this paper reviewed various medical and pharmaceutical applications of the low density protein biochips in disease diagnostics and monitoring, drug discovery and testing, as well as molecular interaction and signaling pathways.

methods allele specific biotinylated oligonucleotides were immobilized onto defined areas of streptavidin tethered self assembled monolayers of long chain alkane thiols on biochips.

方法将生物素化等位基因特异性寡核苷酸固定于生物芯片上长链烷烃硫醇自组装单层已连接链霉亲和素（SA）的部位。

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since a number of biomolecules are electrosensitive, this work may provide a unique design feature for the construction of more sensitive biosensors, biochips and nanoscale electronic devices.

由于很多生物分子是荷电的，该工作还有可能为构建更高灵敏度的生物传感器件、生物芯片及纳米电子装置提供一种新的手段。

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as the main development of μ-tas ( micro total analysis systems), micro fluidic chips have become the most promising ones in the research field of biochips.

微流控芯片作为生物芯片研究领域中的前沿，代表了微全分析系统（μ-TAS）的主要发展方向，并广泛的应用于生物化学、分析化学等多个领域。

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the development of mems has greatly promoted the development of biochips. a more systematic study should be carried out on the application of mems in biochips.

MEMS的发展极大地推动了生物芯片的发展，建议对MEMS在生物芯片中的应用进行更加系统深入的研究。

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agilent, based in palo alto, california, has developed biochips that contain dna microarrays to study gene expression patterns.

加州帕罗阿尔托的阿基兰特公司已开发出生物芯片，其含有DNA微阵用以研究基因表达方式。

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fabrication and applications of biochips

生物芯片的原理和制作方法

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the application of biochips

生物芯片的应用

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in this paper, an attention is paid to introduce the applications of real-time detection technique in pcr biochips or microdevices.

本文介绍了实时定量检测技术及其在PCR生物芯片/微装置中的应用。

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the development and application of mems technology in biochips were described and the future development of mems in biochips was prospected.

介绍微机电系统（MEMS）的技术发展概况以及MEMS在生物芯片中的应用，并对MEMS在生物芯片中的未来发展趋势进行展望。

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synthesis of monodisperse polystyrene microspheres for liquid biochips

用于构建液相芯片的单分散性聚苯乙烯微球的合成研究

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our work provides multiple ways of designing new biomaterial surfaces and has potential applications in tissue engineering, biosensors and biochips.

本论文的研究工作为设计新型生物材料提供了多种途径，具有重要的基础研究价值，并在组织工程、生物传感器等领域具有潜在的应用前景。

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numerical simulations of periodical flows of piezoelectric valveless micropump for biochips

生物芯片无阀压电扩散管微流体泵流场数值模拟

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in this thesis, synthesis and application of functional monodisperse polystyrene microspheres based on liquid biochips is presented.

本论文开展了基于构建液相芯片的聚苯乙烯微球合成与应用研究。

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flow rate of micro-diffuser and mixing behavior of micro-channel in biochips

生物芯片微扩散管流量及微通道液体混合特性

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diffuser is one of the most important elements of valveless micro pump in biochips.

微型扩散管是生物芯片压电微流体泵最重要的部件。

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the application of protein biochips to identify the type and the subtype of interferon

运用蛋白质芯片技术鉴定干扰素的亚型

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to solve these problems existing in passive biochip system, some active biochips have been developed.

为了克服被动式生物芯片的各种不足，人们开发了多种主动式芯片。

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gene chip technology is one of biochips which is based on dna hybridization and gene sequencing.

介绍了基因芯片技术的种类、原理、特点、基本过程及在植物育种中的应用。

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synthesis and application of monodisperse polystyrene microspheres based on liquid biochips

基于构建液相芯片的聚苯乙烯微球的合成及应用

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using excimer laser to manufacture polymer materials can get more ideal biochips.

用准分子激光对高聚物材料进行微加工制作，可以得到比较理想的高聚物基生物芯片。

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