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。
Conclusion Wide application of gene chip technique will comprehensively promote deep study of channel-viscera correlativity.
结论：基因芯片技术的广泛应用将全面推动经脉脏腑相关研究工作的深入。
The present study may provide a basis for further research and development of gene chip in monitoring resistance to antimicrobial agents.
本研究为进一步研制和开发兽医临床常见病原菌耐药性检测芯片打下初步基础。
Compared with current gene chip detection technologies this method has the advantages of high reliability, sensitivity, easy manipulation and good reproducibility.
与现有的基因芯片检测技术相比，这种方法不仅结果可靠灵敏，而且简便快速、重复性好。
The whole gene chip contained 5504 genes clones.
整张基因芯片5504个基因克隆。
The original information of gene chip is stored in its images.
基因芯片的原始信息都贮存在基因芯片图像中。
Data in gene chip was analyzed by statistical software SPSS15.0.
应用SPSS15.0统计软件对基因芯片数据进行统计分析。
Then the gene chip was hybridized, washed, detected and analyzed.
基因芯片的杂交、洗涤、检测与分析。
The results of realtime RTPCR proved the accuracy of the gene chip.
经实时荧光定量逆转录聚合酶链反应验证了基因芯片准确可靠。
The gene chip was prepared through the probes printed onto special glass slides.
将探针固定在特制的玻片上制作成基因芯片；
It is a new tendency to use gene chip to research graft rejection at gene level.
通过基因芯片技术从基因水平上研究移植排斥相关问题是目前的新趋势。
Methods 6 sites mutations of HBV in 91 patients were detected by gene chip technique.
方法对91例乙型肝炎患者采用基因芯片技术，检测HBV6位点的自然变异。
This article describes the history, status quo, and future trends of gene chip technology.
基因芯片技术已经成为检测不同状态下生物体基因变化的重要手段。
At present, The technology of gene chip has been widely used in many areas of TCM research.
目前，基因芯片技术已广泛应用于中医药研究的许多领域。
The gene chip is that a kind of gene expression analyses technology appearing in recent years.
基因芯片技术是近几年出现的一种基因表达分析技术。
Automatic gene chip image grid localization is an essential task for gene chip image analysis.
对基因芯片荧光图像进行网格定位是进行芯片分析的前提与关键。
ObjectiveTo identify differential genes of malignant melanoma using gene chip expression profiles.
目的用基因芯片表达谱筛选出恶性黑色素瘤的差异基因。
As HGP nears the completion of its mission, gene chip research is set to attract worldwide attention.
人类基因组计划已接近完成，基因芯片研究将会引起全世界的关注。
This article introduces the gene chip technology and the application in disease gene diagnosis specially.
本文专门介绍了基因芯片技术及其在疾病基因诊断上的应用。
Conclusions: Using PCR amplification products to prepare gene chip probe was a quickly, simple effective method.
结论：利用PCR扩增产物制备基因芯片探针是一种快速、简便、实用的方法。
Methods HCV RNA positive samples were analyzed by both gene chip and line probe assay in a comparative analysis.
方法对HCVRNA阳性血清用基因芯片法和线性探针法进行基因分型。
Biological informatics and gene chip hybrid analysis proves the specificity of the sequence to candida albicans.
再经生物信息学方法分析，基因芯片杂交分析，结果证实了该序列对于白色念珠菌的特异性。
Objective: To determine the application values of gene chip technique in cardiovascular surgery clinic and study.
目的：探讨基因芯片技术在心血管外科临床及科研中的应用价值。
The technology of gene chip is universally applied in the treatment of tumor with traditional Chinese medicine (TCM).
基因芯片技术已被广泛应用于中医药防治肿瘤的研究。
The viral gene chip they created can rapidly identify known viruses and classify new ones based on their genetic makeup.
基因芯片可以快速的鉴别已知病毒并可以根据新病毒的基因构成鉴定新病毒的种属。
Objective To investigate the role of gene chip technique in screening normal or abnormal developing embryo related genes.
目的了解基因芯片技术在筛查正常或异常胚胎发育的相关基因表达变化中的应用价值。
Nowadays, the high price of the commercial detector has prevented the gene chip technology from spreading and popularizing.
目前，商业化的检测设备价格昂贵，限制了基因芯片技术的推广和普及。
Main interests in Human Molecular Genetics, relationship between genes and diseases, technology and application of gene chip.
人类分子遗传学、基因与疾病、基因芯片技术和应用、基因工程及相关生物信息学研究。
Main interests in Human Molecular Genetics, relationship between genes and diseases, technology and application of gene chip.
人类分子遗传学、基因与疾病、基因芯片技术和应用、基因工程及相关生物信息学研究。
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