尾侧复制异常2例,包括一个不一致的同卵双胞胎。

H Y Kroes, M Takahashi, R J Zijlstra, J A L L Baert, K A Kooi, R M W Hofstra, A J van Essen
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引用次数: 33

摘要

我们提出了两个不相关的患者在尾侧区域的各种重复。1例患者表现为L4远端脊柱重复,左侧双输尿管重复,阴道和宫颈重复,远端结肠重复。第二名患者被诊断患有结肠、膀胱、阴道和子宫的重复。第一位患者有一个未受影响的同卵双胞胎姐妹。Dominguez等[1993:Am J Dis Child 147:1048-1052]报道了6例类似病例,并将其命名为“尾侧重复综合征”。尾侧重复异常的发病机制尚不清楚。讨论了多变性原发发育场缺陷或破坏序列的可能性。另一方面,某些发育基因的体细胞或种系突变可能参与其中,如小鼠突变的混乱和融合所示。在我们的第一位患者中进行的AXIN1基因的dna分析,即负责融合的基因的人类同源物,未显示任何明显的致病性突变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Two cases of the caudal duplication anomaly including a discordant monozygotic twin.

We present two unrelated patients with various duplications in the caudal region. One patient presented with a duplication of the distal spine from L4, left double ureter, duplication of the vagina and cervix, and duplication of the distal colon. The second patient was diagnosed with a duplication of the colon, bladder, vagina and uterus. The first patient had an unaffected monozygotic twin sister. Dominguez et al. [1993: Am J Dis Child 147:1048-1052] presented six similar cases, and introduced the name "caudal duplication syndrome." The pathogenesis of the caudal duplication anomaly is unclear. The possibility of a polytopic primary developmental field defect or a disruptive sequence are discussed. On the other hand, somatic or germline mutations in certain developmental genes could be involved, as illustrated by the mouse mutations disorganisation and fused. DNA-analysis of the AXIN1 gene, the human homologue of the gene responsible for fused, performed in our first patient, did not show any apparent pathogenic mutation.

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