New Biosensor Chip Picks Up Heart Signals remotely.
新的生物传感器芯片可实现心电信号的远程采集。
A nanotechnology biosensor for Salmonella detection.
一个探测沙门氏菌的纳米生物传感器。
AIM: To construct a new DNA biosensor of capillary.
目的：构建一种新型毛细管的DNA生物传感器。
Biosensitive material is an important part of fiber optic biosensor.
对于光纤生物传感器，生物敏感材料是最重要的部分。
The SPR sensor has become a research frontier in the biosensor field.
表面等离子体子共振传感器已经成为生物传感器研究领域的热点。
Viewed as a perfect sensor membrane, BLM is widely used in biosensor research.
因而BLM作为一种理想的传感膜而被广泛应用于生物传感器研究。
In this thesis, the development of a cholesterol oxidase biosensor is reported.
本文初步研制了一种测定游离胆固醇的酶传感器。
A new urease biosensor based on the plasma-modified PVC membrane has been developed.
报道了一种基于等离子体修饰的PV C膜脲酶生物传感器。
Inclusive criteria: The application of optical fiber DNA biosensor in gene detecting.
纳入标准：光纤dna传感器在基因检测中的应用。
This biosensor has the advantage of high selectivity, sensitivity and short response time.
该传感器具有选择性好、灵敏度高和响应时间短等特点。
A biosensor is one of the chemical sensors for quantitative analysis of the chemical compositions.
生物传感器是定量化学成分的化学传感器之一。
Last year's champions won with a biosensor that USES cells that turn color around certain compounds.
去年的冠军团队以使用细胞扭转某些化合物的颜色的生物传感器胜出。
The Research and structure principle of the fiber-optic DNA biosensor are introduced in this paper.
本文简要介绍了光纤DNA生物传感器的结构原理及研究动向。
Besides the clinical trials, the investigators are working on creating easy-touse formats of the biosensor.
除了临床试验，研究者们正在致力于创造生物传感器的简易操作形式。
The research progress of the electron transfer mediators for amperometric mediated enzyme biosensor is reviewed.
评述了国内外介体型电流式酶生物传感器用电子媒介体的研究进展。
Compared with traditional methods, biosensor technology is a fast, highly effective, direct and accurate method.
与传统的鲎试剂法比较，生物传感器技术具有快速、高效、直观、无干扰等优点。
The biosensor has no responses to ascorbic acid and uric acid which often interfere with the detection of glucose.
常干扰葡萄糖测定的抗坏血酸、尿酸等在传感器上无响应，对葡萄糖测定无影响。
It is necessary to grasp the components, principle and technical requirements of biosensor applied to clinical practice.
掌握其组成、原理、技术要求是临床实践中灵活运用生物传感器的必要条件。
The potentiality in the use of biosensor, immunoassay and enzyme inhibition were great in the rapid detection on the spot.
具有更广泛应用前景的现场快速检测技术：免疫分析、生物传感器、酶抑制技术等。
In the present thesis, we make use of the unique effects of nanoparticle materials to enhance the current response of biosensor.
本文的思路是利用纳米颗粒材料的多种独特效应来提高葡萄糖传感器的响应电流。
The thesis also discussed the absorption kinetics of the Bovine Scrum Albumin on the gold electrode of the Piezoelectric biosensor.
论文并讨论了牛血清蛋白在压电生物传感器金电极上的吸附动力学行为。
A preprocessing circuit is designed for analog signal transformation because of large inner impedance of biosensor and bipolar signal.
针对采用的生物传感器内阻高、信号弱、双极性等特点，用预处理电路对模拟信号进行了变换。
A piezoelectric biosensor for detecting endotoxin was developed, which was based on liquid damping effect of quartz crystal resonator.
利用石英晶体的液体阻尼效应，开发了一种用于检测水中内毒素含量的压电生物传感器。
Last year's champions from Cambridge University won with a biosensor that USES cells that turn color in the presence of certain compounds.
去年的冠军，剑桥大学的代表团以可以转换细胞中的某些化合物颜色的生物传感器赢得比赛。
Methods: (1) the existed technique of biosensor was well improved to screen the effective component of anti-LPS from Radix Paeoniae Rubra.
方法(1)对已建立的生物传感器技术筛选赤芍中抗lps有效成分的技术平台进行完善与优化。
Piezoelectric quartz crystal HBV DNA biosensor is easy to operate, convenient and accurate, which has a good future in clinical detection.
压电石英晶体传感器操作方便、省时，且具有较好的准确度，在临床诊断中有很好的前景。
The principle, experimental protocols, instrumentation and applications of fiber-optic evanescent wave biosensor were covered in this review.
介绍光纤倏逝波生物传感器的基本原理、常用试验方法、基本仪器构建及应用进展。
This paper covers maior developments in the area of near-field optical biosensor and nanoparticle-based biosensor for intracellular analysis.
评介近场光学生物传感器和纳米粒子生物传感器及其在单细胞的原位活体分析中的应用。
A protein microarray biosensor based on imaging ellipsometry has been developed as a high-throughput and fast technique for protein analysis.
椭偏光学生物传感器是识别和检测蛋白质的一种新型的高通量、快速生物分子分析技术。
And a biosensor developed at the Lawrence Livermore National Laboratory in Berkeley, California, can identify about 2, 000 viruses and 900 bacteria.
而由加州伯克利的劳伦·斯里·弗莫尔国家实验室(theLawrence Livermore National Laboratory)研制的一款生物传感器，则可以辨识出大约2000种病毒和900种细菌。
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