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Development of Peptides from HepG2 Cells as the Candidate Targets for the Therapy and Diagnosis of Hepatocarcinoma

Abstract第3-5页
Ⅰ.INTRODUCTION第8-31页
    1. Phage display and cancer research第8-10页
    2. Phage display technology第10-14页
    3. Phage display peptides as tumor biomarkers第14-18页
        3.1 Peptides as targets of intracellular signal molecules and transcriptional factors第14-15页
        3.2 Peptides as targets of extracellular signal molecules第15-16页
        3.3 Peptides as targets of tumor neovasculature第16-17页
        3.4 Peptides as targets of molecules related to tumor invasion and metastasis第17-18页
    4. Phage display peptides as tumor imaging agents第18-20页
    5. Phage display peptides in diagnostic applications第20-22页
    6. Phage display peptides in cancer therapies第22-25页
    7. Phage display peptides for drug delivery第25-27页
    8. Future challenges第27-28页
    9. Conclusion and outlook第28-31页
Ⅱ.PROPOSAL DESIGiNATION第31-32页
Ⅲ.MATERIAL AND METHOFS第32-44页
    1. Material第32-36页
        1.1 Cell lines,phage display peptide library,host bacteria第32页
        1.2 Reagent and consumables第32-33页
        1.3 Experimental equipments and Instruments第33-34页
        1.4 Medium and solutions第34-36页
    2. Methods第36-44页
        2.1 Seed cells第36页
        2.2 Cell passage第36页
        2.3 Freezing cells第36页
        2.4 Rescue of cells第36-37页
        2.5 Activation of E.coli ER2738第37页
        2.6 BRASIL(biopanning and rapid analysis of selective interactive ligands, BRASIL)第37-38页
        2.7 Library preparation and amplification第38-39页
        2.8 Library titration第39-40页
        2.9 Plaque Amplification第40页
        2.10 Cell ELISA第40-41页
        2.11 Rapid purification of sequencing templates第41-42页
        2.12 Stranded DNA sequencing第42-43页
        2.13 Immune fluorescence for target activity of positive phgae clones第43-44页
Ⅳ.RESULT第44-69页
    1. Four rounds biopanning of phage display peptide library第44-45页
    2. ELISA for evaluation of phage clones第45-47页
    3. Results and analysis for Phage positive clones第47-69页
        3.1 Result of sequencing第47-53页
        3.2 Homologous analysis of amino acid sequence第53-66页
        3.3 Immune fluorescence for target activity of positive phage clones第66-69页
Ⅴ.DISCUSSION第69-74页
    1. Why we use phage display第69-70页
    2. Identification and analysis of phage positive clones第70-71页
        2.1 ELISA for evaluation of phage clones第70页
        2.2 Homologous analysis of the peptides第70页
        2.3 Component characteristics of the peptides第70-71页
        2.4 Identification for the target activity of positive phage clones第71页
    3. Innovation第71-72页
    4. Experimental achievement and significance第72-73页
    5. The works should be continued第73-74页
SUMMARY第74-75页
REFERENCE第75-89页
ACKNOWLEDGEMENTS第89-90页
THE ACHIEVMENTS IN THE RESEARCH DURING MASTER'S DEGREE第90页

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