesGeneticsMolecular BiologyHuman GeneticsImmunogeneticsMedical GeneticsAntibody CharacterizationAntibody StructureImmunoglobulin FunctionAntibody DistributionAntibody SubclassesImmunoglobulin Gene Polymorphism
The genetic markers of human immunoglobulins have significantly contributed to the understanding of the molecular biology of antibody synthesis. Like the Gm markers of IgG, the first genetic marker of serum IgA, a major immunoglubulin of exocrine secretions, has now been defined and termed Am(1). It is inherited as a Mendelian dominant trait and is independent of the Gm and Inv allotypes. Am(1) is localized in the alpha-chains of the gammaA(2) subclass and is independent of the serum gammaA(2) levels. Its polymorphism makes it suitable for studies in population genetics and the molecular biology of IgA globulin.
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ANAPHYLACTOID TRANSFUSION REACTIONS ASSOCIATED WITH ANTI-IgA
Girish N. Vyas, H. A. Perkins, H. Hugh Fudenberg · The Lancet · 1968 · 291 citations
A New Rapid Method for Genetic Typing of Human Immunoglobulins,
Girish N. Vyas, H. Hugh Fudenberg, Harry M. Pretty et al. · The Journal of Immunology · 1968 · 174 citations
Life Sciences, Genetics, Immunology +10
Serologic Specificity of Human Anti-IgA and its Significance in Transfusion
Girish N. Vyas, Lena Holmdahl, H. A. Perkins et al. · Blood · 1969 · 114 citations · Full text