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捻转血矛线虫排泄和分泌蛋白(ESP)免疫调节特性的研究

摘要第16-20页
Abstract第20-26页
Introduction第27-29页
PART Ⅰ: REVIEW OF LITERATURE第29-49页
    CHAPTER 1:Review of literature第29-49页
        1 Life cycle of Haemonchus contortus第29-31页
        2 Pathogenesis第31页
        3 Importance第31-32页
        4 Excretory and secretory Products (ESPs)第32-34页
        5 Immunity against helminths第34-37页
        References第37-49页
PART Ⅱ: RESEARCH WORK第49-265页
    CHAPTER 2: Effects of the Haemonchus contortus excretory and secretory proteins(HcESPs) on the functions of goat peripheral blood mononuclear cells (PBMCs) in vitro第49-79页
        1. Introduction第50-52页
        2. Material and Methods第52-58页
            2.1. Chemical and reagents第52页
            2.2. Collection of adult H. contortus worms and in vitro production of H. contortusexcretory and secretory product (HcESP)第52-53页
            2.3. Production polyclonal IgG against HcESP (IgG_(HcESP))第53-54页
            2.4. Western blot analysis第54页
            2.5. Isolation of goat PBMCs and Confirmation of HcESP binding to PBMCs第54-55页
            2.6. Impact of the HcESP on the cytokine production by goat PBMCs in vitro Detection ofthe cytokine levels by ELISA第55-56页
            2.7. Cell migration assay第56-57页
            2.8. Cell proliferation assay第57页
            2.9. Nitric oxide production Assay第57-58页
            2.10. Apoptosis第58页
        3. Results第58-66页
            3.1 SDS-PAGE page analysis of HcESP第58-59页
            3.2 Immunofluorescence Assay (IFA) for the confirmation of HcESP binding to goatPBMCs第59-61页
            3.3 Effects of the HcESP on the production of cytokines第61-62页
            3.4 Cell migration assay第62-63页
            3.5 Nitric oxide (NO) production第63-64页
            3.6 Cell proliferation第64-65页
            3.7 cell apoptosis第65-66页
        4. Discussion第66-70页
        Reference第70-79页
    CHAPTER 3: Proteomic analysis of Haemonchus contortus excretory and secretoryproteins (HcESPs) binding to goat peripheral blood mononuclear cells (PBMCs) in vitro第79-109页
        1. Introduction第80-83页
        2. Material and Methods第83-86页
            2.1 Chemical and reagents第83-84页
            2.2 Co- Immunoprecipitation (Co-IP)第84页
            2.3 In- Solution trypsin digestion and Liquid chromatography-tandem mass spectrometry(LC-MS/MS)第84-85页
            2.4 Database search第85-86页
            2.5 Gene Ontology (GO)第86页
        3. Results第86-97页
            3.1 In vitro Identification of interacting protein of HcESP第86-94页
            3.2 Gene Ontology analysis第94-97页
        4. Discussions第97-100页
        Reference第100-109页
    Chapter 4: Proteomic analysis of the excretory and secretory proteins of Haemonchuscontortus (HcESP) binding to goat PBMCs in vivo at different developmental stages of theworm第109-163页
        1. Introduction第111-113页
        2. Materials and Methods第113-115页
            2.1 Experimentally infection of H. contortus第113-114页
            2.2 Collection of PBMCs from goats experimentally infected with H. contortus第114页
            2.3 Functional annotation improvement by string protein clustering analysis第114-115页
        3. Results第115-142页
            3.1 Confirmation of the binding of HcESPs to goat PBMCs in vivo第115-116页
            3.2 Analysis of HcESP binding proteins in vivo by LC-MS/MS第116-131页
            3.3 Gene Ontology (GO) analysis第131-136页
            3.4 Improvement of functional annotation by protein clustering第136-142页
        4. Discussion第142-150页
        References第150-163页
    Chapter 5: Molecular cloning, expression and regulatory effects of recombinant proteinof 14-3-3 isoform 2 (rHcftt-2) on the goat PBMCs functions第163-209页
        1. Introduction第164-166页
        2. Materials and methods第166-178页
            2.1 Vectors, Bacterial stains and reagents第166-167页
            2.2 Equipments第167页
            2.3 Parasites第167页
            2.4 Construction of Haemonchus contortus cDNA第167-168页
                2.4.1 Total RNA extraction第167-168页
