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拟南芥的COW1基因座在RHD2之后起作用,并与RHD3和TIP1协同作用,以决定根毛的形状、伸长速率以及每个毛发生成部位产生的根毛数量。

The COW1 locus of arabidopsis acts after RHD2, and in parallel with RHD3 and TIP1, to determine the shape, rate of elongation, and number of root hairs produced from each site of hair formation.

作者信息

Grierson C S, Roberts K, Feldmann K A, Dolan L

机构信息

IACR-Long Ashton Research Station, Department of Agricultural Sciences, University of Bristol, United Kingdom.

出版信息

Plant Physiol. 1997 Nov;115(3):981-90. doi: 10.1104/pp.115.3.981.

Abstract

Two recessive mutant alleles at CAN OF WORMS1 (COW1), a new locus involved in root hair morphogenesis, have been identified in Arabidopsis thaliana L. Heynh. Root hairs on Cow1- mutants are short and wide and occasionally formed as pairs at a single site of hair formation. The COW1 locus maps to chromosome 4. Root hairs on Cow1- plants form in the usual positions, suggesting that the phenotype is not the result of abnormal positional signals. Root hairs on Cow1- roots begin hair formation normally, forming a small bulge, or root hair initiation site, of normal size and shape and in the usual position on the hair-forming cell. However, when Cow1- root hairs start to elongate by tip growth, abnormalities in the shape and elongation rate of the hairs become apparent. Genetic evidence from double-mutant analysis of cow1-1 and other loci involved in root hair development supports our conclusion that COW1 is required during root hair elongation.

摘要

在拟南芥中已鉴定出两个位于蠕虫罐1(COW1)的隐性突变等位基因,COW1是一个参与根毛形态发生的新基因座。Cow1-突变体的根毛短而宽,偶尔在单个毛发生成位点成对形成。COW1基因座定位于4号染色体。Cow1-植株上的根毛在通常位置形成,这表明该表型不是异常位置信号的结果。Cow1-根上的根毛正常开始毛发生成,在毛发生成细胞的通常位置形成一个正常大小和形状的小凸起,即根毛起始位点。然而,当Cow1-根毛开始通过顶端生长伸长时,毛的形状和伸长率异常就变得明显了。对cow1-1与其他参与根毛发育的基因座进行双突变分析得到的遗传证据支持了我们的结论,即根毛伸长过程中需要COW1。

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