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Global Analysis of Phosphorylation Pattern of Silkworm Cells after BmNPV Infection and the Functional Investigation of BmNPV 39K

Abstract第4-5页
Abbreviation第6-10页
Chapter 1: Background of phosphorylation第10-15页
    1. Phosphorylation in living things第10-13页
    2. Phosphorylation in Bombyx mori and BmNPV第13-14页
    3. Phosphorylation in BmNPV 39K第14-15页
Chapter 2: Research Program第15-19页
    1. Purpose and significance第15-16页
    2. Research method第16-17页
    3. Workflow design第17-19页
Chapter 3: Global analysis of phosphoproteome pattern of silkworm cells after BmNPV infection第19-42页
    1. Materials and reagents第19页
    2. Method第19-24页
        2.1 Cell culture and viral infection第19页
        2.2 Sample preparation第19-21页
            2.2.1 Protein extraction第19-20页
            2.2.2 Trypsin digestion第20页
            2.2.3 TMT labeling第20-21页
            2.2.4 HPLC fractionation第21页
            2.2.5 Affinity enrichment第21页
        2.3 Quantitative proteomic analysis by LC-MS/MS第21-23页
            2.3.1 LC-MS/MS analysis第21-22页
            2.3.2 MS/MS data analysis第22-23页
        2.4 Bioinformatics analysis第23-24页
            2.4.1 GO annotation第23页
            2.4.2 KEGG pathway annotation第23页
            2.4.3 Functional enrichment analysis第23-24页
            2.4.4 Subcellular localization and Motif analysis第24页
    3. Results第24-34页
        3.1 Quantification of phosphoproteome第24-29页
        3.2 Bioinformatics analysis第29-34页
    4. Discussion第34-40页
        4.1 Phosphorylation may have a pivotal function on the regulation of binding activity第34-36页
        4.2 Phosphorylation may represent an obligatory regulation in protein synthesis第36-37页
        4.3 Phosphorylation may be responsible for viral replication during infection第37-38页
        4.4 Phosphorylation may regulate anti-apoptotic cells through the kinases activity after BmNPVinfection第38-39页
        4.5 The phosphorylation of BmNPV protein第39-40页
    5. Conclusion第40-42页
Chapter 4: The functional investigation of BmNPV 39K phosphorylation第42-83页
    1. Bioinformatics analysis of 39K第42-47页
        1.1 Tools第42页
        1.2 Methods第42页
            1.2.1 Analysis of BmNPV 39K gene; gene source, ORF, translation, and GC content第42页
            1.2.2 Analysis of 39K physical features, structure and potential functions第42页
        1.3 Results and discussion第42-47页
            1.3.1 Analysis of BmNPV 39K gene; gene source, ORF, translation, and GC content第42-44页
            1.3.2 Analysis of 39K physical features, structure and potential functions第44-47页
    2. Generation of mutant strain第47-69页
        2.1 Materials and reagents第47页
        2.2 Methods第47-61页
            2.2.1 Point mutation第47-54页
                2.2.1.1 Primer design第47-48页
                2.2.1.2 Amplification and extraction of pFastBac from TG1 cells第48-49页
                2.2.1.3 Amplification and extraction of wt Bacmid from DH10Bac cells第49-50页
                2.2.1.4 Production of 39K wildtype and mutant fragment by PCR第50-52页
                2.2.1.5 Double enzyme digestion第52-53页
                2.2.1.6 Digested products linkage第53-54页
            2.2.2 Transformation of linkage products into DH5α competent cells第54-55页
                2.2.2.1 DH5α competent cells preparation第54页
                2.2.2.2 Transformation第54-55页
                2.2.2.3 Identification第55页
            2.2.3 Lambda red-mediated 39K-knockout Bacmid construction第55-58页
                2.2.3.1 DH10Bac cells containing pKD46 plasmid preparation第55-56页
                2.2.3.2 Primers design第56页
                2.2.3.3 PCR production第56页
                2.2.3.4 L-Arabinose DH10Bac pKD46 competent cells第56-57页
                2.2.3.5 39K cat gene Transformation第57页
                2.2.3.6 PCR identification第57-58页
            2.2.4 Repaired Bacmid construction第58-61页
        2.3 Results第61-69页
            2.3.1 Point mutation of 39K第61-65页
            2.3.2 Lambda red-mediated 39K-knockout construction第65-66页
            2.3.3 Repaired bacmid construction第66-69页
    3. The investigation of point mutation effect at S136 phosphosite of BmNPV 39K第69-80页
        3.1 Material and reagents第69页
        3.2 Methods第69-76页
            3.2.1 The transcriptional level of BmNPV 39K第69-72页
                3.2.1.1 The BmNPV infection to BmN cells第69页
                3.2.1.2 The extraction of total RNA第69页
                3.2.1.3 The production of cDNA第69-70页
                3.2.1.4 The transcriptional level of BmNPV 39K analysis by PCR第70-71页
                3.2.1.5 The transcriptional level of BmNPV 39K analysis by qPCR第71-72页
            3.2.2 The effect of point mutation at S136 phosphosite of BmNPV 39K on the viral DNAreplication第72-75页
                3.2.2.1 Bacmids transfection第72页
                3.2.2.2 The extraction of viral DNA第72-73页
                3.2.2.3 The determination of standard curve by qPCR第73-74页
                3.2.2.4 The analysis of BmNPV 39K phosphorylation on the viral replication by qPCR第74-75页
            3.2.3 The effect of point mutation at S136 phosphosite of BmNPV 39K on the the viral genetranscription at different phases第75-76页
                3.2.3.1 Bacmids transfection第75页
                3.2.3.2 The extraction of total RNA第75页
                3.2.3.3 The production cDNA第75页
                3.2.3.4 The analysis of BmNPV 39K phosphorylation on the viral gene transcription at differentphase by qPCR第75-76页
        3.3 Results第76-80页
            3.3.1 Analysis of the transcriptional level of Bm NPV 39K第76-77页
            3.3.2 Analysis of viral DNA replication第77-78页
            3.3.3 Analysis of the viral gene transcription at different phases第78-80页
    4. Discussion第80-82页
    5. Conclusion第82-83页
References第83-92页
Acknowledgement第92页

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