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基于近红外激光介导的二维纳米片及其在细胞玻璃化保存中的应用

Abstract第6页
摘要第7-10页
Glossary of Abbreviations第10-12页
Chapter 01. Introduction第12-29页
    1.1 Cryopreservation and Application第12-13页
    1.2 Cryopreservation techniques (Slow, Fast and Ultrafast freezing)第13-15页
    1.3 Crystallization and Recrystallization in freezing and warming第15-17页
    1.4 Nanoparticle application of Freezing and rewarming第17-19页
    1.5 2D-Nanomaterials第19-23页
        1.5.1 GO NSs and its properties第21页
        1.5.2 GO NSs Fabrication Methods第21-22页
        1.5.3 MoS_2 NSs and its properties第22-23页
        1.5.4 MoS_2 NSs Fabrication Methods第23页
    1.6 Spatial Energy techniques with Nano-warming第23-27页
        1.6.1 Electromagnetic Rewarming第24-25页
        1.6.2 Microwave rewarming第25页
        1.6.3 Laser Rewarming第25-27页
    1.7 NS as Theranostic第27-29页
Chapter 02. Experimental Section第29-43页
    2.1 GO and MoS_2 NSs in Cryopreservation第29-31页
    2.2 Material and Reagents第31-33页
        2.2.1 GO and MoS_2 NSs synthesizing第31-33页
    2.3 Cell and NSs Perceptibility in NIR第33-34页
    2.4 Laser setup in a water bath第34-36页
        2.4.1 Temperature sensor and data acquisition第35-36页
        2.4.2 Infrared camera verification第36页
    2.5 Laser influence heat in NSs第36-39页
        2.5.1 Photo absorbance of GO and MoS_2 NSs第38-39页
    2.6 Cryomicroscopy study of CPA added NSs第39-40页
    2.7 HUVECs Culture and Cell Cryopreservation第40-42页
        2.7.1 Cell toxicity and NSs attachment第41页
        2.7.2 NSs loaded cell cryopreservation第41-42页
        2.7.3 Cell Viability post-NS-aided Cryopreservation第42页
    2.8 Statistical analysis第42-43页
Chapter 03. Simulation and Modelling第43-54页
    3.1 Physical model and its mathematical formulation第44-46页
    3.2 Cross section absorbance of GO NSs第46-49页
    3.3 Evolution of SAR第49-51页
    3.4 Photothermic Modelling and Simulation第51-54页
Chapter 04. Results and Discussion第54-77页
    4.1 Application of NSs in Rewarming of HUVECs第54-55页
    4.2 Synthesis and characterization of NSs第55-59页
        4.2.1 TEM,AFM,and DLS of GO and MoS_2第55-57页
        4.2.2 FTIR,Raman and XRD of GO and MoS_2第57-59页
    4.3 Experimental Analysis第59-62页
    4.4 NSs heating efficiency without a water bath第62-65页
        4.4.1 Raman Verification for GO and MoS_2第63-65页
    4.5 Mechanism of Laser propagation in NS fluid第65-67页
    4.6 Cytotoxicity of NSs第67-70页
        4.6.1 NSs uptake of Cells第68-70页
    4.7 Modulation of Water Crystallization by the NSs in Cryopreservation ofHUVECs第70-74页
        4.7.1 CPAs-NSs effect on Cells第70-71页
        4.7.2 Post vitrification viability and cell update in vitrification第71-74页
    4.8 Possible Mechanism of NSs Facilitated Rewarming第74-77页
Chapter 05. Conclusion and Future work第77-80页
    5.1 Summary第77-78页
    5.2 Innovation第78页
    5.3 Future work第78-80页
References第80-94页
Acknowledgements第94-95页
Published Papers第95页

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