这种由合成微球与短链DNA结合的材料可以用作一种新类型的生物传感器的基体，或是用来构成新的药物输送系统的基础。
The material, which consists of synthetic spheres 'glued' together with short strands of DNA, could be used to underpin a new class of biosensors, or form the basis for new drug delivery systems.
生物分析仪器的微型化和集成化发展趋势导致了微全分析系统这一概念的提出。
The concept of micro total analysis system has been put forward with the development of miniaturization and integration of analysis instrument in biochemistry.
微流控拉曼镊子系统已在单细胞水平上用于研究细胞生物学。
The microfluidic Raman tweezers system has been applied for the study in cell biology at the single cell level.
微针头在生物医学领域有广泛的应用，例如用于生物医学测量系统，药物传输系统及微量采样分析系统等。
Microneedles have a comprehensive application for the biomedicine field, such as the biomedicine measure system, drug delivery system, microanalysis system and etc.
研制了一种用于制作生物微阵列的超声聚焦微喷系统。
A piezoelectric ultrasonic focusing system is developed for microjetting biological micro arrays.
微系统技术日益广泛地用于医学、生物学、半导体等许多科技和工业领域中，发挥了重要作用。
Micro-systems are more and more widely applied in iatrology, biology, semiconductor, and other science and technology fields having played an important role.
由于比较少的微一个干净的系统将会让比较低的腐蚀率-生物学的-感应腐蚀。
A clean system will have lower corrosion rates due to less micro-biologically-induced corrosion.
用该系统对多种微米量级的介质球和生物对象进行了微位移操纵，操纵精度可达纳米量级。
By this system various medium Beads and biological objects with size of micrometer order have been manipulated in a precision of nanometer order.
本文分两部分概要地介绍了美国生物医学界应用MEMS（微电子机械系统）微传感器和MEMS 微系统的研究动向。
This article briefly introduces UK- research trends of MFMS ( microelectronics and machinery system) micro transducers and MEMS microsystems in American biomedical circle.
本文系统介绍了磁控螺旋形微纳米机器人的制造方法、运动控制和生物医学应用。
This review provides general information on magnetic helical micro/nanorobots, including their fabrication, motion control, and further functionalization for biomedical applications.
微流控芯片高效液相色谱-串联质谱系统具有高通量、高灵敏度等优点，已成为生物样品分析的热点领域之一。
Due to the high throughput and high sensitivity, the hyphenation of microchip-based high performance liquid chromatography with tandem mass spectrometry has been paid much attention.
最近一二十年来，原绿藻和微食物网的重大发现已使人们充分认识到微型浮游生物在水域生态系统的养分循环和能量流动中的重要意义，也为微型浮游生物的研究提出了新的方向。
In recent 10~20 years, the discovery of prochlorophyte and microbial food web has revealed the significance of nano\|plankton in nutrient cycle and energy flow of aquatic ecosystem.
最近一二十年来，原绿藻和微食物网的重大发现已使人们充分认识到微型浮游生物在水域生态系统的养分循环和能量流动中的重要意义，也为微型浮游生物的研究提出了新的方向。
In recent 10~20 years, the discovery of prochlorophyte and microbial food web has revealed the significance of nano\|plankton in nutrient cycle and energy flow of aquatic ecosystem.
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