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起伏小鼠与脊柱发育。是否存在人类PAX - 1同源物?

The undulated mouse and the development of the vertebral column. Is there a human PAX-1 homologue?

作者信息

Balling R

机构信息

Institut für Säugetiergenetik, GSF-Forschungszentrum Neuherberg, Germany.

出版信息

Clin Dysmorphol. 1994 Jul;3(3):185-91.

PMID:7981852
Abstract

The mouse is a very useful system for the analysis of vertebral column development, particularly as a model for human skeletal diseases. A large number of mutant mouse strains exist with specific inherited skeletal defects. Undulated (un) is one of these mutants showing abnormalities of the vertebral bodies and intervertebral discs. The gene responsible for un has been identified as the Pax-1 gene, a member of the Pax-gene family. A human disease homologue to un is not known so far. In order to facilitate identification of a potential human PAX-1 disease, an overview is given describing what is currently known about the pathological and molecular analysis of un. It is hoped that this will help medical geneticists and dysmorphologists to identify a potential human disease, which corresponds to a mutation in the PAX-1 gene.

摘要

小鼠是用于分析脊柱发育的非常有用的系统,尤其是作为人类骨骼疾病的模型。存在大量具有特定遗传性骨骼缺陷的突变小鼠品系。波状(un)是这些突变体之一,表现出椎体和椎间盘异常。导致un的基因已被鉴定为Pax-1基因,它是Pax基因家族的成员之一。目前尚未发现与un同源的人类疾病。为了便于识别潜在的人类PAX-1疾病,本文给出了一个概述,描述了目前关于un的病理和分子分析的已知情况。希望这将有助于医学遗传学家和畸形学家识别与PAX-1基因突变相对应的潜在人类疾病。

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The undulated mouse and the development of the vertebral column. Is there a human PAX-1 homologue?起伏小鼠与脊柱发育。是否存在人类PAX - 1同源物?
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A gene for autosomal recessive spondylocostal dysostosis maps to 19q13.1-q13.3.一种常染色体隐性脊柱肋骨发育不良的基因定位于19q13.1 - q13.3。
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