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KMID : 1023820130050030341
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The Journal of Advanced Prosthodontics
2013 Volume.5 No. 3 p.341 ~ p.350
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Focal adhesion linker proteins expression of fibroblast related to adhesion in response to different transmucosal abutment surfaces
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Moon Yeon-Hee
Yoon Mi-Kyeong
Moon Jung-Sun
Kang Jee-Hae
Kim Sun-Hun
Yang Hong-Seo
Kim Min-Seok
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Abstract
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PURPOSE : To evaluate adherence of human gingival fibroblasts (HGFs) to transmucosal abutment of dental implant with different surface conditions with time and to investigate the roles of focal adhesion linker proteins (FALPs) involved in HGFs adhesion to abutment surfaces.
MATERIALS AND METHODS : Morphologies of cultured HGFs on titanium and ceramic discs with different surface were observed by scanning electron microscopy. Biocompatibility and focal adhesion were evaluated by ultrasonic wave application and cell viability assay. FALPs expression levels were assessed by RT-PCR and western blot.
RESULTS : There seemed to be little difference in biocompatibility and adhesion strength of HGFs depending on the surface conditions and materials. In all experimental groups, the number of cells remaining on the disc surface after ultrasonic wave application increased more than 2 times at 3 days after seeding compared to 1-day cultured cells and this continued until 7 days of culture. FALPs expression levels, especially of vinculin and paxillin, also increased in 5-day cultured cells compared to 1-day cultured fibroblasts on the disc surface.
CONCLUSION : These results might suggest that the strength of adhesion of fibroblasts to transmucosal abutment surfaces increases with time and it seemed to be related to expressions of FALPs.
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KEYWORD
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Transmucosal abutment, Focal adhesion linker proteins, Gingival fibroblast, Adhesion
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