Chemical Journal of Chinese Universities 2004 Issue z1 Microfluidic Chip Based Capillary Electrophoresis System Integrated with Micropump for Sample Introduction

Microfluidic Chip Based Capillary Electrophoresis System Integrated with Micropump for Sample Introduction
JIA Zhi-Jian;XIE Hai-bo;Fang Qun;LIU Ling;FU Xin;YANG Hua-yong;HU Zhi-xiang;FANG Zhao-Lun

..............page:153-154

Determination of IgG in Human Serum by Sequential Injection Renewable Surface Fluorescence Immunoassay System with a Chip-based Flow-through Cell
ZHU Hai-lin;CHEN Heng-Wu;ZHOU Yong-lie

..............page:151-152

Microfluidic Chip Systems Based on Membrane Liquid-liquid Extraction
CAI Zeng-Xuan;Fang Qun;CHEN Heng-Wu;FANG Zhao-Lun

..............page:149-150

Researches on Microfluidic Liquid-Liquid Extraction Chip Systems Coupled Gas Chromatography
YE Cong-Kui;Fang Qun;CHEN Hong;YIN Xue-feng

..............page:147-148

Microfluidic Chips Systems Based on Stopped-flow Liquid-liquid Extraction
CHEN Hong;Fang Qun;CAI Zeng-Xuan

..............page:145-146

An Integrated Continuous Flow Analysis System Based on Microfluidic Chip with High Throughput Sample Introduction Interface and Gravity-driven Flows
HUANG Yan-Zhen;Fang Qun;LI Dan-Ni

..............page:143-144

The Studying of the Small Scaled Intelligence Tiny Feeding Instrument and the Application with the Fractional Flow Controlling Chip
LI Qing-ling;WANG Zhi-Quan;HUA Wei

..............page:141-142

A Simple Microchip Electrophoresis System with Sequential Injection Sample Introduction and Integrated Laser Induced Fluorescence Detection
LI Hai-fang;LIN Jin-Ming;Qu Feng

..............page:139-140

Determination of Nitrite in water by Sequential Injection Analysis with Chemiluminescence Detection on Chip Flow Cell
WANG Yang;FAN Shi-hua

..............page:137-138

Lab-on-valve Mesofluidic Analytical System and Its Applications in Sample Pretreatments
WANG Jian-Hua;FANG Zhao-Lun

..............page:135-136

Miniaturized Capillary Electrophoresis System with Contactless Conductivity Detection and Flow Injection Sample Introduction
FU Chong-gang;WANG Li-Xin

..............page:133-134

An Integrated Capillary Electrophoresis-amperometric Detection Chip with Replaceable and Quasi-self-aligned Working Electrode( Ⅱ )--Influence of Experimental Parameters on the Observed Half-wave Potential for Dopamine
Meng Fei;WANG Yu-Rong;CHEN Heng-Wu

..............page:94

A Simple Laser Induced Fluorescence Detection System Based on Orthogonal Configuration for Microfluidic Chips
FU Jing-Lin;Fang Qun;HUANG Yan-Zhen

..............page:95-96

Enhancement of Signal-to-noise Levels by Synchronized Dual Channel Modulation for Light Emitting Diode Fluorimetry in Microfluidic Systems
ZHANG Tao;Fang Qun;FANG Zhao-Lun

..............page:97-98

Simultaneous Detection of Medicine Molecule via Microchip Capillary Electrophoresis Electrochemistry/Electro-chemiluminescence
YANG Xiu-rong;QIU Hai-Bo;YAN Ji-Lin;ZHAO Xiao-Cui;WANG Er-Kang

..............page:99-100

UV Absorbance Detection System with Sheath Flow Configuration for Glass Microfluidic Chip-based Capillary Electrophoresis System
LIU Jun;Fang Qun

..............page:101-102

Fiber Evanescent Wave Absorption Detection on Micro Biochemical Chip
LI Feng;WU Yi-Hui;ZHAO Hua-Bing

..............page:103

A New Electrochemiluminescence Detection Microfluidic Chip Integrated with Micro-spontaneous Galvanic Cell
Lü Jia-Gen

