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层层自组装法改善丝素纤维小口径人工血管材料的血液相容性

Abstract第5-7页
Acknowledgements第8-14页
List of abbreviations第14-18页
List of figures第18-22页
List of tables第22-23页
Chapter 1: General introduction第23-34页
    1.1. Problem of statements第25-26页
    1.2. Goals and objectives第26-27页
    1.3. Innovation points第27页
    1.4. Limitations第27页
    1.5. Outline of the thesis第27-28页
    1.6. References第28-34页
Chapter 2: Reviews of literature第34-65页
    2.1. Silk and silk fibroin fibers第34页
    2.2. Structure and chemical composition of silk fibers第34-36页
    2.3. Characteristics of silk fibers第36-37页
    2.4. Necessity of the sericin removal by degumming process第37页
    2.5. Currently available vascular grafts第37-39页
    2.6. Silk fibroin as vascular prosthesis第39页
    2.7. Commonly used surface modification techniques for biomaterials第39页
    2.8. Layer-by-layer modification technique第39-41页
    2.9. Use of heparin to improve the performance of vascular grafts第41-43页
    2.10. Types of hemocompatibility assays第43-45页
    2.11. Procurement and processing of blood第45-46页
    2.12. Modification of silk fibroin fabric to improve hemocompatibility第46-50页
    2.13. References第50-65页
Chapter 3: Experimental design and silk fibroin fabric preparation第65-74页
    3.1. Introduction第65-68页
    3.2. Silk fibroin fabric preparation第68-70页
        3.2.1. Experimental第68-70页
    3.3. Results and discussions第70-72页
        3.3.1. Degumming efficiency第70-72页
    3.4. Summary第72-73页
    3.5. References第73-74页
Chapter 4: Surface modification and mechanical properties evaluation第74-92页
    4.1. Introduction第74页
    4.2. Experimental第74-77页
        4.2.1. Materials第74-75页
        4.2.2. Methods第75-77页
    4.3. Characterization technique第77页
    4.4. Results and discussions第77-84页
        4.4.1. Surface morphology and roughness of the untreated and modified SFFs第77-81页
        4.4.2. Bursting strength第81-83页
        4.4.3. Thermal property第83-84页
    4.5. Summary第84-85页
    4.6. References第85-92页
Chapter 5: Characterization of immobilized heparin and its release profile第92-108页
    5.1. Introduction第92页
    5.2. Experimental第92-96页
        5.2.1. Materials第92-93页
        5.2.2. Qualitative characterization of heparin第93页
        5.2.3. Quantitative characterization of heparin第93-96页
    5.3. Statistical analysis第96-97页
    5.4. Results and discussions第97-106页
        5.4.1. Alcian Blue staining第97-98页
        5.4.2. UV-vis NIR spectrometer analysis第98页
        5.4.3. FTIR-ATR第98-99页
        5.4.4. EDX results第99-101页
        5.4.5. XPS Result第101-104页
        5.4.6. Release test of heparin第104-106页
    5.5. Summary第106页
    5.6. References第106-108页
Chapter 6: Wetting and protein adsorption behavior of the surface modifiedSFFs第108-122页
    6.1. Introduction第108页
    6.2. Experimental第108-111页
        6.2.1. Water contact angle tests第108-111页
    6.3. Protein adsorption assay第111-112页
    6.4. Statistical analysis第112-114页
    6.5. Results and discussions第114-119页
        6.5.1. Water contact angle test results第114-118页
        6.5.2. Protein adsorption第118-119页
    6.6. Summary第119-120页
    6.7. References第120-122页
Chapter 7: Hemocompatibility of the untreated and surface modified silkfibroin fabrics第122-135页
    7.1. Introduction第122页
    7.2. Hemocompatibility assays第122-126页
        7.2.1. Hemolysis assay第122-124页
        7.2.2. Rate of coagulation assay第124-125页
        7.2.3. Platelet adhesion assay第125-126页
    7.3. Statistical analysis第126页
    7.4. Results and discussions第126-133页
        7.4.1. Hemolytic effect of untreated and modified silk fibroin fabrics第126-128页
        7.4.2. Rate of coagulation of modified fibroin fabrics第128-131页
        7.4.3. Platelet adhesion assay第131-133页
    7.5. Summary第133页
    7.6. References第133-135页
Chapter 8: Conclusions and future recommendations第135-141页
    8.1. Conclusions第135-137页
        8.1.1. Conclusion 1第135页
        8.1.2. Conclusion 2第135-136页
        8.1.3. Conclusion 3第136页
        8.1.4. Conclusion 4第136-137页
        8.1.5. Conclusion 5第137页
    8.2. Recommendations for future research第137-139页
        8.2.1. Identification of the deposited PAH/PAA layer第137页
        8.2.2. Mechanical tests第137-138页
        8.2.3. Calculation of the adhered platelet percentage第138页
        8.2.4. Visualization of the activated platelet第138页
        8.2.5. Performing the experiments of APTT,PT,PRT第138-139页
        8.2.6. Investigation of the cell culture experiments第139页
        8.2.7. Animal test第139页
    8.3. References第139-141页
Publication of findings第141-142页

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