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Benign Lymphoepithelial Lesion of Lacrimal Gland:Macrophage Migration Inhibitory Factor Is Overexpressed and Contributes to the Disease Pathogenesis

Abstract第5页
Abbreviations第6-14页
Chapter 1: Introduction第14-44页
    1.1- Lacrimal gland: anatomy and histopathology第15-17页
    1.2- Diseases of the lacrimal gland第17-19页
    1.3- Benign lymphoepithelial lesion of lacrimal glands第19-22页
        1.3.1- History and etiology of BLEL第19页
        1.3.2- Clinical and histological characteristics of BLEL第19-21页
        1.3.3- Cytokines in BLEL第21-22页
        1.3.4- Malignant occurrence in BLEL第22页
    1.4- Macrophage migration inhibitory factor第22-38页
        1.4.1- Structural organization of MIF gene and protein第22-24页
        1.4.2- Regulation of MIF gene and protein expression第24页
        1.4.3- Biological functions of MIF第24-25页
        1.4.4- MIF Receptors第25-27页
        1.4.5- MIF signaling pathways第27-33页
            1.4.5.1- MIF and MAPK signaling pathway第28-29页
            1.4.5.2- MIF and PI3K/Akt signaling pathway第29-31页
            1.4.5.3- MIF and p53 pathway第31-32页
            1.4.5.4- MIF and JAB-1 signaling pathway第32页
            1.4.5.5- MIF and G protein-couple receptors signaling pathway第32-33页
        1.4.6- MIF in inflammation, tumorigenesis, and fibrosis第33-38页
            1.4.6.1- MIF in inflammation第33-35页
            1.4.6.2- MIF in tumorigenesis第35页
            1.4.6.3- MIF and fibrosis第35-38页
    1.5- Toll-like receptors signalization pathways and regulation第38-41页
    1.6- Research context and objectives第41-42页
    1.7- Research proposal第42-44页
Chapter 2: Cellular and molecular features of the pathogenesis and malignant lymphoma occurrence in BLEL第44-88页
    2.1- Materials and methods第45-49页
        2.1.1- Biological materials第45页
        2.1.2- Hematoxylin and eosin and Masson trichrome staining第45-46页
        2.1.3- Microarray analysis第46-47页
        2.1.4- Cytokines profiling第47页
        2.1.5- TUNEL apoptosis assays第47-48页
        2.1.6- Western blotting第48页
        2.1.7- Immunohistochemistry and immunofluorescence assays第48页
        2.1.8- Statistical analysis第48-49页
    2.2- Results第49-83页
        2.2.1- Clinical and histological features in BLEL第49-55页
            2.2.1.1 Clinical features第49-50页
            2.2.1.2 Histological features第50-55页
        2.2.2- Cellular and molecular characteristics of BLEL第55-71页
            2.2.2.1- Biological processes and pathways involved in BLEL pathogenesis第55-59页
            2.2.2.2- Inflammatory cytokines profiling in BLEL第59-62页
            2.2.2.3- MIF and its receptors expression and distribution in BLEL tissues第62-66页
            2.2.2.4- Resistance to apoptosis in BLEL第66-68页
            2.2.2.5- Increased cell proliferation in BLEL第68-69页
            2.2.2.6- MAPKs and PI3K/Akt signaling pathways are involved in BLEL pathogenesis第69-70页
            2.2.2.7- TLRs signalization pathways are activated in BLEL第70-71页
        2.2.3- Molecular basis and prediction tools of the malignant transformation in BLEL第71-83页
            2.2.3.1- Genes and pathways associated with the occurrence of malignancy in benign lymphoepithelial lesions第71-82页
            2.2.3.2- Prediction tools for the occurrence of malignancy in BLEL第82-83页
    2.3- Discussion第83-86页
        2.3.1 Cellular and molecular features of BLEL pathogenesis第83-84页
        2.3.2 Molecular features of malignant lymphoma occurrence in BLEL第84-86页
    2.4- Conclusion第86-88页
Chapter 3: Implications of MIF in the pathogenesis of BLEL第88-110页
    3.1- Materials and methods第89-92页
        3.1.1- Biological materials第89页
        3.1.2- Proliferation and apoptosis assays第89-90页
        3.1.3- Western blotting第90页
        3.1.4- Immunofluorescence assays第90-91页
        3.1.5- Statistical analysis第91-92页
    3.2- Results第92-106页
        3.2.1- Characteristic of the BLEL primary cell used第92-93页
        3.2.2- MIF induced resistance to apoptosis in BLEL primary cells第93-98页
        3.2.3- MIF induced proliferation of BLEL primary cells第98-101页
        3.2.4- MIF differentially regulated MAPKs and PI3K/AKT cascades in BLEL cells第101-103页
        3.2.5- MIF induced and regulated fibrosis in BLEL第103-106页
    3.3- Discussion第106-108页
    3.4- Conclusion第108-110页
Chapter 4: TLR7 and TLR8 activation differently regulate MIF expression in cells and organs第110-136页
    4.1- Materials and methods第111-115页
        4.1.1- Mice第111页
        4.1.2- Primary cells and Cell lines第111页
        4.1.3- Cell culture第111-112页
        4.1.4- Stimulation with TLR7/8 activator R848第112页
        4.1.5- RT-qPCR第112-113页
        4.1.6- ELISA第113页
        4.1.7- Western blot第113-114页
        4.1.8- Immunohistochemistry第114页
        4.1.9- Cells immunofluorescence assays第114页
        4.1.10- Statistical analysis第114-115页
    4.2- Results第115-132页
        4.2.1- TLR7/8 differently regulates MIF expression in BLEL primary cells第115-117页
        4.2.2- TLR7/8 differently regulate MIF expression in other cell and organ types第117-132页
            4.2.2.1-TLR7/8 expression in cells and mice tissues before and post activation with R第117-120页
            4.2.2.2- TLR7/8 activation regulate differently MIF and its receptors expression in cells第120-125页
            4.2.2.3- TLR7/8 induced an organ-dependent expression and redistribution of MIF and its receptors in vivo第125-132页
    4.3- Discussion第132-134页
    4.4- Conclusion第134-136页
Conclusions and recommendations第136-140页
References第140-156页
Appendix第156-224页
    Appendix 1- Dose-response, Cells proliferation assays and Kinetic of MIF release following exposition to TLR7/8 activator R848第156-157页
    Appendix 2- List of antibodies第157-159页
    Appendix 3- Complete GO biological process associated to the up-regulated DEGs in BLEL第159-180页
    Appendix 4- Complete GO biological process associated with the down-regulated DEGs in BLEL第180-211页
    Appendix 5- MLEL specimen information第211-217页
    Appendix 6: BLEL specimen information第217-224页
Achievements第224-226页
Acknowledgements第226页

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