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纳米硅取代羟基磷灰石/脱细胞骨基质复合材料的研究

摘要第4-6页
Abstract第6-7页
Contents第8-11页
1 INTRODUCTION第11-19页
    1.1 Aim第11页
    1.2 Rationale第11-18页
    1.3 The key issue of optimization第18-19页
2 MATERIALS AND METHODS第19-30页
    2.1 Bone preparation第19-20页
    2.2 Demineralization第20页
    2.3 Decellularization第20页
    2.4 nSiHA and HA production第20-21页
    2.5 DBM/dDBM morphology characterization - Evidence of having osteogenic and osteoconductive components - Scanning electron microscopy (SEM)第21页
    2.6 DBM/dDBM functional groups characterization - Evidence of having osteogenic and osteoconductive components - Fourier transform infrared (FT-IR) spectroscopy)第21页
    2.7 DBM/dDBM cellular characterization - Evidence of having osteogenic and osteoconductive components - Immunohistological & histological staining第21-22页
    2.8 Incorporation of DBM/dDBM and HA/nSiHA第22页
    2.9 Scaffold fabrication and substrate distribution第22-23页
    2.10 HA/nSiHA characterization第23页
    2.11 Local pH第23-24页
    2.12 Mass loss (lyophilization) and SEM (degradation)第24页
    2.13 Sterilization第24-25页
    2.14 Cell culture第25页
    2.15 Cell seeding and culture in vitro第25-26页
    2.16 Cytotoxicity - Cck8 assay第26页
    2.17 Cytotoxicity - Scanning electron microcopy (SEM)第26-27页
    2.18 Osteogenic induction第27页
    2.19 Differentiation - Characterization of osteogenic differentiation using morphological features - Optical microscopy & immunohistological staining (DAPI)第27页
    2.20 Differentiation - Alkaline phosphatase activity (ALP)第27-30页
3 EVALUATION PLAN第30-33页
    3.1 Lyophilization and decellularization第30页
    3.2 pH第30-31页
    3.3 Cytotoxicity第31-32页
    3.4 Differentiation第32-33页
4 RESULTS第33-77页
    4.1 DBM/dDBM production and lyophilization第33-35页
    4.2 nSiHA and HA production第35页
    4.3 DBM/dDBM morphology characterization - Evidence of having osteogenic and osteoconductive components - Scanning electron microscopy (SEM)第35-41页
    4.4 DBM/dDBM functional groups characterization - Evidence of having osteogenic and osteoconductive components - Fourier transform infrared (FT-IR) spectroscopy第41-45页
    4.5 DBM/dDBM cellular characterization - Evidence of having osteogenic and osteoconductive components第45-55页
    4.6 HA and nSiHA characterization – SEM and EDX第55-58页
    4.7 Local pH第58-63页
    4.8 Degradation - SEM第63-64页
    4.9 Cytotoxicity第64-67页
    4.10 Differentiation第67-77页
5 DISCUSSION第77-82页
6 CONCLUSION第82-83页
Acknowledgements第83-84页
REFERENCES第84-88页

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