In Vitro Biocompatibility of MC3T3-E1 Osteoblast-like Cells

发布时间：2021-08-20 01:28

　　Carbon/carbon（C/C） composites were deposited with graphite-like carbon（GLC） coating, and then, Arg-GlyAsp acid（RGD） peptides were successfully immobilized onto the functionalized GLC coating. GLC coating was utilized to prevent carbon particles releasing and create a uniform surface condition for C/C composites. RGD peptides were utilized to improve biocompatibility of GLC coating. Surface chemical characterizations of functionalized GLC coating were detected by contact angle measurement, X-ray ... 

【文章来源】：Acta Metallurgica Sinica（English Letters）. 2017,30(06)EISCICSCD

【文章页数】：9 页

【文章目录】：
1 Introduction
2 Materials and Methods
    2.1 C/C Composites
    2.2 GLC Coating Preparation
    2.3 Surface Modification of GLC-C/C
    2.4 RGD Peptides and its Immobilizing
    2.5 Surface Characterization
    2.6 Cell Culture and In Vitro Evaluation
    2.7 Cellular Morphology Observations
    2.8 Statistical Analysis
3 Results
    3.1 GLC Coating on C/C Composites
    3.2 Oxidized GLC Coatings
    3.3 Suitable Oxidation Temperature of GLC Coating for Immobilizing
    3.4 Cellular Morphology and Cytology Test of RGD Peptides Modified GLC-C/C Composites
4 Discussion
5 Conclusion



本文编号：3352534