• We used a spotting pin that's normally used for microarray DNA spotting.

    我们使用一种通常用于生物芯片dna点样中的点样针。

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  • To assess gene expression in each small bit of tissue, researchers expose its RNA to a gene chip, or DNA microarray.

    为了评价每小片组织中的基因的表达情况,研究人员将它的RNA暴露给一个基因芯片,或者DNA阵列。

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  • With the help of a microarray, researchers can query the whole genome at once, rather than just a few genes at a time

    在微数组技术的帮助下,科学家可以从基因组整体的角度而不只是从若干片断上来研究

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  • A new device called the microarray, a small chip coated with DNA sequences, can simultaneously analyze many more spots on the chromosomes.

    一种叫微阵列(microarray)的新仪器,即一块覆盖着DNA序列的小芯片,可以同时分析染色体上的很多点。

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  • Apoptosis related genes mRNA expression was detected with DNA microarray.

    用大鼠全基因组表达谱芯片检测凋亡相关基因表达。

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  • The applications of support vector machine are reviewed in DNA microarray.

    就支持向量机在DNA微阵列的应用做一综述。

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  • In detection of HCV genotype, the coincident rate of microarray and sequencing was 75%.

    芯片法检测HCV基因型和测序法的符合率为75%。

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  • They used microarray technology not available 15 years ago, when the data was collected.

    当数据被收集时,他们应用了15年前所没有的基因芯片技术。

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  • Conclusion: cDNA microarray found the tumor specific gene expression spectrum in gliomas.

    结论:基因芯片发现了胶质瘤的异常基因表达谱。

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  • In this study we sought to compare the utility of various databases in microarray analysis.

    在本研究中,我们力图比较微阵列分析中的多种数据库的效用。

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  • Prospective applications of tissue microarray in pathology course were discussed in this paper.

    现就组织芯片技术在病理学教学中的应用前景进行简单探讨。

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  • Objective To search an effective method on screening significant genes based on microarray data.

    目的基于微阵列表达数据,探索筛选差异表达基因的有效方法。

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  • Objective To study the effect of the S-bioallethrin on human lymphocytes by microarray technique.

    目的运用基因芯片技术研究S-生物丙烯菊酯对正常人淋巴细胞的作用。

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  • The researchers developed a microarray of 925 proteins, and then used blood samples to test arrays.

    研究者开发了一个925个蛋白的微阵列,然后用血液样品去测试阵列。

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  • Statistical pattern recognition, with applications to face recognition, data analysis with microarray.

    统计模式识别,及在面像识别,基因数据分析中的应用。

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  • Development of synchronous diagnostic method for animal viral diseases by protein microarray technique.

    利用蛋白质芯片技术,研制同步诊断多种动物病毒性疾病的方法。

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  • The results of semi-quantitative RT-PCR experiments supported the reliability of our microarray analysis.

    半定量反转录-聚合酶链反应验证了芯片分析结果的可靠性。

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  • The expression of VEGF and CD34 was detected by double-labeling immunohistochemistry on tissue microarray.

    用免疫组织化学双重染色法标记组织芯片中的VEGF及CD34的表达。

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  • The key points of the DNA microarray technology include probe preparation, sample labeling and hybridization.

    DNA微集阵列技术的关键是探针的制备与样品的标记、杂交。

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  • Now the appearance of SNP detection methods based on microarray provide a short cut for the process of samples.

    基于基因芯片技术的SNP检测方法的出现为样本处理提供了一条捷径。

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  • The results of RT-PCR analysis for 7 differently expressed genes were coincident with those of microarray assay.

    PCR技术对其中7个基因表达差异的验证结果与基因芯片结果一致。

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  • To search a new and effective method for feature extraction and classification based on microarray expression data.

    基于微阵列表达数据,探索新的有效特征提取和分类方法。

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  • The research direction of this dissertation is about the microarray based gene mining in the bioinformatics subject.

    本论文的研究方向是生物信息领域的基于基因表达谱的基因挖掘。

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  • With the extensive applications of DNA microarray technology, huge amounts of gene expression data have been generated.

    随着基因芯片技术的广泛应用,产生了海量的基因表达数据。

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  • Our tissue microarray technique was successful, and it could be used on research work and clinicopathological diagnosis.

    我们制作组织芯片的方法是成功的,完全可以用于科研工作及临床病理诊断。

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  • The new clustering algorithm is analyzed on several aspects and tested on the published yeast cell-cycle microarray data.

    从多方面分析了该算法的性能,并将该算法应用于酵母细胞周期的芯片表达谱数据聚类。

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  • Objective To compare the gene expression status of NB4 cells before and after arsenic sulfide treatment by cDNA microarray.

    目的利用基因表达谱芯片对NB 4细胞在硫化砷作用前后基因表达的差异性进行比较。

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  • Work in a team environment to investigate new surface chemistries for applications in DNA and protein microarray technology.

    与团队共同研究表面化学在DNA和蛋白微阵列芯片技术中的应用。

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  • Work in a team environment to investigate new surface chemistries for applications in DNA and protein microarray technology.

    与团队共同研究表面化学在DNA和蛋白微阵列芯片技术中的应用。

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