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Isolation and Characterization of a Drought Inducible blt101 Homologous Gene from Rice

机译:水稻干旱诱导blt101同源基因的分离与鉴定

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A novel cDNA from rice (Oryza sativa) subjected to a progressive drought stress was isolated and characterized. DNA polymorphisms were detected between drought-stressed and control rice plant using differential display. Subsequently, using the partialcDNA as probe, a full-length cDNA, designated as R1G1B, was isolated from the cDNA library constructed using the pooled cONA from rice leaves with different levels of relative water content (RWC). Northern blot analysis demonstrated that the R1G1B transcript accumulated to a high level in rice leaves under mild drought conditions. Furthermore, at the DNA sequence level, the R1G1B showed a significant similarity to a family of blt101- homologous small proteins inducible in plants by chilling/ low temperature, salt and drought stresses and was located on chromosome 5.
机译:分离并鉴定了水稻(Oryza sativa)遭受渐进干旱胁迫的新cDNA。利用差异显示技术检测了干旱胁迫水稻和对照水稻之间的DNA多态性。随后,使用部分cDNA作为探针,从使用具有不同水平的相对含水量(RWC)的水稻叶片中收集的cONA构建的cDNA文库中分离出全长cDNA,称为R1G1B。 Northern印迹分析表明,在轻度干旱条件下,R1G1B转录本在水稻叶片中积累高水平。此外,在DNA序列水平上,R1G1B与通过低温/低温,盐和干旱胁迫可在植物中诱导的blt101同源小蛋白家族显着相似,并且位于5号染色体上。

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