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脾脏在急性缺血性卒中的作用

中文摘要第7-10页
ABSTRACT第10-13页
ABBREVIATIONS第17-18页
PREFACE第18-19页
THE SPLENIC RESPONSE AFTER ISCHEMIC STROKE:ALITERATURE REVIEW第19-33页
    Introduction第19-20页
    Splenic activation after stroke第20-25页
        The spleen and neurodegeneration after stroke第20-21页
        The spleen and stroke-induced immunodepression第21-22页
        The spleen and brain recovery after stroke第22-23页
        Targeting the spleen as a therapeutic approach in stroke第23-25页
            Splenectomy第23页
            Splenic irradiation第23-24页
            Stem cells第24页
            Pharmacologic agents第24-25页
    Conclusion第25页
    References第25-33页
POST-STROKE IMMUNE RESPONSE:THE ROLE OF T CELL SUBSETS AND THEIRPOTENTIALAS THE RAPEUTIC TARGETS IN ISCHEMIC STROKE第33-57页
    INTRODUCTION第34-35页
    PATHOPHYSIOLOGICAL EVENTS LEADING TO THE INFILTRATION OF T CELLS INTHE ISCHEMIC BRAIN IN ACUTE STROKE第35-38页
        0.0 The ischemic cascade第35-36页
        0.1 Oxydative/nitrosative stress and excitotoxicity第36-37页
        0.2 Inflammation and neuronal death第37-38页
    T CELL ACTIVATION AND MIGRATION IN STROKE第38-39页
        0.3 1.Antigen-dependent T cell activation in stroke第38页
        0.4 2.Antigen-independent T cell activation in stroke第38-39页
    ROLE OF DIFFERENT T CELL SUBSETS IN ISCHEMIC STROKE第39-43页
        0.5 1.γδT cells第40页
        0.6 2.CD4+ and CD8+T cells第40-42页
        0.7 3.Regulatory T cells(Tregs)第42页
        0.8 4. Other T cell subsets第42-43页
    T lymphocytes-related stroke therapy in experimental stroke第43-45页
        0.9 1.FTY720第43-44页
        0.10 2.RTL551第44页
        0.11 3.FK506第44页
        0.12 4.Anti-a4 Integrin Antibody and Anti-Vascular Cell Adhesion Molecule-1 therapies第44-45页
    Reference第45-57页
PUBLISHED ARTICLE第57-82页
    1. INTRODUCTION第60-61页
    2. MATERIALS AND METHODS第61-66页
    3. RESULTS第66-77页
        3.13 3-1.Splenectomy reduces infarct volume and improve neurologic deficit after MCAO第66页
        3.14 Figure1第66-67页
        3.15 3-2. Splenectomy protects the brain from neurodegeneration after MCAO第67页
        3.16 Figure2第67-68页
        3.17 3.3.Splenectomy decreases TLR4.NF-κBp65 expression in the brain following MCAO第68-70页
        3.18 Figures 4第70-72页
        3.19 Table 2第72-73页
        3.20 3-4.Splenedomy down-regulates cellular apoptosis following MCAO第73-74页
        3.21 Figure 6第74-75页
        3.22 Figure 7第75页
        3.23 Tables 3第75-77页
    4. DISCUSSION第77-79页
    References第79-82页
ACKNOWLEDGEMENT第82-83页
AUTHOR'S PROFILE第83页

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