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首页> 外文期刊>Journal of Huazhong University of Science and Technology >Applied Study on Magnetic Nanometer Beads in Preparation of Genechip Samples
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Applied Study on Magnetic Nanometer Beads in Preparation of Genechip Samples

机译:纳米磁珠在基因芯片样品制备中的应用研究

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摘要

A protocol for enrichment and adsorption of karyocyte from whole blood by using magnetic nanometer beads as solid-phase absorbents was presented. The PCR amplification could be accomplished by using the nanobeads with karyocyte as template directly and the PCR products were applied on an oligonucleotide array to do gene typing. The HLA-A PCR amplification system and a small HLA-A oligonucleotide microarray were applied as the platform and an experiment protocol of separating karyocyte from whole blood using the magnetic nanometer beads (Fe_2O_3) were set up. The experimental conditions were also discussed. It showed that pH level of PBS eluent, Taq enzyme quantity and fragment length of products could influent the amplification results, and the magnetic nano-beads could succeed in sample preparation in microarray to provide a promising way in automatic detection and lab-on-a-chip.
机译:提出了通过使用磁性纳米珠作为固相吸收剂富集和吸附全血中核细胞的方案。可以直接使用以核细胞为模板的纳米珠来完成PCR扩增,然后将PCR产物应用于寡核苷酸阵列上进行基因分型。以HLA-A PCR扩增系统和小型HLA-A寡核苷酸微阵列为平台,建立了使用磁性纳米珠(Fe_2O_3)从全血中分离核细胞的实验方案。还讨论了实验条件。结果表明,PBS洗脱液的pH值,Taq酶的量和产物的片段长度均会影响扩增结果,磁性纳米珠可以成功制备微阵列样品,为自动检测和实验室检测提供了有希望的方法。 -芯片。

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