早期的计算机使用卡作为内存，然后转向了芯片技术。
Early computers used CARDS as memory before moving to chip technology.
黄女士：你们的产品样式很多，但都依赖同样的芯片技术。
MS WONG: You have a wide product range, but they' re all dependent on the same chip technology.
目的：建立寡核苷酸膜芯片技术检测SARS病毒。
Objective: To set up an oligonucleotide membrane chip technique for detecting SARS virus.
基因芯片技术是近几年出现的一种基因表达分析技术。
The gene chip is that a kind of gene expression analyses technology appearing in recent years.
组织芯片技术是可高效进行分子病理研究的技术平台。
Tissue Microarray (TMA) is an effective high-throughput technique platform for the study of tumor molecular pathology.
采用蛋白芯片技术，检测两组病人血清肿瘤标记物的差别。
Tumour markers in the serum of these patients were detected with protein-chip technique.
目前，基因芯片技术已广泛应用于中医药研究的许多领域。
At present, The technology of gene chip has been widely used in many areas of TCM research.
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。
With the extensive applications of DNA microarray technology, huge amounts of gene expression data have been generated.
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。
Prospective applications of tissue microarray in pathology course were discussed in this paper.
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。
They used microarray technology not available 15 years ago, when the data was collected.
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。
Objective: To determine the application values of gene chip technique in cardiovascular surgery clinic and study.
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。
Development of synchronous diagnostic method for animal viral diseases by protein microarray technique.
有人称之为“基因泡沫”的产业并没有将DNA芯片技术凉在一边。
The genome bubble, as some called it, did not leave the microarray industry unaffected.
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。
Work in a team environment to investigate new surface chemistries for applications in DNA and protein microarray 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。
Gene chip has been an important way to detect gene changes of organism in different condition.
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。
Nowadays, the high price of the commercial detector has prevented the gene chip technology from spreading and popularizing.
目的利用基因芯片技术进行常见革兰阳性细菌的细菌鉴定和耐药性检测。
Objective To study the clinical application of DNA chip for common Gram-positive bacteria identification and drug resistance detection.
目的：探讨制作胃粘膜疾病组织芯片的方法学及组织芯片技术的优缺点。
Objective: to explore the methodology of histological chip making in gastric mucosa diseases and determine the advantage and disadvantage of the technique.
介绍一种基于SOC芯片技术的单相导轨式电表的设计方法与应用方案。
This paper introduces the design and application of a DIN-rail mounted single phase kWh meter based on SOC technology.
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。
Now the appearance of SNP detection methods based on microarray provide a short cut for the process of samples.
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。
Conclusion Wide application of gene chip technique will comprehensively promote deep study of channel-viscera correlativity.
如何有效地识别芯片上的斑点样本也成为生物芯片技术中的一个热点问题。
So, it is a hotspot that how to effectively recognize the spot on the biochip .
目的：探讨基因芯片技术在经脉脏腑相关研究中可能存在的应用思路及前景。
Objective: to probe into thinking and prospect of application of gene chip technique to research of the channel-viscera correlativity.
本文综述了基因芯片技术在检测致病菌方面的应用、存在的问题及发展前景。
In this review the application, unsolved problems and prospect of the technology in pathogenic bacteria detection are introduced.
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。
Objective To investigate the role of gene chip technique in screening normal or abnormal developing embryo related genes.
结论：蛋白质芯片技术应用于食品致病菌检测有独特优势，定会在此领域获得广泛应用。
Conclusion: Protein biochip technology has unique advantages in using of testing food pathogenic microbe and it can be widely used in this area.
结论蛋白质芯片技术是发现与筛选VSD血清标志蛋白的快速、有效的蛋白质组学工具。
Conclusion ProteinChip technology is a quick and effective tool of proteomics, and it is capable of discovering and screening serum protein markers of VSD.
他们使用了一种新的基因芯片技术，可以从复杂的DNA基因编码中快速筛选出细微的差别。
They used new gene chip technology that allowed them to quickly screen for many of the tiny differences in the complex genetic code of DNA.
他们使用了一种新的基因芯片技术，可以从复杂的DNA基因编码中快速筛选出细微的差别。
They used new gene chip technology that allowed them to quickly screen for many of the tiny differences in the complex genetic code of DNA.
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