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紫茎泽兰(Eupatorium adenophorum Spreng)致病型链格孢菌毒素(Tenuazonic Acid)作用靶标与杀草机理的研究

中文摘要第10-13页
Abstract第13-15页
Abbreviations第16-19页
Chapter 1 Literature review第19-41页
    1.1 Herbicide mode of action第19-31页
    1.2 Herbicide resistance第31-33页
    1.3 Bioherbice第33-39页
    1.4 Aims of the present study第39-41页
Chapter 2 Primary Study of the action site of TeA第41-61页
    中文摘要第41-42页
    Abstract第42页
    2.1 Introduction第42-44页
    2.2 Materials and methods第44-49页
    2.3 Results and analysis第49-57页
        2.3.1 Effect of TeA on oxygen evolution in photosynthesis and Chlorophyll a and b of leaf of E. adenophorum第49-50页
        2.3.2 Effect of TeA on two photosystems and membrane protein in thylakoids第50-52页
        2.3.3 Effect of TeA on total soluble protein and RuBPCase of E. adenophorum第52-53页
        2.3.4 Effect of TeA on chlorophyll a fluorescence of leaves of E. adenophorum第53-56页
        2.3.5 Effect of TeA on the chlorophyll fluorescence kinetics of PSII pellets of E. adenophorum第56页
        2.3.6 Effect of TeA on ATPase activity of thylakoids of E. adenophorum第56-57页
        2.3.7 Effect of TeA on mitochondria第57页
    2.4 Discussion第57-61页
Chapter 3 Study of precise action site of TeA in photosystem II第61-98页
    中文摘要第61-62页
    Abstract第62页
    3.1 Introduction第62-64页
    3.2 Materials and methods第64-72页
    3.3 Results and analysis第72-90页
        3.3.1 Effect of TeA on PSII electron transport activity of thylakoid membranes第72-73页
        3.3.2 Effect of TeA on fluorescence rise transient kinetics OJIP curves第73-75页
        3.3.3 Effect of TeA on behaviour of PSII: the JIP test第75-78页
        3.3.4 Effect of TeA on PSII reaction centers第78-83页
        3.3.5 Effect of TeA on turn over Q_A reducing events第83-86页
        3.3.6 Effect of TeA on the FNR system and the reduction of NADP~+第86页
        3.3.7 Effect of TeA on the pipeline models第86-89页
        3.3.8 Binding competition between TeA and [~(14)C]atrazine第89-90页
    3.4 Discussion第90-98页
Chapter 4 Identification of TeA binding in Qs-site of photosystem II第98-123页
    中文摘要第98-99页
    Abstract第99-100页
    4.1 Introduction第100-101页
    4.2 Materials and methods第101-105页
    4.3 Results and analysis第105-116页
        4.3.1 Effect of TeA on O_2 evolution rate of PSII of thylakoids第105-106页
        4.3.2 Effect of TeA on chlorophyll fluorescence induction rise kinetics of C. reinhardtii第106-108页
        4.3.3 JIP-test: effect of TeA on activity of PSII reaction center第108-109页
        4.3.4 Competitive binding between TeA and atrazine assay第109-110页
        4.3.5 Effect of TeA on photoaffinity labeling protein of atrazine第110页
        4.3.6 Thylakoids of wild-type and mutants D1 of C. reinhardtii sensitivity to TeA assay第110-112页
        4.3.7 Effect of TeA on some parameters from JIP-test of wild-type and mutant D1-Gly256Asp of C. reinhardtii第112-113页
        4.3.8 Competitive binding of TeA by thylakoids of wild type and mutant D1-Gly256Asp of C. reinhardtii第113-115页
        4.3.9 Proposed modeling: TeA binding sites第115页
        4.3.10 Analysis of biology activity of TeA and its analogues第115-116页
    4.4 Discussion第116-123页
Chapter 5 Mechanism of TeA-caused cell death of Eupatorium adenophorum through production of reactive oxygen species第123-165页
    中文摘要第123-125页
    Abstract第125页
    5.1 Introduction第125-130页
    5.2 Materials and methods第130-137页
    5.3 Results and analysis第137-158页
        5.3.1 Timing and pattern of TeA-induced damage in leaves第137-138页
        5.3.2 Histochemical location determines TeA-induced oxidative burst第138-143页
        5.3.3 Dichlorofluorescein measures TeA-induced ROS production in mesophyll cells and epidermal peels and protoplasts第143-145页
        5.3.4 Cytochemical location confirms cellular sources of TeA-induced H_2O_2 generation第145-147页
        5.3.5 EPR detects the species of TeA-induced ROS in thylakoids第147-150页
        5.3.6 TeA incubation causes damage to mesophyll cells第150-155页
        5.3.7 ROS induced by TeA cause damage in nucleus第155-158页
    5.4 Discussion第158-165页
全文结论与讨论第165-171页
References cited第171-198页
致谢第198-199页
攻读博士学位期间撰写及发表论文、发明专利和参加科研项目目录第199-201页
附表第201-207页

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