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Ⅰ型干扰素激活PFKFB3驱动的糖酵解促进巨噬细胞的抗病毒先天免疫

Abstract第5-6页
中文摘要第7-9页
Abbreviations第9-13页
CHAPTER Ⅰ Literature Review Metabolic regulation of macrophage function in antiviral innate immune responses第13-57页
    1. Overview of Anti-viral Innate Immune Responses第14-18页
        1.1 Introduction to viruses第14-17页
        1.2 Antiviral defense system第17-18页
        1.3 Innate immune barriers to viral infection第18页
    2. Viral sensing and host antiviral innate immune response第18-29页
        2.1 Toll-Like Receptor (TLR) mediate antiviral innate immune第20-25页
        2.2 RIG-I like Receptor (RLR) mediated antiviral innate immunity第25-27页
        2.3 cGAS-STING mediate antiviral immunity第27-29页
    3. Type Ⅰ Interferons in antiviral immune response第29-34页
        3.1 Type Ⅰ IFNs induction第30页
        3.2 Type Ⅰ IFNs signaling pathway第30-32页
        3.3 The antiviral state induced by type Ⅰ IFNs in the host第32-34页
    4. Innate immune cell type in antiviral immunity第34-38页
        4.1 Macrophages in viral infection第34-36页
        4.2 Dendritic cells in viral infection第36-37页
        4.3 Neutrophils in viral infection第37页
        4.4 Nature killer cells in viral infection第37-38页
    5. Immuno-metabolism aspect of macrophage in anti-viral innate immunity第38-46页
        5.1 Glycolysis and its role in innate immunity第38-41页
        5.2 PFKFB3 as the master regulator of glycolysis第41-44页
        5.3 Immunometabolism in innate immune cell types第44-46页
    References第46-57页
CHAPTER Ⅱ Anti-viral innate immune activation activates glycolytic metabolism selectively inmacrophages第57-83页
    Introduction第58-59页
    Materials and Methods第59-65页
    Results第65-77页
    Discussion第77-79页
    References第79-83页
CHAPTER Ⅲ PFKFB3-driven glycolysis promotes bystander anti-viral effects in macrophages第83-106页
    Introduction第84-85页
    Materials and Methods第85-90页
    Results第90-101页
    Discussion第101-104页
    References第104-106页
Publication第106-107页
Acknowledgements第107-109页

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