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Transformation and Construction of RNAi Expression Vector of Plant Trehalase Gene

机译:植物海藻酶基因RNAi表达载体的转化与构建

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The trehalase (TRE) is one of enzymes related to trehalose catabolism in plant. On the basis of previous experiments, we are trying to inhibit the expression of trehalase gene through RNA interference technology in order to achieve the purpose of increasing the accumulation of trehalose in plant. So the fragments of TRE gene and RNAi-TRE have been obtained from Arabidopsis seedling by using RT-PCR (reverse transcription PCR) method, then they were constructed into pBI121 (plant expression vector) and pGSA1285 (RNAi expression vector) respectively. After transformed to tobacco, the expression of TRE gene has been detected through real-time quantitative PCR in transgenic tobacco. The result shows that the mRNA level of TRE gene decreased obviously in transgenic tobacco which has been transformed with RNAi-TRE. It indicated that RNA interference technology is also effective to Heterogeneous plant in regulation of gene expression.
机译:海藻酶(TRE)是与植物中海藻糖分解代谢有关的酶之一。在先前的实验的基础上,我们正试图抑制海藻酶基因通过RNA干扰技术的表达,以达到增加海藻糖在植物中的积累的目的。因此,通过使用RT-PCR(逆转录PCR)方法从拟南芥幼苗中获得TRE基因和RNAI-TRE的片段,然后将它们分别构建为PBI121(植物表达载体)和PGSA1285(RNAi表达载体)。转化为烟草后,通过转基因烟草中的实时定量PCR检测TRE基因的表达。结果表明,通过RNAI-TRE转化的转基因烟草中,TRE基因的mRNA水平明显下降。它表明RNA干扰技术对异构植物在基因表达调节中也有效。

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