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生物可激发介质中的动力学行为及其同步

Contents第6-9页
论文摘要第9-11页
Abstract第11页
Resume第12-13页
Acknowledgements第13-15页
Contents第15-16页
1 Introduction第16-28页
    1.1 Rhythmic activities in biology第16-17页
    1.2 Towards understanding uterine contractions第17-22页
        1.2.1 Absence of pacemaker cells in uterus第18-19页
        1.2.2 Uterine electrophysiological changes during pregnancy第19-21页
        1.2.3 Modeling uterine activities第21-22页
    1.3 Anatomical description of uterus第22-24页
    1.4 Coupling induced oscillations第24-26页
    1.5 Synchronizations第26-27页
    1.6 Main work of the thesis第27-28页
2 Description of smooth muscle cells第28-64页
    2.1 Overview of Hodgkin-Huxley model第28-31页
    2.2 MOdel of a uterine myocyte:approach of Rihana et al第31-49页
        2.2.1 Sodium Channel第32-35页
        2.2.2 Calcium Channel第35-41页
        2.2.3 Potassium Channel第41-46页
        2.2.4 Calcium potassium dependent current第46-47页
        2.2.5 Leakage Current第47-48页
        2.2.6 Limitations and Discussion第48-49页
    2.3 Model of a uterine myocyte:approach of Tong et al第49-56页
        2.3.1 Description of ion channels第49-51页
        2.3.2 Intracellular calcium dynamics第51-54页
        2.3.3 Validaltion of the modified Tong model第54-56页
    2.4 Single cell response under stimulus第56-59页
    2.5 FHN as a simplified myocyte model第59-62页
        2.5.1 Description of FHN model第60-61页
        2.5.2 Stability analysis第61-62页
    2.6 Conclusion第62-64页
3 Coupling induced oscillations in Uterus第64-85页
    3.1 Description of passive cells第64-66页
    3.2 Coupling induced pacemaker activity in FHN model第66-71页
    3.3 Coupling induced pacemaker activity in realistic model第71-82页
        3.3.1 Role of G第73-75页
        3.3.2 Role of V_p~r第75-76页
        3.3.3 Role of n_p第76-77页
        3.3.4 Combined effect of ICLC and fibroblasts第77-82页
    3.4 Discussion & Conclusions第82-85页
4 Oscillations in extended systems:clusters and synchronisation第85-113页
    4.1 2-D FHN model of the uterus第85-103页
        4.1.1 Model & Method第86-88页
        4.1.2 Passive cell distribution第88-89页
        4.1.3 Cluster formation第89-94页
        4.1.4 Global synchronization第94-99页
        4.1.5 Phase diagram第99-103页
    4.2 2-D realistic model of the uterus第103-110页
        4.2.1 Model & Method第104-105页
        4.2.2 Results第105-110页
    4.3 Disussion & Conclusion第110-113页
5 Disorder-induced fluctuations,system-size dependence and scaling第113-135页
    5.1 Introduction第113-116页
    5.2 Global oscillations and large fluctuations第116-120页
    5.3 Fluctuations of passive cell density and local activity第120-123页
        5.3.1 Averaging procedure第120-121页
        5.3.2 Pacemaker-like regions and diflusion第121-123页
    5.4 Statistical description第123-132页
        5.4.1 Distribution of passive cells第123-124页
        5.4.2 Probability of having a pacemaker-like region in a subset of N_d cells第124-126页
        5.4.3 Probability of having a pacemaker-like region in the system第126-130页
        5.4.4 System size dependence第130-132页
    5.5 Discussion第132-133页
        5.5.1 Influence of the mean passive cell density第132-133页
        5.5.2 Influence of the law of probability of the passive cell distribution第133页
    5.6 Conclusion第133-135页
6 Conclusions and future work第135-139页
    6.1 Conclusions第135-137页
        6.1.1 Uterine myocyte models第135-136页
        6.1.2 Uterine activities第136-137页
    6.2 Future work第137-139页
Bibliography第139-155页
Appendices第155-161页
    A Modified Rihana's model第156-160页
    B Derivation of effective passive cell resting potential第160-161页

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