首页--农业科学论文--植物保护论文--农药防治(化学防治)论文--各种农药论文--杀虫剂论文

Management of Pest Insects via Allylisothiocyanate Formulations with Regard to Mechanism of Insecticidal Action

ABSTRACT第12-15页
摘要第16-19页
INTRODUCTION第19-23页
CHAPTER-1 Review of literature第23-47页
    1. Allylisothiocyanate第23-26页
        1.1 Brief history第23页
        1.2 Biosynthesis and biological functions第23页
        1.3 Commercial and other applications第23-24页
        1.4 Safety第24页
        1.5 Mode of insecticidal action第24页
        1.6 Pesticidal activity第24-26页
            1.6.1 Insecticidal activity第24-26页
            1.6.2 Fungicidal and bactericidal activities第26页
    2. Other glucosinolate breakdown products第26-34页
        2.1 Pesticidal activity第26-34页
            2.1.1 Insecticidal and nematocidal activity第26-29页
            2.1.2 Fungicidal and bactericidal activities第29-32页
            2.1.3 Herbicidal activity第32-34页
    3. Other photochemicals第34-44页
        3.1 Mode of action第34-36页
        3.2 Insecticidal activity第36-44页
    4. Pesticides mixtures第44-47页
        4.1 Background of mixture pesticides第44页
        4.2 Benefits associated with pesticide mixtures第44-47页
CHAPTER-Ⅱ Effect of AITC on stored and vegetable insects第47-64页
    1. Introduction第47-49页
    2. Materials and methods第49-52页
        2.1 Test insects and rearing conditions第49-50页
        2.2 Chemicals and insecticides第50页
        2.3 Susceptibility of pest insects to AITC in EPPENDORF micro test tube第50-52页
            2.3.1 AITC tested against major stored product insects第50-51页
            2.3.2 AITC tested against serious vegetable insect larvae第51-52页
        2.4 PH3 experiment第52页
        2.5 Data analysis第52页
    3. Results第52-60页
        3.1 AITC fumigant activity on stored insects第52-58页
            3.1.1 Fumigant activity of AITC dry application第55页
            3.1.2 Fumigant activity of AITC wet-table application第55页
            3.1.3 Results of probit analysis第55-58页
        3.2 AITC fumigant activity on vegetable insect larvae第58-60页
    4. Discussion第60-62页
    5. Conclusions第62-64页
CHAPTER-Ⅲ Effect of AITC formulations on P. xylostella,P. rapae and S. lituralarvae by spraying and leaf dipping methods第64-86页
    1. Introduction第64-67页
    2. Materials and methods第67-70页
        2.1 Chemicals第67页
        2.2 Collection and culturing of insects第67-68页
        2.3 Toxicity bioassays第68-69页
        2.4 Chlorpyrifos and cypermethrin bioassay第69页
        2.5 Enzymes preparation第69页
        2.6 Assay of AChE activity第69-70页
        2.7 Assay of GST activity第70页
        2.8 Total protein content assay第70页
        2.9 Data analysis第70页
    3. Results and discussion第70-85页
        3.1 AITC bioassays on three insect larvae第70-79页
            3.1.1 AITC spraying and dipping bioassay on P. rapae larvae第71-72页
            3.1.2 AITC spraying and dipping bioassay on P. xylostella larvae第72-74页
            3.1.3 AITC spraying on P. xylostella,P. rapae and S. litura larvae第74-79页
        3.2 Enzymes activity bioassays第79-85页
            3.2.1 Effect of AITC formulations in the protein contents第79页
            3.2.2 Effect of AITC formulations in the enzymes activities第79-85页
    4. Conclusions第85-86页
CHAPTER-Ⅳ Effect of hong ju on stored and vegetable insects,and in the AChE actiyityand grain viability第86-105页
    1. Introduction第86-88页
    2. Materials and methods第88-92页
        2.1 Insects cultures第88页
        2.2 Chemicals第88-89页
        2.3 Susceptibility bioassays against test insect pests第89-90页
            2.3.1 Fumigant toxicity test第89页
            2.3.2 Spray application test第89-90页
        2.4 Seed germination test第90页
        2.5 Enzyme assays第90-91页
            2.5.1 Purification of acetylcholinesterase(AChE)第90-91页
            2.5.2 Total protein content assay第91页
            2.5.3 In vivo AChE activity assays第91页
        2.6 Statistical analysis第91-92页
    3. Results第92-99页
        3.1 Hong ju fumigation bioassays第92-97页
            3.1.1 Hong ju fumigant activity on maize第92-94页
            3.1.2 Hong ju fumigant activity on rice第94-96页
            3.1.3 Effect of Hong ju on maize and rice viability第96-97页
        3.2 Hong ju spray application bioassays第97-98页
        3.3 Effect of Hong ju in the protein concentration and AChE activity第98-99页
    4. Discussion第99-103页
    5. Conclusions第103-105页
CHAPTER-Ⅴ Ultra-structural observations in the midgut and integument epithelial cellsof T. confusum and P. xylostella larvae第105-133页
    1. Introducton第105-106页
    2. Materials and methods第106-109页
        2.1 Chemicals and culturing of the insects第106-107页
        2.2 Dissection and processing for electron microscopy transmission第107-109页
            2.2.1 T. confusum larvae第107-108页
            2.2.2 P.xylostella larvae第108-109页
    3. Results第109-127页
        3.1 Results of light microscopy第109-110页
        3.2 Results of electron microscopy第110-127页
            3.2.1 AITC-treated T. confusum larvae第110-116页
                3.2.1.1 The integument第110-112页
                3.2.1.2 The midgut第112-116页
            3.2.2 The integument and midgut of PH_3-treated T. confusum larvae第116-118页
            3.2.3 Results of electron microscopy of P. xylostella larvae第118-127页
                3.2.3.1 Histology and ultra-structure of the integument of untreated larvae第118-119页
                3.2.3.2 Histology and ultra-structure of the integument of treated larvae第119-122页
                3.2.3.3 Ultra-structure of the midgut of treated and unreated larvae第122-127页
    4. Discussion第127-132页
    5. Conclusions第132-133页
REFERENCES第133-170页
ACKNOWLEDGEMENTS第170-171页
Publicaitons第171页

论文共171页,点击 下载论文
上一篇:Tmubl在IL-6诱导的肝细胞增殖过程中的作用及其表达调控的研究
下一篇:鸭绿江河口区沉积特征及其环境记录