Microarray is an effective way for high ? throughout gene screening.

基因芯片是 高通量 基因筛选的有利手段.

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Figure 1 Illustrates the most common protein array, the antibody microarray.

图1最常见的蛋白质阵列, 抗体芯片.

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Microarray technology is the chief tool for functional genomics research.

基因芯片技术是后基因组时代功能基因组研究的主要工具.

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Demonstrates protein arrays which are based on microarray analysis of antigen - antibody interactions.

表明蛋白质阵列芯片分析所基于 抗原抗体 的相互作用.

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Objective To clarify basic application scopes of tissue microarray.

目的探索组织芯片的基本应用范围.

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Missing values contained in microarray data will affect subsequent analysis.

微阵列数据中的缺失值会对随后的数据分析造成影响.

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Objective To prepare microarray for detection of yellow fever virus ( YFV ) .

目的制备黄热病病毒寡核苷酸 检测芯片.

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These assays can be miniaturized and placed on a protein microarray chip.

这些检测可放在小型化、蛋白微阵列晶片.

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Keywords: droplet impact, spray technology, microarray biochip, micro - droplet experiments, theoretical analysis.

关键词: 液滴与介面撞击 、 喷雾技术 、 微阵列晶片 、 微液滴实验 、 现象理论分析.

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Shows a protein microarray composed of spots which act as sandwich immunoassays.

显示点组成蛋白质芯片作为夹心免疫.

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Comparing Variable Selection Methods for Microarray Classification Models Based on Logistic Regression.

根据逻辑回归方法来对微阵列归类模型做各种不同选择方法的比较.

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DNA microarray has been applied to DNA sequencing, pharmaceuticals analysis, gene expression and so on.

DNA微集阵列已广泛用于DNA测序 、 药物分析 、 基因表达等研究领域.

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HBV gene mutation along different types of TCM syndrome are detected by microarray assay.

基因芯片检测慢性乙型肝炎不同证候的HBV前 C区基因变异.

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Clustering is the most useful and widely used method of microarray data analysis.

聚类分析是基因芯片数据分析中使用广泛的一类方法.

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Conclusion Microarray technology provides an efficient alternative for the detection of yellow fever virus.

结论基因芯片技术为黄热病病毒检测提供了一种早期、速、靠的方法.

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