大努力在最近的年里在早诊断和瘤的分子的机制研究上被作了。在这篇论文,基于一个维的微能流动的祷告数组,为瘤的一个平台介绍的联系转移的基因被扔酸开发了在微隧道的功能的祷告。这个平台是敏感的(察觉的限制:0.02 n mol/L ) 并且没有 PCR,能执行 mRNAs 分析。二根人的结肠癌房间线(主要、变形) 从一样,病人被用作在这二根房间正弦瘤介绍联系转移的基因的一个模型,和 transcriptional 表示成功地被完成。而且,在祷告数组上获得的结果被 RT-PCR 验证。这个新奇祷告数组有高敏感,很少样品消费,短试金时间,低费用和高产量能力的优点。它在早诊断和瘤转移的机制研究保持潜力。
Great efforts have been made on the early diagnosis and molecular mechanism research of tumour metastasis in recent years. In this paper, based on the one-dimensional microfluidic beads array, a novel platform for tumour metastasis-associated genes profiling has been developed by depositing nucleic acids functional beads in the microchannel. This platform is sensitive (limit of detection: 0.02 nmol/L) and can perform mRNAs analysis without PCR. Two human colon cancer cell lines (primary and metastatic) from the same patient were used as a model, and transcriptional expression profiling of multiple tumour metastasis-associated genes in these two cell lines was successfully achieved. Furthermore, the results obtained on the beads array were validated by RT-PCR. This novel beads array has advantages of high sensitivity, little sample consumption, short assay time, low cost and high throughput capability. It holds the potential in early diagnosis and mechanism research of tumour metastasis.