首页--环境科学、安全科学论文--环境科学基础理论论文--环境生物学论文--生态系统与污染生态学论文--污染生态学论文

基于高通量测序技术探讨生物信息学在氟化物毒理机制和水环境微生物耐药机制研究中的应用

Acknowledgements第9-10页
Review第10-23页
    References第20-23页
Part 1:Transcriptome Sequencing of Gene Expression in the Testicles of ExperimentalFluorosis Mice第23-81页
    摘要第24-26页
    Chapter 1:Role of IL-17 Pathways in Immune Privilege by RNA-Sequencing Analysis ofthe Mouse Testicles Exposed to Fluoride第26-62页
        Abstract第26-28页
        1 Introduction第28-29页
        2 Materials and methods第29-39页
            2.1 Animals第29页
            2.2 Tissue collection第29-30页
            2.3 RNA extraction and sample preparation第30页
            2.4 RNA deep sequencing第30-37页
            2.5 Gene annotation and expression profiling analysis第37页
            2.6 Enriched biochemical pathways in the fluorosis testicle第37-38页
            2.7 Quantitative real-time(qRT)-PCR第38页
            2.8 Data analysis for qRT-PCR第38-39页
        3 Result第39-55页
            3.1 Overview and summary of sequencing data from RNA-sequencing analysis第39页
            3.2 Identification of genes and pathways altered in experimental fluorosis testicle第39-51页
            3.3 Description of important and representative genes altered in the fluorosis testicle第51页
            3.4 Expression Analysis by qRT-PCR第51-55页
        4 Discussion第55-58页
        5 Conclusion第58-59页
        References第59-62页
    Chapter 2:Effect of High-Level Fluoride on the Expression of Tight Junction Signaling Pathway in Mouse Testicles第62-81页
        Abstract第62-64页
        1 Introduction第64-65页
        2 Materials and methods第65-68页
            2.1 Animals and tissue collection第65页
            2.2 RNA extraction and RNA deep sequencing第65-66页
            2.3 Enriched biochemical pathways in the fluorosis testicle第66-67页
            2.4 qRT-PCR第67页
            2.5 Data analysis第67-68页
        3 Result第68-73页
            3.1 Gene expression overview using Illumina sequencing第68页
            3.2 Sequence mapping to the mouse reference genome第68-70页
            3.3 Pathway enrichment analysis in the fluorosis testicle by IPA第70页
            3.4 Expression analysis by qRT-PCR第70-73页
        4 Discussion第73-77页
        5 Conclusion第77-78页
        References第78-81页
Part 2:Microbial Diversity and Resistant Gene Prevalence of Water Environments inChina's Coastal Aquaculture Sites Based on the Metagenomic Approach第81-168页
    摘要第82-84页
    Abstract第84-86页
    1 Introduction第86-92页
    2 Materials and methods第92-96页
        2.1 Study site and sample collection第92-94页
        2.2 Total DNA extraction第94页
        2.3 Sequencing of the 16S rRNA genes第94页
        2.4 High-throughput sequencing of microbial metagenome第94页
        2.5 Bioinformatic analysis on metagenomic data第94-96页
    3 Result第96-151页
        3.1 DNA concentration第96页
        3.2 Total ARGs abundance and diversity in China coastal areas第96-100页
        3.3 Pervasive antibiotic resistant types in each sample第100-106页
        3.4 Abundance of aminocoumarin-resistant genes第106页
        3.5 Abundance of aminoglycoside-resistant genes第106-115页
        3.6 Abundance of beta-lactam antibiotic resistant genes第115-116页
        3.7 Abundance of chloramphenicol-resistant genes第116页
        3.8 Abundance of MLS_B resistant genes第116-130页
        3.9 Abundance of polypeptide-resistant genes第130-131页
        3.10 Abundance of quinolone-resistant genes第131-134页
        3.11 Abundance of tuberculostatics resistant genes第134页
        3.12 Abundance of sulfonamide-resistant genes第134-141页
        3.13 Abundance of tetracycline-resistant genes第141-142页
        3.14 Abundance of multidrug resistant genes第142-150页
        3.15 Abundance of other related resistant genes第150-151页
    4 Discussion第151-162页
        4.1 Geographical distribution of drug-resistant genes along the coast第151-153页
        4.2 Epidemic characteristics and molecular mechanism of antibiotic-resistant bacteria第153-159页
        4.3 Occurrence of resistant genes in sediments from the coastal aquaculture sites第159-161页
        4.4 Molecular techniques for the detection of environmental ARGs第161-162页
    5 Conclusion第162-163页
    References第163-168页
结论与展望(Conclusion and Prospection)第168-170页
创新性(Innovation)第170-172页
    技术创新(Technological Innovation)第170-171页
    工作创新(Content Innovation)第171-172页
致谢第172-174页
附件(Attachment)第174-184页
    Curriculum Vitae第174-180页
    个人简介第180-183页
    已发表论文及主持项目(Papers & Projects)第183-184页
附录第184-240页

论文共240页,点击 下载论文
上一篇:转基因小鼠皮肤转录组测序揭示microRNA-137的毛色生成调控机制
下一篇:苦参碱抗PRRSV/PCV2共感染及其作用机制