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| 0684 | The microtensile bond strength of direct or indirect FRC restorations
A. TEZVERGIL-MUTLUAY, L. LASSILA, and P. VALLITTU, University of Turku, Finland |
| 0685 | Micro-tensile Fatigue Resistance versus Micro-tensile Bond Strength of Adhesives
A. POITEVIN1, J. DE MUNCK1, A. MINE1, M. BRAEM2, M. PEUMANS1, and B. VAN MEERBEEK1, 1Leuven BIOMAT Research Cluster, Catholic University of Leuven, Belgium, 2University of Antwerp, Antwerpen, Belgium |
| 0686 | Alternative dentine pre-treatments to improve resistance of hybrid-layers to degradation
S. SAURO1, F. MANNOCCI1, D. PASHLEY2, and T.F. WATSON1, 1King's College London, England, 2Medical College of Georgia, Augusta, USA |
| 0687 | Effects of Polymerization Contraction on Bonded Interface's µ-resistance
E. CABRERA, Rey Juan Carlos University, Facultad de Ciencias de la Salud, Alcorcón, Spain, and J.C. DE LA MACORRA, Complutense University, Faculty of Odontology, Madrid, Spain |
| 0688 | Analysis of Resin-Dentin Interface Obtained with Five Adhesive Systems
M.M. LOPES1, F. CHASQUEIRA1, S.S.A. OLIVEIRA1, R. VILAR2, and L.P. LOPES1, 1University of Lisbon, School of Dentistry, Lisboa, Portugal, 2Instituto Superior Tecnico, Lisboa, Portugal |
| 0689 | Effect of NaOCl deproteinization on dentin wettability and bond strength
P. MOURA1, C. MARRO2, R. OSORIO3, E. OSORIO3, F.S. AGUILERA3, and M. TOLEDANO3, 1Instituto Superior de Ciencias da Saude Egas Moniz, Monte Caparica, Portugal, 2Universidad de Granada, Spain, 3University of Granada, Spain |
| 0690 | Effect of Er:YAG laser cavity preparation on adhesive's bond strength
A.R. YAZICI1, T. AKCA2, G. ÖZGÜNALTAY1, and B. DAYANGAÇ1, 1Hacettepe University, Ankara, Turkey, 2Private practice, Mersin, Turkey |
| 0691 | Comparison of antibacterial effects of dentin bonding agents in vitro
H. SAR SANCAKLI, M. DEMIRCI, and S. BUYUKGOKCESU, University of Istanbul, Turkey |
| 0692 | Bond Strength of a Novel Dentin Adhesive Containing Tertiary Butanol
O. IRMAK, I.H. BALTACIOGLU, N. ULUSOY, and Y.H. BAGIS, Ankara University, Turkey |
| 0693 | Heating of GIC improve shear bond strength to enamel
K. GORSETA, D. NEGOVETIC VRANIC, D. GLAVINA, and I. SKRINJARIC, University of Zagreb, Croatia |
| 0694 | Evaluation of the bovine enamel submitted to hight cariogenic levels
R.F. PIMENTEL1, H.D.M. CHAVES FILHO1, M.G.A.M. CHAVES1, H.D.M. CHAVES NETTO1, F.P.P. LEITE2, and M.A.M. ARAUJO3, 1Universidade Federal De Juiz De For a, Juiz de Fora, Brazil, 2Unesp, Recife PE CEP, Brazil, 3Universidade Est. Paulista Julio Mesquita, Sao Jose of Campos, SP, Brazil, Brazil |
| 0695 | Adhesive Interface Micromorphology: Informational Value of CSEM vs. ESEM imaging
M. FEDERLIN, B. THONEMANN, B. BEY, H. EBENSBERGER, and G. SCHMALZ, University of Regensburg, Germany |
| 0696 | Diffusion of HEMA through human carious and non carious dentin
O. TAK, Selcuk Universitesi, Konya, Turkey, A. USUMEZ, Gaziantep University, Turkey, and S.H. ALTINTAS, Karadeniz Technical University, Trabzon, Turkey |
| 0697 | Sealant application on contaminated enamel: how to improve bond strength
A.C. COELHO, University of Lisbon, School of Dentistry, Portugal, Lisboa, Portugal, J.P. CANTA, Private practice, Moita, Portugal, H. LUIS, University of Lisbon School of Dentistry, Lisboa, Portugal, S.S.A. OLIVEIRA, University of Lisbon, School of Dentistry, Lisboa, Portugal, and P.F. MARQUES, University of Lisbon School of Dentistry, Portugal, Lisboa, Portugal |
| 0698 | Ethanol-wet bonding technique: µTBs evaluation of resins bonded to root-dentine
R. CASTAGNOLA1, S. SAURO2, F. MANNOCCI2, T.F. WATSON2, F.R. TAY3, G. PLOTINO1, F. SOMMA1, N.M. GRANDE1, and D. PASHLEY3, 1Catholic University of Sacred Heart, Roma, Italy, 2King's College London, England, 3Medical College of Georgia, Augusta, USA |
| 0699 | Resistance of the composite-tooth adhesive joint to bleaching gels
M. DUDEK, P. BRADNA, A. ROUBICKOVA, and D. HOUSOVA, Institute of Dental Research, 1.st Medical Faculty of Charles University and General University Hospital, Prague, Czech Republic |
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