..............page:104-105

Capillary Electrophoresis Electrochemiluminescence System for Fast Analysis of Medicine
YIN Xue-bo;WANG Er-Kang

..............page:106

New Advances in Capillary Electrochromatography
ZOU Han-fa;FU Hong-Jing;JIN Wen-Hai;XIE Zhuan-Hui

..............page:107-108

Interfacing a Microfluidic Chip Electrophoresis with ICP-MS for Rapid Elemental Speciation
SONG Qi-jun;Gillian M.Greenway;Tom McCreedy

..............page:109-110

Capillary Electrophoresis Detection of Carnosine, Anserine and Homocarnosine
HUANG Ying;JIANG Xiu-Yan;DUAN Jian-ping;Chen Hong-qing;CHEN Guo-nan

..............page:111-112

Capillary Electrophoresis of Bioactive Peptides with Amperometric Detection
HUANG Ying;DUAN Jian-ping;LIN Sheng;XU Xue-Qin;JIANG Xiu-Yan;CHEN Guo-nan

..............page:113-114

Capillary Electrophoresis of Carnosine-related Peptides with Laser-induced Fluorescence Detection
HUANG Ying;DUAN Jian-ping;Chen Hong-qing;JIANG Xiu-Yan;CHEN Guo-nan

..............page:115-116

Separation and Detectermination of the Isomers of Dihydroxybenzene by Capillary Electrophoresis with Square-wave Amperometric Detector
LIU Qi-wen;XIE Tian-Yao;SHI Yu-Rong

..............page:117-118

Determination of Common Anions in Tap Water by Capillary Electrophoresis with Conductivity Detector
XIE Yu-Xuan;XIE Tian-Yao

..............page:119-120

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

..............page:121-123

Poly(dimethylsiloxane) Microchip Capillary Electrophoresis with Electrochemical Detector for Fast Measurements of Acetaminophen and Its Hydrolysate
HE Feng-yun;LIU Ai-lin;XIA Xing-hua

..............page:124-125

Capillary Electrophoretic Separations of DNA Restriction Fragments on Poly(methyl methacrylate)(PMMA) Microchips Fabricated by a Simple Hot Embossing Method
DU Xiao-Guang;FANG Zhao-Lun

..............page:126-127

Capillary Electrophoresis Coupled with Tris (2,2'-bipyridyl) Ruthenium Electrochemiluminescence Detection for Bupivacaine Determination
WU Ya-yan;LI Tian;XUE Jing;LIANG Heng

..............page:128-129

Integrated Capillary Electrophoresis Chips/Electrochemical Detection with End-channel Mode for Amino Acid Analysis
BAO Ning;XU Jing-Juan;CHEN Hong-yuan;XIA Xing-hua

..............page:130

Optimization of Hybrid Microfluidic Chip Based Capillary Eletrophoresis System with UV Detection
CAO Xiao-Dan;Fang Qun;FANG Zhao-Lun

..............page:131-132

A New Type Fluorescent Cu Ions Probe--CdTe Quantum Dots
LI Liang;QIAN Hui-Feng;REN Ji-Cun

..............page:70-71

Whole Column Imaging Detector of Micro Fluidic Array Chip with Laser Induced Fluorescence
ZHANG Xiang-min;MAO Yu

..............page:68-69

Development of a Kind of Laser Induced Fluorescence Detector in Microfluidic Chip Analysis and Its Application
GUO Huai-zhong;CHEN Rong;SUN Yu-qing

..............page:66-67

Characterization of the Modification of Polymer Microfluidic Chip Using Zeolites
HUANG Yi;SHAN Wei;QU Hai-Yun;LIU Bao-hong;KONG Ji-Lie;YANG Peng-Yuan

..............page:64-65

Fabrication and Surface Modification of PET Microfluidic Chip
Kong Yong;ZHU Xiao-ying;CHEN Heng-Wu;Lü Xiao-Ling

..............page:63

Bonding of Glass Microfluidic Chips at Room Temperatures
JIA Zhi-Jian;Fang Qun;FANG Zhao-Lun

