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Lisa Steiner explored the range of structural variation among antibodies in vertebrate species. The variation observed demonstrates that effective antibodies, while sharing certain basic features such as variable and constant regions, can be unexpectedly diverse in structure, varying in number of polypeptide chains or in pattern of disulfide bridging. Moreover, the polypeptide chains in non-mammalian vertebrates do not generally fall into classifications developed for mammalian antibodies, such as kappa, lambda, gamma, etc. Francois Jacob has called such variability “evolutionary tinkering.”
Lisa Steiner explored the range of structural variation among antibodies in vertebrate species. The variation observed demonstrates that effective antibodies, while sharing certain basic features such as variable and constant regions, can be unexpectedly diverse in structure, varying in number of polypeptide chains or in pattern of disulfide bridging. Moreover, the polypeptide chains in non-mammalian vertebrates do not generally fall into classifications developed for mammalian antibodies, such as kappa, lambda, gamma, etc. Francois Jacob has called such variability “evolutionary tinkering.”
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Immunogeneticsno. 9 (2007): 735
Immunogeneticsno. 9 (2007): 735-44
Nature Immunologyno. 3 (2005): 295-302
Ching-Hung Shen,Lisa A Steiner
Molecular Biology of B Cells (2003)
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