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Imaging a specific mRNA in pollen with atomic force microscopy

机译:在具有原子力显微镜的花粉中对特异性mRNA进行成像

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Intracellular localization of RNA is important in regulating various cellular functions. Here, we determined the intracellular localization of the ammonium transporter (AtAMT1;4) mRNA in the sperm cells of Arabidopsis pollen by atomic force microscopy (AFM). The AFM probe was modified with cone-shaped dendron molecules, and an oligonucleotide complementary to the mRNA was attached to the apex. This configuration allowed facile detection of the mRNA within a sectioned pollen cell at the single-molecule level by measuring the mRNA–oligonucleotide interaction force. The AtAMT1;4 mRNA was largely localized in the nucleus rather than the cytosol of the sperm cells.
机译:RNA的细胞内定位在调节各种细胞功能方面是重要的。在此,我们确定通过原子力显微镜(AFM)在拟南芥花粉的精子细胞中铵转运蛋白(ATAMT1; 4)mRNA的细胞内定位。用锥形树状分子分子修饰AFM探针,并将与mRNA互补的寡核苷酸连接到顶点上。通过测量mRNA寡核苷酸相互作用力,该构型允许在单分子水平下进行体分子水平的切片细胞内的mRNA。 ATAMT1; 4 mRNA在很大程度上在核中而不是精子细胞的细胞溶溶胶。

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