..............page:61-62

Characterization and Applications of Plastic Microfluidic Chip for Protein Immobilization
QU Hai-Yun;WANG Hai-Tao;HUANG Yi;LU Hao-jie;ZHONG Wei;KONG Ji-Lie;YANG Peng-Yuan;LIU Bao-hong

..............page:59-60

Mesoporous Materials Modified PDMS-Chip for Enzyme Immobilization
TIAN Yu-Ping;LIU Xiao-Ying;WU Hui-ling;YANG Peng-Yuan

..............page:57-58

Modeling Research of CO2 Laser Direct Writing Polymer Microfluidic Chip
FU Jian-zhong;XIANG Heng-Fu;CHEN Zi-chen

..............page:54-56

Finite Element Simulation of Temperature Field of Hot Embossing of Polymeric Microfluidic Chip
FU Jian-zhong;HE Yong;CHEN Zi-chen

..............page:52-53

Ultraviolet Sealing and Poly(dimethylacrylamide) Modification for Poly (dimethylsiloxane)/glass Microchips
CHEN Lin;REN Ji-Cun;BI Rui;CHEN Di

..............page:50-51

Study on Polymers Used in Fabrication of Biochip
QI Heng;CHEN Tao

..............page:49

The Manufacture of Reversible Electrophoresis Chip and Urine-protein Detection
ZHUANG Gui-sheng;XU Liang-ji;LIU Jing;JIA Chun-ping;LI Gang;JIN Qing-hui;ZHAO Jian-Long

..............page:47-48

A Novel Microfabrication Technique for Glass Microfluidic Chips
LI Cheng-wu;WANG Yong-ning;GAO Yun-hua

..............page:45-46

Facture and Modification of PDMS Microchip and Application to Enantiomer Recognition
ZENG Hu-Lie;SU Rong-Guo;LIN Jin-Ming

..............page:43-44

Measurement of Structural Dimensions on Microfluidic Chips Using a PDMS Replication Technique
DAI Jing;FAN xiao-feng;FANG Zhao-Lun

..............page:41-42

Poly (dimethylsiloxane)-based Sandwich Microchip for DNA Electrophoresis
LIU Chang-Chun;CUI Da-fu;CAI Hao-Yuan;WANG Li;SU Bo

..............page:39-40

PMMA Based Micro Fluidic Chip Preparation by Excimer Laser Technology
YAO Li-Ying;ZHANG Yu;LIU Bao-An;CHEN Tao;LIU Shi-Bing;ZUO Tie-chuan

..............page:37-38

Development of Pneumatic Microvalve of Glass-based PDMS Microfluidic Chip
LI Zhou;XU Guang-ming;CUI Qun;Fang Qun

..............page:35-36

Micro-DPIV Technology and Its Application in Flow Visualization of Micro Valveless Pump
FU Xin;XIE Hai-bo;YANG Hua-yong

..............page:33-34

Design and Experimental Research of a Static Micro-mixer
YANG Hua-yong;LIU Su-fen;FU Xin

..............page:31-32

Development of Simplified Amperometric Detector and Its Application in Integrated ITO Electrode Microfluidic Chip
LI Cheng-wu;GAO Yun-hua;CHEN Zhi-feng;LI Qing-ling

..............page:92-93

A Novel End-column Amperometric Detection System for Microchip Capillary Electrophoresis
CHEN Zhi-feng;GAO Yun-hua;LI Cheng-wu;LIN Jin-Ming;LI Qing-ling

..............page:90-91

Microchip Capillary Electrophoresis(MCCE) with Column-end Amperometric Detection and Its Preliminary Applications
WU You-Yi;LIN Jin-Ming;CAI Zong-Wei

..............page:88-89

Coupled Amperometric-Conductivity Detector and Its Application in CE
XIE Tian-Yao

..............page:86-87

Micro Fluidic Chips Experiment System with Two-dimension Separation and Two Point Chemiluminescence Detectors
FAN Jun;SHI Xiao-Qiang;LIANG Heng

..............page:84-85

Application of the Combination of the Drops Fluorimetry Sensor with the Computer in the Microanalysis
FENG Feng;CHEN Ze-zhong;LIN Jie-Diao

