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首页> 外文期刊>The Journal of investigative dermatology. >A novel asparagine-->aspartic acid mutation in the rod 1A domain in keratin 2e in a Japanese family with ichthyosis bullosa of Siemens.
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A novel asparagine-->aspartic acid mutation in the rod 1A domain in keratin 2e in a Japanese family with ichthyosis bullosa of Siemens.

机译:日本西门子布氏鱼鳞病家族中一个新的天冬酰胺->天冬氨酸突变在角蛋白2e的1A杆结构域中。

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    摘要

    Ichthyosis bullosa of Siemens is a unique type of congenital ichthyosis characterized by mild hyperkeratosis over the flexural areas and blister formation after mechanical trauma and superficial denuded areas in the hyperkeratotic skin. Recently, mutations in the helix initiation or termination motifs of keratin 2e (KRT2E) have been described in ichthyosis bullosa of Siemens patients. The majority of the mutations reported to date lie in the 2B region. We report a novel amino acid substitution mutation (asparagine-->aspartic acid) in codon 192 at the conserved 1A helix initiation site of the rod domain of KRT2E in a Japanese family with ichthyosis bullosa of Siemens. Our data indicate aspartic acid substitution in codon 192 in the 1A helix initiation site is deleterious to keratin filament network integrity and leads to ichthyosis bullosa of Siemens phenotype.
    机译:西门子的大疱鱼鳞病是一种独特的先天性鱼鳞病,其特征是在机械性创伤和过度角化的皮肤表面裸露的裸露区域中,弯曲区域轻度过度角化和水疱形成。最近,已经在西门子患者的大鳞鱼病中描述了角蛋白2e(KRT2E)的螺旋起始或终止基序中的突变。迄今为止报道的大多数突变都位于2B区域。我们报告了一个新的氨基酸取代突变(天冬酰胺->天冬氨酸)密码子192在KRT2E的杆状结构域的保守的1A螺旋起始位点的日本家庭与西门子鱼鳞病。我们的数据表明1A螺旋起始位点中第192位密码子的天冬氨酸取代对角蛋白丝网络完整性有害,并导致西门子表型的鱼鳞病。

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