| | |
| 3824 |
1:30 PM | Adhesion of a Self-Etching Primer to Enamel with Variable Smear Layers
D.C. FREEMAN, S.S.A. OLIVEIRA, L.G. WATANABE, G.W. MARSHALL, and S.J. MARSHALL, University of California San Francisco, USA |
| 3825 |
1:45 PM | Dentin Demineralization with a Self-Etching Primer
S.S.A. OLIVEIRA, S.J. MARSHALL, S.A. GANSKY, S. HABELITZ, and G.W. MARSHALL, University of California San Francisco, USA |
| 3826 |
2:00 PM | Micro and nanoleakage of self-etching primers
M. TOLEDANO1, R. OSORIO1, G. LEONARDI2, L. CEBALLOS1, and F.R. TAY3, 1University of Granada, Spain, 2National University of Cordoba, Argentina, 3The University of Hong Kong, China |
| 3827 |
2:15 PM | Characteristics of an unfilled and two filled versions of a self-priming adhesive
C. CHEONG1, F.R. TAY1, C. YIU1, N.M. KING1, D.H. PASHLEY2, K. ITOU3, and M. HASHIMOTO4, 1The University of Hong Kong, China, 2Medical College of Georgia, Augusta, USA, 3Okayama University Dental School, Okayama 700-8525, Japan, 4Iwate Medical University, Japan |
| 3828 |
2:30 PM | Single-step adhesives are semi-permeable membranes. I. Nanoleakage and fluid conductance evidence
D.H. PASHLEY, Medical College of Georgia, Augusta, USA, and F.R. TAY, The University of Hong Kong, China |
| 3829 |
2:45 PM | Single-step adhesives are semi-permeable membranes. II. Morphologic and bond strength evidence
B.I. SUH, Bisco, Inc, Schaumburg, IL, USA, F.R. TAY, The University of Hong Kong, China, D.H. PASHLEY, Medical College of Georgia, Augusta, USA, and R.M. CARVALHO, University of São Paulo, Bauru, Brazil |
| 3830 |
3:00 PM | Single-step adhesives are semi-permeable membranes. III. Fluoride-releasing evidence
A. ITTHAGARUN1, F.R. TAY2, D.H. PASHLEY3, J. WEFEL4, S.H.Y. WEI2, S.H.Y. WEI2, and S.H.Y. WEI2, 1The University of Hong Kong, Hong Kong SAR, China, 2The University of Hong Kong, China, 3Medical College of Georgia, Augusta, USA, 4College of Dentistry, University of Iowa, Iowa City, USA |
| 3831 |
3:15 PM | Self-Etching Adhesives: Conversion at the Dentin Interface and Within the Tubule
P. SPENCER, and Y. WANG, University of Missouri-Kansas City, USA |
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