芯片实验室

微机电系统（MEMS）中的芯片实验室以其微型化，集成化的特点成为目前公认的最具发展潜力的研究领域。

The Lab-on-a-Chip based on the technology of MEMS has become the rapidest research realm with its characteristics of miniaturization and integration .

在最近十几年中，芯片实验室技术逐渐得到广泛的重视。

Over the last decade , the lab-on-a-chip concept has received considerable attention .

模板扩增和信号放大相结合的有PCR-基因扫描技术、PCR安捷伦芯片实验室技术；

PCR-Gene scan assays and PCR Agilent chip chamber combine the template Amplication and the signal magnification .

以PDMS为主体结构的pH激励微阀组简单且其性能适合于可随意使用的芯片实验室（lab-on-a-chip），而且该装置在控制过程中可以不需要任何的电子或机械元件等外围设备。

Furthermore the fabrication process of pH-responsive-actuated micro-valve arrays using PDMS is simple and its performance is suitable for a disposable lab-on-a-chip .

系统介绍了芯片实验室的各种制备技术，这些技术包括紫外光刻、软刻蚀、LIGA技术、DEM技术、键合等。

Some polymer materials are used as substrate . Kinds of new microfabrication technology are presented , including lithography , soft etching , LIGA , DEM and bonding , etc.

这项研究结果发表在《芯片实验室》杂志上。

The researchers published in the journal Lab on a Chip .

用于芯片实验室的静电机制微液滴控制芯片的研制

Studies on the Electrostatic-based Liquid Droplet Controlling Chip for Lab on Chip

一种含有微缩芯片实验室的便携式设备兴许就是答案所在。

A handheld device containing a laboratory-on-a-chip may just be the answer .

从技术和应用两个方面对芯片实验室研究在国际范围内的现状和未来趋势予以阐述。

The advances in the lab-on-a-chip in both technique and application fields are reviewed .

功能型微流控芯片实验室的高通量和规模集成

High Throughput and Scale Integrated Functional Microfluidic Lab-on-a-chip

微流控芯片实验室

Laboratory on a Microfluidic Chip

芯片实验室技术作为基因组学和蛋白质组学研究的一种新的技术平台，受到广泛重视。

Lab on a chip has been widely used in bioscience research as a new technical flat .

芯片实验室技术以其卓越的优点被公认为是21世纪最为重要的前沿技术之一。

Micro chip lab is considered as the most advanced technology in 21st century for its excellent merits .

试样引入是芯片实验室中一个最基本的操作，其对后续样品分析的性能有着重要影响。

Sample introduction is an indispensable standard operation for lab-on-a-chip , which has a great impact on the performance of subsequent analytical operations .

近年来，芯片实验室以微型化、集成化和自动化等优势成为生命科学领域研究方法革新的热点。

In recent years , lab-on-a-chip plays an important role in revolutionizing the methodologies for biological researches due to its advantages of miniaturization , integration and automation .

但是如今纳米技术正在推动芯片实验室的发展，其成本低到足以把化验室带到最偏远地区的患者身边。

But now nanotechnology is pushing forward with lab-on-a-chip devices at costs low enough to bring the laboratory to the patient in even the most remote areas .

科罗拉多州立大学的研究人员在《芯片实验室》杂志上描述了这个系统。

Researchers at Colorado State University describe such a system in the journal Lab On A Chip . [ David M. Cate et al . , Simple , distance-based measurement for paper analytical devices ]

芯片型实验室及基因组研究

Laboratory on A Chip in the Approach of Genomic Research

芯片上的实验室是集样品的制备、进样、分离、衍生化、检测于一体的微型装置，在过去的十几年里受到广泛关注。

Lab-on-a-chip devices have generated considerable interest over the past ten years due to the fact that sample preparation , injection , separation , derivatization , and detection can be integrated into one miniaturized device .

随着芯片上的实验室思想的提出和微型全分析系统的发展，使得电泳芯片&在芯片上进行电泳分离的技术成为了当今国内外的重要研究热点。

With the pretence of lab on the chip and the development of micro total analysis system , electrophoresis chip , capillary electrophoresis technology on a chip , became the research hot of micro electromechanical system .

液态芯片技术在临床实验室诊断中的应用

Application of liquid chip technique in clinical laboratory diagnosis

当前微流控芯片已经开始从实验室走向应用，急需探索低成本大批量生产的制造技术。

Currently , microfluidic chips had begun from laboratories to application , and there was an emergent need for exploring low cost , high-volume manufacturing technology .

它主要包括基因芯片、蛋白质芯片和芯片实验室三大领域。

The biochip mainly includes gene chip , protein chip and lab-on-a-chip .

综述了包括基因芯片、蛋白芯片和芯片缩微实验室三类生物芯片的研究应用现状；

Present research situations of gene-chip , protein-chip and lab-on-chip were reviewed .

本文所研制的聚合酶链式反应（POLYMERASECHAINREACTION，简称PCR）芯片是生物芯片的一种，是芯片实验室的重要组成部分之一。

The Polymerase Chain Reaction ( PCR ) biochip researched in this paper is one kind of biochips and an important part of " lab-on-chip " .

膜技术是实验室及工业普遍使用的分离技术之一，在芯片中集成膜分离的单元操作是芯片实验室领域的重要问题。

Membrane technology is commonly used as laboratory and industrial separation technology and on-chip integrated in the membrane separation unit operation is an important issue in the area of lab-on-chip .

本文简要介绍了其中DNA生物传感器、DNA芯片、DNA测序技术、混合DNA样品池、微芯片实验室的结构原理。

The structure principle of DNA biosensor , DNA chip , DNA sequencing technique , pooled DNA , Laboratory on chip ( LOC ) are introduced in this paper .