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With the increasingly severe population aging, the vigorous development of digital technology, and coupled with the sweeping aesthetic concepts, the oral medical system has undergone unprecedented changes in the near decades. Given this, our laboratory is dedicated to discussing dental biomaterials that can meet the needs of nowadays dental and medical clinical, and have both aesthetics and functionality, in order to meet the trends and changes of the times.
❀ Research keywords: Bonding performance, Zirconia (Y-TZP), Polymeric materials (PEEK) and Digital dentistry (CAD/CAM, 3D printing)
2024.3 Academic article publish (Journal of Prosthodontic Research)
Effects of various functional monomers' reaction on the surface characteristics and bonding performance of polyetheretherketon
2024.2 Academic article publish (The Journal of Prosthetic Dentistry)
Comparative analysis of the retention force and deformation of PEEK and PEKK removable partial denture clasps with different thicknesses and undercut depths
2024.1 Academic article available online (Journal of Prosthodontic Research)
In vitro study of optimal removable partial denture clasp design made from novel high-performance polyetherketoneketone
2023.12 Academic article accepted (Dental Materials Journal)
Sex estimation from maxillofacial radiographs using a deep learning approach
2023.12 Academic article publish (Heliyon)
Evaluation of shade correspondence between high-translucency pre-colored zirconia and shade tab by considering the influence of cement shade and substrate materials
2023.11 Honorable Mention Award in the poster competition (2023 TIDS)
🎖️ 賴思妤同學 榮獲2023年度台灣國際牙體技術學術年會暨牙技器材博覽會 海報論文競賽 佳作 🎖️
“手持式電漿系統創建超親水聚芳醚酮材料表面並強化鍵合強度 (Creation of Superhydrophilic Polyaryl-Ether-Ketone Surfaces and Enhancement of Bonding Strength Using Hand-held Plasma System)”
2023.10 Academic article publish (Journal of Dental Sciences)
Assessment of mechanical characteristics of polyetheretherketone as orthodontic fixed lingual retainers
Research project approved (National Science and Technology Council, Taiwan)
112年度 國家科學及技術委員會(國科會) 專題研究計畫 通過-多年期
> 新型減震均質聚醚醚酮塗層之研製及其在牙科植體之應用研究 (生科處 牙醫學門)
Research project approved (National Science and Technology Council, Taiwan)
國家科學及技術委員會-112年度 大專學生研究計畫 通過兩件
> 不同微量填料對聚芳醚酮與牙科黏合劑之黏著強度影響 賴思妤同學(臺北醫學大學 牙體技術學系 109級)
> 探討厚度對於高透多層氧化鋯透光性和斷裂特性之影響 吳軒妤同學(臺北醫學大學 牙體技術學系 109級)
Research project approved (National Science and Technology Council, Taiwan)
國家科學及技術委員會-112年度 大專學生研究計畫 通過
> 聚醚醚酮(PEEK)在不同官能單體化學作用下對牙科黏合劑之黏結性能影響 姜冠宇同學(臺北醫學大學 牙體技術學系 108級)
🎖️ 2023.06 榮獲 臺北醫學大學 111年度國科會大專學生研究計畫成果獎 佳作 🎖️
📰 News Reports
《今日北醫》口腔醫學院牙醫學系彭子祐助理教授入選2022 IADR Joseph Lister Award新進研究人員競賽全球前10名
《今日北醫》口腔醫學院牙醫學系彭子祐老師學術分享:聚醚醚酮生醫高分子材料於牙科贗復與植體學的應用
《今日北醫》北醫大1102學期醫學院、口腔醫學院新進教師介紹