學術研究成果/Publication
基本資料/Profiles
姓名/Name: 吳宜亭 性別/Gender:
英文姓名/
English Name:
I-Ting Wu 英文縮寫/
Abbreviation:
任職單位/
Affiliation:
1.牙醫學院牙醫學系(助理教授) / School of Dentistry (Assistant Professor)
2.中國附醫牙醫部牙周病科(科(室)主任) / Division of Periodontics (Director)
Email: tinyiting@gmail.com
研究專長/Fields of Specialty
1﹒ Periodontology
2﹒ Bone regeneration
 
期刊論文/Journal Paper
(作者群,論文題目,期刊名稱,出版年月,卷號(期別):頁次起迄)
SCI論文 吳宜亭(I-Ting Wu)、朱殷弘(Ying-Hung Chu)、黃筠茹(Yun-Ru Huang)、陳俊呈(Chun-Cheng Chen)、丁信智(Shinn-Jyh Ding)*,Antibacterial ability and osteogenic activity of polyphenol-tailored calcium silicate bone cement,Journal of Materials Chemistry B,2022 May,10():4640-4649
SCI論文 孫國丁(Kuo-Ting Sun)、夏寧憶(Ning-Yi Hsia)*、陳世爵(Shih-Chueh Chen)、林橙莉(Cheng-Li Lin)、陳奕安(I-An Chen)、吳宜亭(I-Ting Wu)、卡拉蘇菲(PALANISAMY KALAISELVI)、沈德群(Te-Chun Shen)*、李繼源(Chi-Yuan Li),Risk of Age-related Macular Degeneration in Patients with Periodontitis: A Nationwide Population-based Cohort Study,RETINA-THE JOURNAL OF RETINAL AND VITREOUS DISEASES,2020 Dec,40(12):2312-2318
SCI論文 吳宜亭(I-Ting Wu)、丁信智(Shinn-Jyh Ding)*、高潘福(Pan-Fu Kao)、黃筠茹(Yun-Ru Huang),In vitro and in vivo osteogenesis of gelatin-modified calcium silicate cement with washout resistance,Materials Science & Engineering C-Materials for Biological Applications,2020 Dec,117():111297
SCI論文 黃筠茹(Yun-Ru Huang)、吳宜亭(I-Ting Wu)、陳俊呈(Chun-Cheng Chen)、丁信智(Shinn-Jyh Ding)*,In vitro comparisons of microscale and nanoscale calcium silicate particles,Journal of Materials Chemistry B,2020 Jul,8(28):6034-6047
SCI論文 孫國丁(Kuo-Ting Sun)、陳世爵(Shih-Chueh Chen)、林橙莉(Cheng-Li Lin)、許瑞廷(Jui-Ting Hsu)、陳奕安(I-Ann Chen)、吳宜亭(I-Ting Wu)、卡拉蘇菲(PALANISAMY KALAISELVI)、沈德群(Te-Chun Shen)*、李繼源(Chi-Yuan Li)*,The association between Type 1 diabetes mellitus and periodontal diseases,JOURNAL OF THE FORMOSAN MEDICAL ASSOCIATION,2019 Jun,118(6):1047-1054
SCI論文 吳宜亭(I-Ting Wu)、江亭儀(Ting-Yi Chiang)、陳俊呈(Chun-Cheng Chen)、陳永昌(Yung-Chang Chen)、丁信智(Shinn-Jyh Ding)*,Dopant-dependent tailoring of physicochemical and biological properties of calcium silicate bone cements,BIO-MEDICAL MATERIALS AND ENGINEERING,2018 Aug,29(6):773-785
SCI論文 林詩怡(Shih-Yi Lin)、林橙莉、劉炯勳(Jiung-Hsiun Liu)、王怡寬(I-Kuan Wang)、徐武輝(Wu-Huei Hsu)、陳朝榮(Chao-Jung Chen)、丁羿文(I-Wen Ting)、吳宜亭(I-Ting Wu)、宋鴻樟(Fung-Chang Sung)、黃秋錦(Chiu-Ching Huang)、(Yen-Jung Chang)*,Association between periodontitis needing surgical treatment and subsequent diabetes risk: A population-based cohort study,JOURNAL OF PERIODONTOLOGY,2014 Jun,85(6):779-786
Other論文 吳宜亭(I-Ting Wu)、鍾先揚(Hsien-Yang Chung)*,硫酸鈣在牙周引導組織再生的運用-病例報告及文獻回顧,中華民國牙周病醫學會雜誌,2010 Dec,15(0):257-267
 
研討會論文/Conference Papers
(發表主題或論文名稱,研討會名稱,演講地點,研討會期間,受邀演講題目)
1﹒ 使用二氧化碳雷射治療化膿性肉芽腫:病例報告,臺灣牙周病醫學會第十八屆第二次會員大會暨學術研討會 打造長期穩定的基石-植牙區組織重建,高雄醫學大學國際會議廳,2022.10.22 ~ 2022.10.23,
2﹒ ,臺灣牙周病醫學會中區病例討論會,線上zoom,2022.6.19 ~ 2022.6.19,Combination treatment of bone fenestration
3﹒ Combination treatment of apical fenestration,中台灣植體醫學會第十六屆會員大會暨國際學術研討會,中山醫學大學誠愛樓九樓國際會議廳,2022.5.14 ~ 2022.5.15,
4﹒ Effect of radiopacifiers on the biological properties of calcium silicate cements,第27回硬組織再生生物學會,東京醫科齒科大學,2018.8.17 ~ 2018.8.18,
5﹒ Surface chitosan coating to enhance the antibacterial effectiveness of bio-inspired bone implants,28th Annual Meeting of the European Society for Biomaterials (ESB 2017),Megaron Athens International Conference Centre,2017.9.4 ~ 2017.9.8,
6﹒ Osteogenic properties of calcium­‐based cement: an animal study,16th Australasian BioCeramic Symposium,Brisbane Queensland university of technology,2016.12.5 ~ 2016.12.6,
7﹒ Osteogenic properties of calcium-­‐based cement: an animal study,The 16th Asian Bioceramic Symposium,Queensland University of Technology, Brisbane,2016.12.5 ~ 2016.12.6,
8﹒ Radiographic Changes of Calcium Silicate Cement in Extraction Socket of Minipigs Using Micro-CT,15th Asia bioceramics symposium,東京醫科齒科大學,2015.12.9 ~ 2015.12.11,
 
研究計畫/Research Grant
(研究類型,研究計畫代號,主持人,補助或委託單位名稱,計畫名稱,研究經費,計畫期間)
1﹒ 個別型,DMR-109-256,吳宜亭(I-Ting Wu),丁信智(Shinn Jyh Ding),附醫院內計畫,Osteogenic properties of calcium-based cement: in vitro and in vivostudies,$500000,2020.7.1 ~ 2021.6.30
2﹒ 個別型,DMR-108-230,吳宜亭(I-Ting Wu),附醫院內計畫,Osteogenic properties of calcium-based cement: in vitro and in vivo studies,$500000,2019.6.1 ~ 2019.12.31