Identification of Mutations in the COL4A5 Collagen Gene in Alport Syndrome

David F. Barker(University of Utah), Sirkka Liisa Hostikka(University of Oulu), Jing Zhou(University of Oulu), Louise T. Chow(University of Rochester), Arnold Oliphant(University of Utah), Steven C. Gerken(University of Utah), Martin C. Gregory(University of Utah), Mark H. Skolnick(University of Utah), Curtis L. Atkin(University of Utah), Karl Tryggvason(University of Oulu)
Science
June 8, 1990
Cited by 879

Abstract

X-linked Alport syndrome is a hereditary glomerulonephritis in which progressive loss of kidney function is often accompanied by progressive loss of hearing. Ultrastructural defects in glomerular basement membranes (GBM) of Alport syndrome patients implicate an altered structural protein as the cause of nephritis. The product of COL4A5, the alpha 5(IV) collagen chain, is a specific component of GBM within the kidney, and the gene maps to the same X chromosomal region as does Alport syndrome. Three structural aberrations were found in COL4A5, in intragenic deletion, a Pst I site variant, and an uncharacterized abnormality, which appear to cause nephritis and deafness, with allele-specific severity, in three Alport syndrome kindreds in Utah.


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