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利用反向线状印迹及高通量技术分别检测蜱体内梨形虫及全沟硬蜱体内细菌研究

摘要第5-6页
Abstract第6页
CHAPTER I Litterature review第12-32页
    1. Taxonomic position and main biological features of piroplasm第12-13页
    2. Piroplasm infecting ruminants第13-20页
        2.1 Babesia species第13-15页
        2.2 Theileria species第15-17页
        2.3 Life cycle第17-20页
            2.3.1 Life cycle in vector tick第17-18页
            2.3.2 Life cycle in vertebrate host第18-20页
    3. Biological characteristics of ticks第20-24页
        3.1 Classification of ticks第21-22页
        3.2 Tick-borne diseases第22-24页
    4. Diagnostic methods developed to detect and identify Babesia and Theileria species第24-29页
        4.1 Clinical examination第25页
        4.2 Microscopic examination第25页
        4.3 Xenodiagnosis第25-26页
        4.4 Serological assays第26页
        4.5 DNA based assays第26-29页
    5. Piroplasma control第29-32页
        5.1 Vector control第29-30页
            5.1.1 Chemical acaricides第29-30页
            5.1.2 Biological control of ticks第30页
            5.1.3 Vaccines against ticks第30页
        5.2 Babesia and Theileria control第30-32页
            5.2.1 Chemotherapy第30-31页
            5.2.2 Vaccines第31-32页
CHAPTER II Development of Reverse Line Blotting(RLB)第32-53页
    1. Introduction第32页
    2. Materials and methods第32-36页
        2.1 Parasites第32页
        2.2 Genomic DNA extraction第32-33页
        2.3 Collection and identification of field tick samples第33页
        2.4 Primers and probes design第33-34页
        2.5 PCR amplification, cloning and sequencing第34页
        2.6 Development of RLB method第34-35页
        2.7 Specificity and sensitivity of RLB第35页
        2.8 Epidemiological study and analysis第35页
        2.9 Confirmation and sequence analysis of positive samples第35-36页
        2.10 Statistical analysis第36页
    3. Results第36-47页
        3.1 Specificity of RLB第36-39页
        3.2 Sensitivity of RLB第39页
        3.3 Detection and identification of parasite in ticks collected from vegetation第39-42页
        3.4 Detection and identification of parasite in ticks collected from animals第42-46页
        3.5 Sequencing analysis第46-47页
    4. Discussion第47-53页
        4.1 RLB development and piroplasm detection in ticks collected from vegetation第47-49页
        4.2 Piroplasm detection in ticks collected from animals第49-53页
CHAPTER III Piroplasm detection by RLB and the profile of microbiome in Ixodes persulcatus第53-74页
    1. Introduction第53页
    2. Materials and methods第53-57页
        2.1 Piroplasm detection in I. persulcatus by RLB第53-54页
        2.2 Profile of microbiome in I. persulcatus by 16S r RNA sequencing第54页
        2.3 Data analysis第54-56页
        2.4 Data analysis using CLC genomic workbench第56-57页
    3. Results第57-59页
        3.1 Piroplasma detection by RLB第57页
        3.2 Bacteria detection by 16S r RNA sequencing第57-59页
            3.2.1 Bacterial community第57-59页
            3.2.2 Tick-borne pathogens第59页
            3.2.3 Genera of potential pathogenic importance第59页
    4. Discussion第59-74页
Conclusions第74-75页
References第75-90页
Acknowledgements第90-91页
Curriculum Vitae第91-92页

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