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拟南芥中钙调蛋白及钙调蛋白相关基因在雨水、风及触摸诱导下的表达

Rain-, wind-, and touch-induced expression of calmodulin and calmodulin-related genes in Arabidopsis.

作者信息

Braam J, Davis R W

机构信息

Department of Biochemistry, Beckman Center, Stanford University, California 94305.

出版信息

Cell. 1990 Feb 9;60(3):357-64. doi: 10.1016/0092-8674(90)90587-5.

Abstract

In response to water spray, subirrigation, wind, touch, wounding, or darkness, Arabidopsis regulates the expression of at least four touch-induced (TCH) genes. Ten to thirty minutes after stimulation, mRNA levels increase up to 100-fold. Arabidopsis plants stimulated by touch develop shorter petioles and bolts. This developmental response is known as thigmomorphogenesis. TCH 1 cDNA encodes the putative Arabidopsis calmodulin differing in one amino acid from wheat calmodulin. Sequenced regions of TCH 2 and TCH 3 contain 44% and 70% amino acid identities to calmodulin, respectively. The regulation of this calmodulin-related gene family in Arabidopsis suggests that calcium ions and calmodulin are involved in transduction of signals from the environment, enabling plants to sense and respond to environmental changes.

摘要

作为对喷水、底部灌溉、风、触摸、创伤或黑暗的响应,拟南芥会调节至少四个触摸诱导(TCH)基因的表达。刺激后10到30分钟,mRNA水平会增加至100倍。受触摸刺激的拟南芥植株会发育出更短的叶柄和花茎。这种发育反应被称为机械形态建成。TCH 1 cDNA编码的拟南芥钙调蛋白与小麦钙调蛋白在一个氨基酸上存在差异。TCH 2和TCH 3的测序区域与钙调蛋白的氨基酸同源性分别为44%和70%。拟南芥中这个与钙调蛋白相关的基因家族的调控表明,钙离子和钙调蛋白参与了来自环境的信号转导,使植物能够感知并响应环境变化。

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