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电阻抗微流控芯片及细胞粘连、迁移和分化过程的实时监测

Acknowledgements第6-8页
Abstract第8页
Resume第9-10页
摘要第10-11页
Table of Contents第11-14页
Outline第14-18页
Chapter 1 Introduction第18-68页
    1.1 Cells and in vitro cell culture第20-24页
    1.2 Cell culture behaviors第24-33页
        1.2.1 Cell adhesion第24-26页
        1.2.2 Cell migration第26-28页
        1.2.3 Cell proliferation第28-29页
        1.2.4 Cell apoptosis第29-31页
        1.2.5 Cell differentiation第31-33页
    1.3 Microfluidic for cell biology study第33-48页
        1.3.1 Cell culture第35-38页
        1.3.2 Cell manipulation第38-41页
        1.3.3 Cell analysis第41-48页
    1.4 Electrical impedance and its application in cell biology第48-58页
        1.4.1 Fundamentals of slsctrical impedance第48-50页
        1.4.2 Electrical properies of cells and tissues第50-55页
        1.4.3 Applications of impedance sensing in cell biology第55-58页
    1.5 Goals of this work第58-60页
    References第60-68页
Chapter 2 Microdevice fabrication第68-100页
    2.1 Introduction第70-71页
    2.2 UV photolithography第71-82页
        2.2.1 General principles第71-72页
        2.2.2 Optical masks第72-74页
        2.2.3 Photoresist第74-75页
        2.2.4 UV exposure第75-80页
        2.2.5 Multidirectionsl UV Lithography第80-82页
    2.3 Soft lithography第82-87页
        2.3.1 Mechanism and fabrication process第82-84页
        2.3.2 Microcontact printing of microscale patterns第84-87页
    2.4 Patter transfer第87-90页
        2.4.1 Etching第87-89页
        2.4.2 Lift-off第89-90页
    2.5 Fabrication of microfluidic devices第90-94页
        2.5.1 PDMS microdevice第90-92页
        2.5.2 Integration of microelectrode第92-94页
    2.6 Conclusion第94-96页
    References第96-100页
Chapter 3 Impedance monitoring of cell adhesion and proliferation第100-122页
    3.1 Introduction第102-107页
        3.1.1 Microscope-based techniques for cell adhesion study第102-105页
        3.1.2 Impedance sensing for cell adhesion study第105-107页
    3.2 Device design,fabrication and characterization第107-110页
        3.2.1 Device design and fabrication第107-109页
        3.2.2 Device characterization第109-110页
    3.3 Cell culture on mesoporous membrane第110-111页
    3.4 Impedance monitoring of cell adhesion第111-112页
    3.5 Impedance monitoring of cell proliferation第112-116页
    3.6 Conclusion第116-118页
    References第118-122页
Chapter 4 Transwell impedance monitoring of single cell migration第122-142页
    4.1 Introduction第124-128页
        4.1.1 Boyden chamber based cell assays第124-126页
        4.1.2 Cell migration assay with impedance sensing第126-128页
    4.2 Transwell electric impedance device design and fabrication第128-129页
    4.3 System characterization第129-131页
    4.4 Cell culture第131-132页
    4.5 Single cell migration assay第132-133页
    4.6 Impedance monitoring of transwell cell migration第133-136页
    4.7 Chemoattractant concentration dependence第136-137页
    4.8 Conclusion第137-138页
    References第138-142页
Chapter 5 Multiplexed impedance monitoring of cell differentiation第142-168页
    5.1 Introduction第144-148页
        5.1.1 Fundamental of adipocyte differentiation第145-147页
        5.1.2 Cell differentiation assay by electrochemical impedance sensing第147-148页
    5.2 Multiplexed impedance sensing第148-151页
        5.2.1 Multiplexed impedance meter第148-149页
        5.2.2 Design and fabrication of multiplexed impedance sensing elements第149-151页
    5.3 Preadipocyte culture and differentiation第151-152页
    5.4 Impedance measurement第152-153页
    5.5 Oil red O staining第153页
    5.6 Impedance monitoring of preadipocyte adhesion第153-155页
    5.7 Impedance monitoring of adipocyte differentiation第155-159页
    5.8 Direct observation by optical imaging第159-162页
    5.9 Conclusion第162-164页
    References第164-168页
Conclusions and perspectives第168-174页
Publication list第174页

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