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  5. 奈米/微米孔鈦金屬植體於快速骨整合效應之研究
 
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奈米/微米孔鈦金屬植體於快速骨整合效應之研究

Other Title
Rapidly osseointegration on dental implant with novel
nano/microporous film
Type
thesis
Date Issued
2014-12-22
Author(s)
葉泰榮
Advisor
林利香
Subjects
系所名稱:醫療器材產業碩士專班
Description
學位別:碩士
語文別:英文
指導教授:林利香
共同指導教授:
口試委員:程瀚毅;歐士輔
中文關鍵字:人工牙根;骨組織;SLAffinity 表面處理技術
英文關鍵字:dental implant;early osseointegration;nano/microporous surface treatment;bone tissue response
Abstract
本研究目的是針對早期人工牙根骨整合於動物模型之觀察,並進一步研究此新式
人工牙根在臨床試驗中之穩定性。此新式表面處理技術將先試驗細胞毒性之安全
和無毒性。於動物模型中,人工牙根被植入於12 隻小型豬之下顎前臼齒之區域,
每隻豬將會被植入新式表面處理之SLAffinity 人工牙根以及對照組做觀測。在臨
床試驗中,將統計分析25 例患者之植牙情況,每個病人皆植入一根SLAffinity
之人工牙根於下顎骨區域。經由共振頻率分析(RFA)進行每週評估植體之穩定
度狀態。結果發現表面處理技術顯著的影響早期之骨整合,由動物試驗結果發現
骨與人工牙根之接觸分析(BIC)在3 週時SLAffinity 處理之人工牙根相較於未
經過處理之人工牙根表現出顯著更高之BIC 值。SLAffinity 處理之人工牙根也完
成了歷經12 個月臨床試驗之100%成功率。SLAffinity 表面處理技術可增強骨整
合特別是在骨組織癒合之早期階段。呈上所述,本研究的結果顯示SLAffinity 技
術是一種可應用於人工牙根之表面處理技術並可縮短骨整合之時間。
URI
https://203.71.86.71/handle/123456789/57292

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