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Agilent芯片 |
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| Agilent致力于为科研者提供有力的科研工具来帮助推进实验进程。因此，Agilent基于表达谱开发的微阵列系统致力于提供高通量的全基因组设计。在25mm×75mm的芯片上，44K设计的芯片可以使研究者在普通的实验室条件下，使用各种扫描设备完成高质量且经济的全基因组芯片实验。 |
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| Zoom Agilent's SurePrint 60-mer in situ manufacturing process enables true flexibility in microarray layout and format for generation of the Whole Human Genome microarray. |
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| Demonstration of cross-performance of Agilent's 60-mer oligo microarrays shows unparalleled results. |
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| Shown here are experiments where Agilent's 22K (single density) oligo microarrays were compared to Agilent's new 44K (double density) format oligo microarrays. The testing proves that both formats deliver robust linearity and sensiti-vity across a wide dynamic range, down to ratios measured with 0.5 to 1.5 copies per cell. |
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| A key benefit to Agilent's flexible inkjet manufacturing process is that it enables iterative design of the Whole Human Genome microarray's probes. The graph depicts the selection of consensus regions and probes to represent all transcripts within a GeneBin. The transcripts are used to determine the location of consensus regions (Numbered 1, 2, and 3). |
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