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Comparison of Resonance Frequency Analysis between Various Surface Properties

Other Title
임프란트 표면 처리에 따른 공명주파수 변화에 대한 연구
Authors
배, 상범; 이, 성현; 송, 승일
Citation
Taehan Akanmyŏn Sŏnghyŏng Chaegŏn Oekwa Hakhoe chi, 32(2):107-111, 2010
Journal Title
Taehan Akanmyŏn Sŏnghyŏng Chaegŏn Oekwa Hakhoe chi; The journal of the Korean Academy of Maxillofacial Plastic and Reconstructive Surgery; 대한악안면성형재건외과학회지
ISSN
1225-42072233-7296
Abstract
Purpose: The aim of this study is to compare the stability between Mg-incorporated implant, TiUnite and Machined implant.



Materials and Methods: Premolars of 3 Mini pigs (24 months) were extracted. After 2 months later, total 27 fixtures of implants (9 of each design : Machined/ TiUnite/ Mg-incorporated) were inserted into the mandible of 3 mini-pig. Implant stability was estimated by RFA in installation to 2, 4 & 6 weeks. Statistical analysis of RFA values was performed with time and between groups using repeated measure ANOVA and turkey’s multiple comparison test.



Results: In analyzing the mean value for the observation periods, three types of implants yielded a slight decrease in RFA mean value after 2 week, followed by increase at 4-6 weeks. Mg incorporated oxidized implants demonstrated significantly higher RFA mean values at 6 weeks comparing other groups. The difference of RFA value with time and between groups was statistically significant.



Conclusion: We concluded that Mg implants may reduce failure rates of clinical implants In the early period of bone healing and Mg implants may shorten the bone healing time from surgery to functional loading.
Keywords
Implant surfaceMagnesium oxidized implantImplant stabilityRFA
Appears in Collections:
Journal Papers > School of Medicine / Graduate School of Medicine > Dentistry
AJOU Authors
송, 승일
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