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小鼠突变体斑点中Pax-3基因的分析。

Analysis of the Pax-3 gene in the mouse mutant splotch.

作者信息

Goulding M, Sterrer S, Fleming J, Balling R, Nadeau J, Moore K J, Brown S D, Steel K P, Gruss P

机构信息

Department of Molecular Cell Biology, Max Planck Institute for Biophysical Chemistry, Gottingen, Germany.

出版信息

Genomics. 1993 Aug;17(2):355-63. doi: 10.1006/geno.1993.1332.

Abstract

In a linkage analysis of Pax-3 and splotch no recombinations were found in 117 backcross mice. Molecular analysis of Pax-3 in three alleles of splotch shows a number of significant alterations to the Pax-3 gene. In Sp/Sp embryos, cDNA PCR analysis reveals a shortened transcript in which exon 4 of Pax-3 is deleted due to mutation of the splice acceptor site of intron 3. In the Sp4H allele, the Pax-3 gene is deleted and in Spd embryos, Pax-3 expression is significantly lower than that in normal littermate embryos. The linkage analysis, shortened Pax-3 transcript in Sp, and deletion of Pax-3 in Sp4H described here, together with the previous report of an intragenic deletion in Pax-3 in Sp2H mice and the deletion of Pax-3 in Spr mice, provide strong evidence for the allelic identity of Pax-3 and Sp.

摘要

在对Pax - 3和斑点进行的连锁分析中,在117只回交小鼠中未发现重组现象。对斑点三个等位基因中的Pax - 3进行分子分析显示,Pax - 3基因存在许多显著改变。在Sp/Sp胚胎中,cDNA PCR分析显示转录本缩短,其中由于内含子3的剪接受体位点突变,Pax - 3的外显子4缺失。在Sp4H等位基因中,Pax - 3基因缺失,而在Spd胚胎中,Pax - 3表达明显低于正常同窝胚胎。这里描述的连锁分析、Sp中缩短的Pax - 3转录本以及Sp4H中Pax - 3的缺失,连同之前关于Sp2H小鼠中Pax - 3基因内缺失以及Spr小鼠中Pax - 3缺失的报道,为Pax - 3和斑点的等位基因同一性提供了有力证据。

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