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| 0747 | Evaluation of Ag(NH3)2F Solution as an Inhibitor of Dentin Demineralization
Y. USUI, Tokyo Medical & Dental University, Japan, S. IMAI, National Institute of Public Health, Saitama-Ken, Japan, E. KAERIYAMA, Tokyo Medical & Dental University, Bunkyo-ku , Tokyo, Japan, N. HANADA, National Institute of Public Health, Saitama, Japan, and H. UEMATSU, Tokyo Medical & Dental University, Bunkyo, Japan |
| 0748 | Remineralization Adjacent Materials in Solutions Differing in pH and Viscosity
Y. MUKAI1, T. TOMINAGA1, I. IWAYA1, T. TERANAKA1, and J.M. TEN CATE2, 1Kanagawa Dental College, Yokosuka, Kanagawa, Japan, 2ACTA, Amsterdam, Netherlands |
| 0749 | Validation of In-Vitro Model to Test Dentine Remineralisation Under Restorations
H. NGO1, J. MC INTYRE1, M. DALIDJAN1, and M.A. MOHAMED-TAHIR2, 1University of Adelaide, Australia, 2National University of Singapore, Singapore |
| 0750 | Effect of dentinal fluid on remineralization under Fuji-IX ART restorations
A. VU, J.M. MCINTYRE, and L.C. RICHARDS, University of Adelaide, Australia |
| 0751 | A New Method for Detecting the Hardness of Carious Dentin
A. SHIMIZU, M. HASEGAWA, N. KINOSHITA, and K. HONDA, Hyogo College of Medicine, Japan |
| 0752 | Detection of different dentin qualities with Fourier transformation
L. BONITZ1, W.H. ARNOLD2, and P. GAENGLER2, 1Universität Witten/ Herdecke, Klinikum Dortmund gGmbH, Germany, 2University of Witten/Herdecke, Germany |
| 0753 | Biocompatibility evaluation of Carisolv and papain base gel
S.K. BUSSADORI, K.P.S. FERNANDES, V.C.S. PAVESI, L. MOTTA, E.M. SANTOS, and M.D. MARTINS, UNINOVE, São Paulo, Brazil |
| 0754 | Removal of caries dentin according to Caries Check staining
K. ITOH, M. KUSUNOKI, M. OIKAWA, and H. HISAMITSU, Showa University, Tokyo, Japan |
| 0755 | Bacterial Invasion After Removal of Caries Using a Polymer Bur
M. OIKAWA, M. KUSUNOKI, K. ITOH, and H. HISAMITSU, Showa University, Tokyo, Japan |
| 0756 | Bacterial counts following three methods of carious dentine excavation
A. PHONGHANYUDH1, P. SAKULKHOO2, S. THAWEBOON1, S. NAKORNCHAI1, and P. LEELATAWEWUD1, 1Mahidol University, Bangkok, Thailand, 2Nakhonpanom Hospital, Thailand |
| 0757 | Metabolic activity of cariogenic bacteria underneath adhesive restorations
M.C. PETERS1, F. GU1, E. BRESCIANI1, J.C. FENNO1, T.J.E. BARATA2, T.C. FAGUNDES3, M.F.L. NAVARRO4, R.B. RUTHERFORD5, and S.H. DICKENS6, 1University of Michigan, Ann Arbor, USA, 2University of São Paulo-Bauru, Bauru, SP, Brazil, 3University of São Paulo-Bauru, Brazil, 4University of São Paulo-Bauru, Bauru SP, Brazil, 5University of Washington, Seattle, USA, 6American Dental Association Foundation, Gaithersburg, MD, USA |
| 0758 | Antimicrobial Effect of Ozone Gas in Primary Root Carious Lesions
N. SKAUG, G. STRAND, and Ø. NIELSEN, University of Bergen, Norway |
| 0759 | Association of salivary S.mutans levels with prevalence of root caries
N. IZUTANI, S. IMAZATO, K. IKEBE, K. MATSUDA, and S. EBISU, Osaka University, Graduate School of Dentistry, Japan |
| 0760 | Electron-probe and polarized-light analysis of artificial root caries lesions
K. CHITRAPU, I. WHITE, J. MCINTYRE, and M. DALIDJAN, Adelaide University, Australia |
| 0761 | Observation of root caries lesion using QLF
M. KAMBARA1, H. TANAKA2, M. UEMURA1, and K. KAWASAKI3, 1Osaka Dental University -, Japan, 2Osaka Dental University -, Hirakata-shi, Osaka, Japan, 3Osaka University -, Hirakata-shi Osaka, Japan |
| 0762 | Roentgen microanalysis of chemical composition of root caries
A. BRODZIKOWSKA, Medical University of Warsaw, Poland, and W. ZIELIńSKI, Warsaw University of Technology, Poland |
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