在第二章中，采用激光诱导荧光检测芯片毛细管电泳系统进行蛋白质和多肽分离的研究。
In the second section, a chip based ce system with laser induced fluorescence detector was developed to achieve the separation of protein and polypeptide.
提取实验组和对照组细胞的总蛋白，应用荧光差异凝胶电泳系统（DIGE）获得差异蛋白点的表达信息；
Proteins were extracted from two cell groups, respectively. The maps of proteins were set up by DIGE system.
为闭路冲洗系统提供清洗液，冲洗掉由电泳槽中带出的浮漆，提高油漆利用率，从而得到清洁的产品。
To provide a rinse solution to achieve the closed loop system, which will remove dragout, enabling high paint usage and resulting in clean coated products.
本论文的研究表明，微通道电泳芯片系统具有分析速度快、检测灵敏度高等优点。
The study of this dissertation showed that MCE chip has some advantages such as high speed and sensitivity.
提出可变优先级的多重任务队列方法，解决电泳柔性生产线自动输送系统的实时动态调度问题。
A new multiqueue method with variable priority is presented to solve the real time dynamic scheduling problem of automatic transportation system in flexible electrophoresis production line.
利用数码像机作为图形输入设备，研制了凝胶电泳图象计算机分析系统。
A computerized gel electrophoresis image analysis system was developed using digital camera as image acquisition device.
采用电泳和成像分析系统检测修饰率。
The modification rate can be detected by electrophoresis and imaging analysis system.
应用不连续缓冲系统薄膜电泳法行酶谱分析。
Electrophoresis in discontinuous buffer system was applied to fractionalize the pancreatic amylase isoenzymes.
本文系统介绍了PCR技术的原理，反应组分、反应程序及P CR产物的电泳检测方法。
This paper introduced PCR principles, reaction components, reaction programs and electrophoresis detecting techniques.
方法通过偶联转录翻译系统体外表达EOLA1蛋白，并用变性凝胶电泳进行产物检测；
Methods EOLA1 protein was expressed in vitro through couple transcription and translation. The products were detected by gel electrophoresis.
应用不连续缓冲系统薄膜电泳法行酶谱分析。
Electrophoresis in discontinuous buffer system was applied for the presenting patterns and fractions of the pancreatic amylase isoenzymes.
前言：集成毛细管电泳芯片是一种新型的微全分析系统，它具有样品用量少、分析速度快、体积小便于携带、成本低等优点。
Integrated Capillary electrophoresis(ICE) chip is a novel type of miniaturized total analysis system, with characteristics of tiny sampling, speedy assay time, portable and cost-effective.
本文综述了毛细管电泳化学发光检测系统微型化、集成化和自动化的最新研究进展。
Here we present a review of the miniaturization, integration, and automation in chemiluminescence detection for capillary electrophoresis.
色谱分离是系统中的关键技术，毛细区带电泳法最适于微型化。
The key is chromatographic separations and the capillary electrophoresis system is mast suitable for miniaturization.
因此，本文开展基于ARM9的光纤式毛细管电泳芯片检测系统的研究。
So the detecting system of optical fiber embedded electrophoresis microchip Based on ARM9 is discussed in this paper.
方法：比较以往报道的各种低分子量蛋白的电泳分离方法，对电泳缓冲液系统、分离胶和浓缩胶的浓度、电泳程序等进行了优化。
Methods: Based on several reported SDS-PAGE systems for low molecular weight protein, the buffer systems, concentrations of separating gel and stacking gel, electrophoresis procedures were optimized.
本文系统描述UML语言和毛细管电泳芯片工作原理，并介绍运用UML语言对ICEC信号分析系统建模方法。
This paper describes UML and Integrated Capillary Electrophoresis base on Chip (ICEC) theory, and a new method using the UML modeling for ICEC Signal Analyze System.
使用自行设计组装的毛细管电泳柱端安培检测系统，对四个酚类化合物进行了分离检测。
Using self constructed electrochemical detection system for HPCE, o diphenol, o cresol, phenol and p diphenol were simultaneous determined with amperometric detection.
结合作者研究组近年来对毛细管电泳的系统研究，评述了亲和毛细管电泳方法研究生物分子的手性识别进展。
Based on the recent work of the authors' group, the new development of chiral recognitions of biomolecules using affinity capillary electrophoresis is reviewed.
提出了一种基于芯片-毛细管复合装置的紫外检测-微流控芯片毛细管电泳分析系统。
A hybrid microfluidic system produced by coupling a microfabricated glass chip with conventional silica capillary for UV absorbance detection was developed.
预清洗系统包括清除金属屑及焊渣，它们是磷化和电泳槽内的污染物的来源。
Pre-cleaning should include the removal of metal filings and weld splatter: both are potential sources for dirt in phosphate and electrocoat.
有机电子领域的最新进展，使得制造超薄的高柔性有源矩阵“塑料上系统”电泳显示器成为可能。
Recent advances in the field of organic electronics are enabling the production of ultra-thin highly flexible active-matrix "system-on-plastic" electrophoretic displays.
总结了前人微通道电泳芯片的研究情况，提出了自己系统的设计方案；
The most recent developments and a novel design of MCE chip system are reviewed;
应用不连续缓冲系统薄膜电泳法行酶谱分析。
Electrophosresis in discontinuous buffer system was applied for the presenting patterns and fractions of the pancreatic amylase isoenzymes.
通过对聚丙烯酰胺薄层平板等电聚焦电泳的系统研究，建立了一套适合于分析明胶等电点分布的薄层平板等电聚焦电泳技术。
In this paper the isoelectrofocusing on polyacrylamide thin slab-bed was studied systematically and the method suited for analyzing photographic gelatin was established.
在此基础上，进行低电压毛细管电泳芯片集成系统的初步实验，并提出了后续工作需解决的相关问题。
On this basis, the preliminary experiments of low-voltage electrophoresis separation chip integration system were tested, and the related issues of future work are proposed.
依据该模型对这种低电压集成电泳芯片的研制工艺和控制系统进行了研究，研制出了相应的样品。
The fabrication and control of low voltage integrated electrophoresis chips have been studied using this model, with samples produced.
依据该模型对这种低电压集成电泳芯片的研制工艺和控制系统进行了研究，研制出了相应的样品。
The fabrication and control of low voltage integrated electrophoresis chips have been studied using this model, with samples produced.
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