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Immunoglobulin Light Chain Kappa is one of two Ig light chain types. Each Ig molecule is typically composed of two heavy chains and two light chains. Ig kappa light chains contain a variable and a constant region. Kappa light chains are encoded by multiple V, J, and C gene segments, which are separated in the genomes of cells undifferentiated with regard to antibody gene expression. Diversity in the kappa light chain V region arises during differentiation of an activated (kappa-type) antibody-producing B-cell from variable recombination of kappa V genes with kappa J genes and somatic point mutation, which plays a major role in antibody diversity. (from OMIM and NCI)
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Immunoglobulin Light Chain Lambda is one of two Ig light chain types. Each Ig molecule is typically composed of two heavy chains and two light chains but Ig lambda light chains contain a variable and a constant region. Lambda light chains are encoded by multiple V, J, and C gene segments, which are separated in the genomes of cells undifferentiated with regard to antibody gene expression. During differentiation of an activated (lambda-type) antibody-producing B-cell, diversity in the lambda light chain V region arises from variable recombination of lambda V genes with lambda J genes and somatic point mutation, which plays a major role in antibody diversity. (from OMIM 147220 and NCI)
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This gene plays a role in cell cycle control, regulation of transcription and the maintenance of genomic stability. It is also involved in the inhibition of mammary cell growth.
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This gene is involved in cell cycle control, DNA repair and the maintenance of genomic stability. It also plays a role in the proliferation of embryonic cells.
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This gene is involved in the maintenance of genomic integrity and nuclear signal transduction. Allelic variants of the gene are involved in Fanconi syndrome.
