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Bioinformatics and expressional analysis of cDNA clones from floral buds

机译:花芽cDNA克隆的生物信息学和表达分析

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The application of genomic approaches may serve as an initial step in understanding the complexity of biochemical network and cellular processes responsible for regulation and execution of many developmental tasks. The molecular mechanism of sex expression in cucumber is still not elucidated. A study of differential expression was conducted to identify genes involved in sex determination and floral organ morphogenesis. Herein, we present generation of expression sequence tags (EST) obtained by differential hybridization (DH) and subtraction technique (cDNA-DSC) and their characteristic features such as molecular function, involvement in biology processes, expression and mapping position on the genome.
机译:基因组学方法的应用可以作为了解生化网络和负责许多发育任务的调节和执行的细胞过程的复杂性的第一步。黄瓜中性别表达的分子机制仍未阐明。进行了差异表达的研究,以鉴定涉及性别确定和花器官形态发生的基因。在本文中,我们介绍了通过差异杂交(DH)和减法技术(cDNA-DSC)获得的表达序列标签(EST)的产生及其特征特征,例如分子功能,参与生物学过程,表达和在基因组上的定位。

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