..............page:82-83

Tris (2,2'-bipyridyl)ruthenium ( Ⅱ ) Chemiluminescence Reaction and Its Apllication to a Microchip
JI Xing-Hu;He Zhi-ke;PANG Dai-Wen;Cheng Jie-ke

..............page:80-81

Development of Confocal Laser-induced Fluorescence Detector for DNA Fragments Seperation by Microfluidic Chip
LIU Ke-Hui;Liang Ning;YAO Bo;LUO Guo-An;WANG Yi-Ming

..............page:78-79

Highly Sensitive Chemiluminescence Detection System with Microfluidic Electrophoresis Chip
HUANG Xiang-Yi;WANG Jiao-Ning;REN Ji-Cun

..............page:76-77

The Design of Microfluidic Chip Chemiluminescence Detection System and Its Applications
SU Rong-Guo;LIN Jin-Ming

..............page:74-75

A Liquid-core-waveguide H-channel Microfluidic Chip-capillary Electrophoresis System with Sequential Injection Sample Introduction for Separation and Laser Induced Fluorimetric Determination of DNA Fragments
WANG Shi-li;XU Zhang-run;FANG Zhao-Lun

..............page:72-73

Principle of a Multistage Electroosmotic Pump and Its Application in Microfluidic Chip
CHEN Ling-Xina;GUAN Ya-feng

..............page:30

Pressure Sample Introduction in Push-pull Style for Chip Electrophoresis
WU Zhi-Yong;BAI Xiao-xia;GAMBY Jeanolivier;GIRAULT H.Hubert

..............page:155-156

Investigations on Single-cell Analysis
JIN Wen-rui

..............page:7

Development of PDMS-based Microfluidic Device for Cell-based Assays
LI Chenuk-Wing;YANG Jun;TZANG Chi-Hung;YANG Meng-su

..............page:4-6

PDMS Microchip Integrated with Electrochemical Detection System
CHEN Hong-yuan

..............page:3

Electrochemical and Electrochemiluminescent Detection for Microfluidic Chip
WANG Er-Kang

..............page:1-2

Single-cell Analysis by Electrochemical Detection with a Microfluidic Chip
XIA Fang-Quan;JIN Wen-rui;YIN Xue-feng;FANG Zhao-Lun

..............page:157-158

Dynamic Determination of Bio-molecular Interaction Using Quartz Crystal Microbalance-Flow Injection System
ZHANG Hong-Wu;ZHAO Rui;CHEN Zhi-Yong;SHANGGUAN Di-Hua;LIU Guo-quan

..............page:159-160

Time-resolved Chemiluminescence Method for Determination of Micro-proteins Based on their Complexation with Cu( Ⅱ )
LI Zheng-ping;FAN Shuang-Shuang;ZHANG Li-Na;SHI Sheng-xun

..............page:161-162

Preparations of Microfluidic Chip and Study for Apparatus Assembly
LIN Jin-Ming;SU Rong-Guo

..............page:9-10

Analysis Concept and Technique Development of Cell Chip
CHEN Yi

..............page:8

Investigating the Asymmetry Phenomena of Solute Wave in Microfluidic-tube
LIANG Heng;LIU Xiao-long;JIA Zhen-Bin

..............page:28-29

A Micro Power for Micro Total Analysis System
CHEN Zuan-guang;Wang Li-shi;MO Jin-yuan

..............page:26-27

Research on Microfluidics in Gauss Shape Polymeric Microchannels
HE Yong;FU Jian-zhong;CHEN Zi-chen

..............page:24-25

Development of Magnetic Micromixing Method for Microfluidic Chip
WANG Yong-ning;LI Cheng-wu;GUO Xiao-ying;GAO Yun-hua

..............page:22-23

Determination of Nucleic Acid at Nanogram Level by Resonance Light Scattering of Ferric Nanoparticle
CHENG Yong-qiang;LI Zheng-ping;SHI Sheng-xun

..............page:163-164

Studies on Enzyme Kinetics by Microchip and Related Techniques
James J.Bao;WANG Huai-Feng;ZHOU Da-Wei;Ken R. Wehmeyer

