PuSH - Publication Server of Helmholtz Zentrum München: Ethylnitrosourea-Induced Base Pair Substitution Affects Splicing of the Mouse gammaE-Crystallin Encoding Gene Leading to the Expression of a Hybrid Protein and to a Cataract.

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Graw, J. ; Neuhäuser-Klaus, A. ; Löster, J. ; Klopp, N. ; Favor, J.

Ethylnitrosourea-Induced Base Pair Substitution Affects Splicing of the Mouse gammaE-Crystallin Encoding Gene Leading to the Expression of a Hybrid Protein and to a Cataract.

Genetics 161, 1633-1640 (2002)

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A novel ENU-induced mutation in the mouse leading to a nuclear and cortical opacity of the eye lens (ENU418) was mapped to proximal chromosome 1 by a genome-wide mapping approach. It suggests that the cluster of gamma-crystallin encoding genes (Cryg) and the betaA2-crystallin encoding gene Cryba2 are excellent candidate genes. An A --> G exchange in the middle of intron 1 of the Cryge gene was found as the only alteration cosegregating with the cataractous phenotype. The mutation was confirmed by the presence of a novel restriction site for ApaI in the corresponding genomic DNA fragment. The mutation represses splicing of intron 1; the additional 92 by in the corresponding cDNA leads to a frameshift and the expression of a novel hybrid protein containing 3 amino acids of the gammaE-crystallin at the N terminus, but 153 novel amino acids. The Cryge(ENU418) protein has a calculated molecular mass of similar to15.6 kD and an alkaline isoelectric point (pH 10.1) and is predicted to have two hydrophobic domains. Western blot analysis using a polyclonal antibody against the hydrophilic C-terminal part of the Cryge(ENU418)-specific protein demonstrated its stable expression in the cataractous lenses; it was not found in the wild types. Histological analysis of the cataractous lenses indicated that the expression of the new protein disrupts the cellular structure of the eye lens.

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