                2.4.2 cDNA construction第168页
            2.5 Amplification of Hcftt-2 DNA fragment第168-170页
            2.6 Cloning of of Hcl4-3-3 into T-vector第170-172页
                2.6.1 Transformation of Hc14-3-3 into DH5a第170-171页
                2.6.2 Plasmid extraction identification第171-172页
                2.6.3 Identification of the recombinant plasmid pMD-19T/Hcftt-2第172页
            2.7 Construction of prokaryotic expression plasmid pET32/Hcftt-2第172-173页
            2.8 Expression and purification of recombinant第173-174页
            2.9 Generation of polyclonal antibodies第174页
            2.10 Immuno-blot for the rHcftt-2第174-175页
            2.11 Sequence alignments and phylogenetic analysis第175页
            2.12 Prediction of B and T cell epitopes第175页
            2.13 Binding of rHcftt-2 to goat PBMC第175-176页
            2.14 Detection of the cytokine levels by ELISA第176页
            2.15 Cell migration assay第176-177页
            2.16 Cell proliferation assay第177页
            2.17 Nitric oxide production Assay第177-178页
            2.18 Apoptosis第178页
        3. Results第178-193页
            3.1 Cloning of Hcftt-2gene第178-179页
            3.2 Construction and identification of the recombinant pET-32a (+)-Hcftt-2第179-180页
            3.3 Sequence analysis第180-183页
            3.4 Phylogenetic analysis第183-184页
            3.5 Prediction of B and T cell epitopes第184-185页
            3.6 Expression and purification of rHcftt-2第185-186页
            3.7 Detection of recombinant Hcftt-2 protein by western blotting第186-187页
            3.8 Binding of rHcftt-2 to goat PBMCs第187-188页
            3.9 Detection of the cytokine levels by ELISA第188-189页
            3.10 Cell migration assay第189-190页
            3.11 Cell proliferation assay第190-191页
            3.12 Nitric oxide production Assay第191-192页
            3.13 Apoptosis第192-193页
        4. Discussion第193-198页
        References第198-209页
    Chapter 6:Molecular Cloning, Expression and effects on the goat PBMCs functions ofsmall GTPase ADP-ribosylation factor gene (HcARF1)第209-237页
        1. Introduction第210-211页
        2. Materials and methods第211-212页
        3. Results第212-227页
            3.1 Cloning of HcARF1 gene第212-213页
            3.2 Sequence and phylogenetic analysis第213-218页
            3.3 Prediction of B and T Cell epitopes第218-219页
            3.4 Expression and purification of rHcARFl第219页
            3.5 Detection of recombinant HcARF1protein by western blotting第219-220页
            3.6 Binding of rHcARFlto PBMC第220-221页
            3.7 Detection of the cytokine levels by ELISA第221-223页
            3.8 Cell migration assay第223-224页
            3.9 Cell proliferation assay第224-225页
            3.10 Nitric oxide production Assay第225-226页
            3.11 Apoptosis第226-227页
        4. Discussion第227-229页
        References第229-237页
    Chapter 7: Molecular Cloning, Expression and effects on the goat PBMCs functionscysteine-rich secretory proteins, antigen 5, and pathogenesis-related 1 protein (Hc-24)第237-265页
        1. Introduction第238-239页
        2. Materials and methods第239-240页
        3. Results第240-254页
            3.1 Cloning of Hc-24 gene第240-241页
            3.2 Construction and identification of the recombinant pET-32a (+)-Hc-24第241-242页
            3.3 Sequence and Phylogenetic analysis of Hc-24第242-245页
            3.5 Prediction of B and T cell epitopes第245-246页
            3.6 Expression and purification of rHc-24第246页
            3.7 Detection of recombinant Hc-24 protein by western blotting第246-247页
            3.8 Binding of rHc-24 to goat PBMCs第247-248页
            3.9 Detection of the cytokine levels by ELISA第248-250页
            3.10 Cell migration assay第250-251页
            3.11 Cell proliferation assay第251-252页
            3.12 Nitric oxide production Assay第252-253页
            3.13 Apoptosis第253-254页
        4. Discussion第254-258页
        References第258-265页
Publications第265-267页
Acknowledgement第267-269页
Dedication第269页

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