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Analysis of coexpression genes in Oryza sativa L. treated with low-energy ion-beam

机译:用低能量离子束处理矿石苜蓿中的共表达基因分析

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Xindao-18(Oryza sativa L. subsp. japonica Kato) were irratiated with a low-energy ion-beam, the growth form were observed and transcriptome of samples were sequenced by Illumina HiSeq2000 platform. The different expression genes were identified from transcriptomes control and treated samples. Finally, the coexpression of different gene expression were construce and seventy DEGs were annotated as transcription factor (TF). Among them, ten transcripts have the higher network density, and two genes, LOC_Os06g15330 and LOC_Os03g51970, had a still higher network density while elevate PCC paramater, which indicated that the indentified coexpression transcriptors may play important role in response to N+ ion beam treation.
机译:Xindao-18(Oryza Sativa L. subsp.japonicakato)用低能量离子束透露,观察到生长形式,并通过Illumina Hiseq2000平台测序样品的转录组。从转录组对照和处理的样品中鉴定出不同的表达基因。最后,不同基因表达的共表达被严重,并且将七十℃作为转录因子(TF)注释。其中,十个转录物具有较高的网络密度,并且两个基因,LOC_OS06G15330和LOC_OS03G51970具有较高的网络密度,而升高PCC参数,这表明近义的共抑制转录器可能响应于N +离子束处理而起到重要作用。

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