..............page:165-166

On-Chip Derivatization for Determining Glutathione in Single Cell Using Microchip Electrophoresis and Laser Induced Fluorescence Detection
LING Yun-Yang;YIN Xue-feng;FANG Zhao-Lun

..............page:167-168

A Study of DNA by Fluorescence Correlation Spectroscopy-single Molecule Detection System
ZHANG Pu-Dun;REN Ji-Cun

..............page:169-170

Determination of Horseradish Peroxidase by Capillary Electrophoresis with Flow-injection Chemiluminescence Detection and Its Application in Immunoassay
WANG Jiao-Ning;REN Ji-Cun

..............page:171-172

Cell Manipulation and Fluorescent Detection of Hela Cell on A Microchip
YAO Bo;LIU Ke-Hui;FENG Xue;LUO Guo-An;WANG Yi-Ming

..............page:173-174

Temporal and Spatial Monitoring the Release from Single Cells with Ultramicroelectrodes Amperometric and Confocal Microscope Fluorescence Imaging Detection
Huang Wei-hua;WU Wen-Zhan;PANG Dai-Wen;WANG Zong-li;Cheng Jie-ke

..............page:175-176

Protein Micro-array Technology and Its Application in Antibody Screening
HE Wei;LIU Zhi-Hong;XU Dan-Ke;LI Ming;SUN Qi-Hong

..............page:177-178

A Rapid Continuous Flow Micro-Polymerase Chain Reaction System for Hepatitis B Virus Amplification
LIU Jin-Hua;SUN Yue;YIN Xue-feng;LU Huo-Xiang;FANG Zhao-Lun

..............page:179-180

Microfluidic Chip for Single-Cell Analysis
Cheng Jie-ke

..............page:181-182

One-dimensional Biochip for Protein Expression
ZHOU Lei-Ji;WANG Ke-min;ZUO Xin-Bing;WEN Jian-Hui;LIU Bin;CHEN Yun-Qing;WANG Wei;TAN Wei-Hong;Huang Sha-sheng

..............page:183-184

Separation of Peptides with Microfluidic Chip System Based on Capillary Electrophoresis and Laser Induced Fluorescence Detection
TANG Min;Fang Qun

..............page:185-186

Separation of FITC-derived Amino Acids by Chip-based Capillary Electrophoresis
HE Qiao-Hong;WANG Nan;CHEN Heng-Wu;Fang Qun;JIA Zhi-Jian

..............page:187-188

Integrated Microfluidic Chip Analyzer for Amino Acids Analysis
Fang Qun;XU Guang-ming;FU Jing-Lin;JIA Zhi-Jian;YIN Xue-feng;FANG Zhao-Lun

..............page:189-190

Development of a Bioanalytical Microdevice for Rapid Detection of Pathogens
HSING I-Ming;CAI Hong;Thomas Ming Hung Lee;Alex Lao

..............page:191

gao deng xue xiao hua xue xue bao zheng gao jian ze

..............page:封三

Automatic Control and Data Analysis in the Microfluidic System
LIU Jing;ZHUANG Gui-sheng;XU Liang-ji;JIA Chun-ping;JIN Qing-hui;ZHAO Jian-Long

..............page:20-21

A Novel Micropump Based on Evaporation and Capillary
GUAN Yan-Xia;DAI Jing;FANG Zhao-Lun

..............page:18-19

Numerical Simulation of Electroosmosis in a Microchip Capillary Electrophoresis
ZHOU Ting;HE Feng-yun;XIA Xing-hua

..............page:16-17

Study on Microfluidic Chip-Fluorescence-coded Microspheres Flow Cytometry
MU Ying;YANG Rui;WU Zhe;JIN Qin-Han

..............page:14-15

Electrical Property of Capillary Electrophoresis Chip
LUO Yi;CHEN Yang;LIU Chong;WANG Li-ding

..............page:13

Molecular Transport in Ploy(dimethylsiloxane) Microchannels for Electrophoresis Fabricated with Synchrotron Radiation-Lithograph and UV-Photolithograph
LIU Bi-feng;LUO Qing-Ming;Shigeru Terabe

..............page:11-12