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| 2649 | In vitro comparison of biologic effects of pulpotomy materials
L. CHAO HSIN, C.T. KAO, and T.H. HUANG, Dental Department, Chung Shan Medical University, Taiwan, Taipi, Taiwan |
| 2650 | Silicon-Substituted Hydroxyapatite Foam by Solid State Reaction as Bone Substitute
Q.H.M.S. ZAMAN1, A. TAKEUCHI1, M. NAKAGAWA1, K. ISHIKAWA1, and S. MATSUYA2, 1Kyushu University, Fukuoka, Japan, 2Fukuoka Dental College, Japan |
| 2651 | pH vs Time of an Eexperimental Portland Pulp Cap Material
D. MARTIN, R. YIN, L.J. SHARP, and B. SUH, Bisco, Inc, Schaumburg, IL, USA |
| 2652 | Cytotoxicity of dental cements evaluated with the "toxdenttest"
A. SCHEDLE1, A. FRANZ1, M. SCHMID-SCHWAP1, F. KOENIG2, T. LUCAS3, and E. PIEHSLINGER1, 1Medical University of Vienna, Bernhard Gottlieb University Clinic of Dentistry, Austria, 2Medical University of Vienna, Core Unit for Medical Statistics and Informatics, Austria, 3Medical University of Vienna, Center of Antatomy and Cell Biology, Austria |
| 2653 | Sealing ability of innovative silicatic cements for endodontics
G. PITZOLU1, M.G. GANDOLFI1, S. SAURO2, S. ZANNA1, B. DE CARLO1, G. PIANA1, C. PRATI1, and R. MONGIORGI1, 1University of Bologna, Italy, 2King's College London, United Kingdom |
| 2654 | Five New Endodontic Sealers' In Vitro Resistance to Bacterial Penetration
A.U. ELDENIZ, NIOM, Haslum, Norway &, University of Selcuk, Konya, Turkey, and D. ØRSTAVIK, University of Oslo, Norway |
| 2655 | Interaction between Cells and Polarized Hydroxyapatite Implanted to Intraperitoneal Cavity
H. ARAI1, T. KOBAYASHI1, M. NAKAMURA1, Y. SEKIJIMA1, S. NAKAMURA1, J.I. SALONEN2, and K. YAMASHITA1, 1Tokyo Medical & Dental University, Japan, 2Turku University, Finland |
| 2656 | Fabrication of Calcium Phosphate Cement from C3S-Doped α-TCP
L.J.G. CARDENAS1, A. TAKEUCHI1, M. NAKAGAWA1, K. ISHIKAWA1, and S. MATSUYA2, 1Kyushu University, Fukuoka City, Japan, 2Fukuoka Dental College, Japan |
| 2657 | Novel Screen-Printed Scaffolds Enhance Biomaterial Osteointegration
V.G. VARANASI1, N. URITANI2, B. ANCHETA1, P.M. LOOMER2, E. SAIZ3, A. TOMSIA3, S.J. MARSHALL2, and G.W. MARSHALL2, 1University of California San Francisco, USA, 2University of California San Francisco, USA, 3Lawrence Berkeley National Laboratory, CA, USA |
| 2658 | Evaluation of the Setting of MTA with Differential Scanning Calorimetry
S.C.V. CHEDELLA, and D.W. BERZINS, Marquette University, Milwaukee, WI, USA |
| 2659 | Chloride and Phosphate Ions Influence Setting of a Portland Cement
N.K. SARKAR, T.M. PERKINS, N.R. BARLAPUDI, M.M. CHOWDHURY, and S. THERIOT, LSUHSC School of Dentistry, Baton Rouge, LA, USA |
| 2660 | Long-term Sealing Ability of Root-end Fillings Contaminated with Blood
A.U. ELDENIZ1, O. KAHVECI1, A. ERDEMIR2, and S. BELLI1, 1Selcuk Universitesi, Konya, Turkey, 2Kirikkale University, Turkey |
| 2661 | Environment Dependent Reaction Products of a Portland Cement
N.K. SARKAR, M.M. CHOWDHURY, N.R. BARLAPUDI, T.M. PERKINS, and S. THERIOT, LSUHSC School of Dentistry, Baton Rouge, LA, USA |
| 2662 | Additions to Portland Cement to Improve Setting Time and Hardness
W.C. WAGNER, and J. VITALE, University of Detroit Mercy, MI, USA |
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