首页--农业科学论文--植物保护论文--病虫害及其防治论文--植物病害及其防治论文--侵(传)染性病害论文

洋葱伯克氏群细菌的分子致病基础及其对生境适应性研究

ACKNOWLEDGEMENT第9-11页
Table of contents第11-14页
List of Tables第14-15页
List of Figures第15-18页
Abstract第18-20页
摘要第21-23页
CHAPTER 1 Introduction第23-27页
CHAPTER 2 Literature Review第27-38页
    2.1. Burkholderia cepacia complex and ecology第27-28页
    2.2. Biogical potentials of Bcc第28-31页
        2.2.1. Plant disease control第28-29页
        2.2.2. Plant growth-promoting rhizobacteria第29-30页
        2.2.3. Role of Bcc in Bioremediation第30-31页
    2.3. Potential Risk associated with Bcc第31-34页
        2.3.1. Bcc as Phytopathogen第31页
        2.3.2. Bcc as human opportunistic pathogen第31-34页
    2.4. Genetics comparison of Bcc and niche adaptation第34-38页
        2.4.1. Genomics study of Bcc第34-35页
        2.4.2. Transcriptomics study of Bcc第35-36页
        2.4.3. Proteomics study of Bcc第36-38页
CHAPTER 3 Development of lettuce as an alternative infection model for Bcc and testing thevirulence status of isolates from bamboo rhizosphere China第38-50页
    3.1. Abstract第38页
    3.2. Introduction第38-40页
    3.3. Materials and Methods第40-42页
        3.3.1. Bacterial isolates and culture condition第40页
        3.3.2. Inoculation of Bcc to lettuce第40-41页
        3.3.3. Animal studies第41-42页
        3.3.4. Detection of putative transmissibility markers第42页
        3.3.5. Data Analysis第42页
    3.4. Results第42-47页
        3.4.1. Bamboo rhizosphere isolates and potential pathogenicity第42-43页
        3.4.2. Virulence status of B. anthina第43-44页
        3.4.3. Virulence status of B. stabilis第44-45页
        3.4.4. Virulence status of B. pyrrocinia第45页
        3.4.5. Virulence status of B. arboris第45-46页
        3.4.6. Transmissibility characteristics in bamboo rhizosphere isolates第46-47页
    3.5. Discussion第47-49页
    3.6. Conclusions第49-50页
CHAPTER 4 Diversity of potential pathogenicity and biofilm formation among Burkholderiacepacia complex from water,clinical,and agricultural isolates in China第50-66页
    4.1. Abstract第50页
    4.2. Introduction第50-52页
    4.3. Materials and Methods第52-55页
        4.3.1. Bacterial strains and culture conditions第52页
        4.3.2. Alfalfa infection assay第52页
        4.3.3. Lettuce infection assay第52-53页
        4.3.4. Transmission electron microscopy第53页
        4.3.5. G. mellonella virulence assay第53-54页
        4.3.6. Animal studies第54页
        4.3.7. Quantitation of Biofilm formation第54-55页
        4.3.8. Statistical analyses第55页
    4.4. Results第55-63页
        4.4.1. Bcc strains and their infectivity to Alfalfa第55页
        4.4.2. Bcc infectivity to lettuce detached midrib第55-58页
        4.4.3. Susceptibility of G. mellonella to Bcc第58-59页
        4.4.4. Bcc infectivity to lettuce intact leaves第59-60页
        4.4.5. Susceptibility of SPD rat to Bcc第60-62页
        4.4.6. Association of pathogenicity to biofilm formation第62-63页
    4.5. Discussion第63-65页
    4.6. Conclusions第65-66页
CHAPTER 5 Outer membrane proteome analysis of Burkholderia cepacia complex underniche specific and independent growth condition by LC-MS/MS.第66-93页
    5.1. Abstract第66-67页
    5.2. Introduction第67-68页
    5.3. Materials and Methods第68-72页
        5.3.1. Bcc bacterial strains第68页
        5.3.2. Culture conditions and growth curve第68-70页
        5.3.3. Outer membrane protiens extraction第70页
        5.3.4. One-Dimendional SDS-PAGE第70页
        5.3.5. LC-MS/MS of trypsin-digested proteins第70-71页
        5.3.6. Subcellular localaiztion of protiens第71-72页
    5.4. Results第72-84页
        5.4.1. Growth curve in host mimic conditions第72-73页
        5.4.2. Outer membrane protien extraction and SDS-PAGE第73页
        5.4.3. Protein profiling of major Bcc OM proteins第73-75页
        5.4.4. Characterization of the OM proteome of B. multivorans第75-76页
        5.4.5. Characterization of the OM proteome of B. cenocepacia第76-79页
        5.4.6. Characterization of the OM proteome of B. veitnamiensis第79-80页
        5.4.7. Characterization of the proteome of B. cepacia第80-82页
        5.4.8. Proteins always present in the outer membrane of Bcc第82-84页
    5.5. Discussion第84-92页
    5.6. Conclusions第92-93页
CHAPTER 6 Copper as an antimicrobial agent for human pathogenic multidrug resistantbacterium Burkholderia cepacia complex第93-109页
    6.1. Abstract第93页
    6.2. Introduction第93-95页
    6.3. Materials and Methods第95-98页
        6.3.1. Bacterial strains and culture condtions第95-96页
        6.3.2. Copper metallic surfaces and copper powder第96页
        6.3.3. Viability assays on copper and control surfaces第96-97页
        6.3.4. Antibacterial activity of copper powder第97页
        6.3.5. Single Cell Gel electrophoresis (SCGE)第97-98页
        6.3.6. ICP-MS Analysis第98页
        6.3.7. Testing Cell disintegration using general staining methods第98页
        6.3.8. Statistical analyses第98页
    6.4. Results第98-105页
        6.4.1. Antibacterial efficiency of metallic copper surfaces toward Bcc第98-101页
        6.4.2. Antibacterial efficiency of metallic copper powder toward Bcc第101-102页
        6.4.3. Acute copper toxicity and DNA damage第102-103页
        6.4.4. Cell disintegration by copper第103页
        6.4.5. Accumulation of copper ions by bacterial cells第103-105页
    6.5. Discussion第105-108页
    6.6. Conclusions第108-109页
General Conclusions第109-110页
References第110-129页
List of publication第129-131页

论文共131页,点击 下载论文
上一篇:网间互联法律问题研究
下一篇:无铅无卤素FCBGA封装产品的湿气控制和纳米金刚石薄膜的热学性能研究