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| 0167 | Dental health of 2-4-year-old children in Estonia
J. OLAK1, S. KARJALAINEN2, R. MANDAR1, and M. SAAG1, 1 Tartu University, Estonia, 2 University of Turku, Finland |
| 0168 | Marginal Imperfections and their Potential Influence on Artificial Caries
U. KRAFT, N. CARSTENS, E. GLOCKMANN, and I. HOYER, University of Jena, Erfurt, Germany |
| 0169 | Assessment of Caries Risk for 2-6 Years Olds in Riga
I. HENKUZENA, and R. CARE, Medical Academy of Latvia, Riga, Latvia |
| 0170 | Changes of SiC among Polish children and youth
E. DYBIZBANSKA, E. PIERZYNOWSKA, M. ZAWADZINSKI, A. MIELCZAREK, and M. GANOWICZ, Medical University of Warsaw, Poland |
| 0171 | Mutans Streptococci and Caries Prevalence in Polish Schoolchildren
I. STRUZYCKA1, W. HRYNIEWICZ2, A. KWIATKOWSKA1, A. SKOCZYNSKA2, and J. WALORY2, 1 Medical University of Warsaw, Poland, 2 National Institute of Public Health, Warsaw, Poland |
| 0172 | Proteins in Bovine Colostrum Protect Against Calcium Hydroxyapatite Dissolution
A. BARDOW, J. CHRISTOFFERSEN, M.R. CHRISTOFFERSEN, A.M.L. PEDERSEN, S. KIRKEBY, D. MOE, and B. NAUNTOFTE, University of Copenhagen, Denmark |
| 0173 | Salivary levels of mutans streptococci in Polish schoolchildren
I. STRUZYCKA1, W. HRYNIEWICZ2, A. SKOCZYNSKA2, and J. WALORY2, 1 Medical University of Warsaw, Poland, 2 National Institute of Health, Warsaw, Poland |
| 0174 | Oral Involvement in Hereditary Epidermolysis Bullosa
J. BECKER, G. DANESH, C. LIPPOLD, and T. DAMMASCHKE, Westfälische Wilhelms-Universität, Münster, Germany |
| 0175 | Oral microflora identification in head and neck-irradiated patients
C. LLENA1, T. PÉREZ1, S. FERNÁNDEZ-BARREDO1, L. FORNER2, and C. GALIANA1, 1 Universidad Cardenal Herrera-CEU, Alfara del Patriarca, Spain, 2 Universidad de Valencia, Spain |
| 0176 | Children with Fatty Acid Oxidation Disorder are at Caries Risk
H. FORSS1&2, and S. ALALUUSUA1, 1University of Helsinki, 2Kuopio University Hospital, Finland |
| 0177 | Relationship Between Body Mass Index (BMI) and Dental Caries
H. SENKEL1, R. HEINRICH-WELTZIEN2, I. GODDON1, W. TIETZE2, and L. STOESSER2, 1 Ennepe-Ruhr-Kreis, Schwelm, Germany, 2 University of Jena, Erfurt, Germany |
| 0178 | The construction of the caries prediction model by decision analysis
Y. NOMURA1, F. NISHIKAWARA1, and N. HANADA2, 1 Tsurumi University, Kanagawa, Japan, 2 National Institute of Public Health, Saitama, Japan |
| 0179 | Root Caries Lesions - Structural Characteristics Following Treatment with Different Varnishes
A. BRODZIKOWSKA, Medical University of Warsaw, Poland |
| 0180 | Anti-Demineralizing Potential of Bottled Green Tea Drinks in vitro
Y. MUKAI1, K. KAMIJO1, Y. HIRATA1, T. TERANAKA1, and J.M. TEN CATE2, 1 Kanagawa Dental College, Yokosuka, Japan, 2 ACTA (Academic Center for Dentistry Amsterdam), Netherlands |
| 0181 | Correlations between Lesion Profiles and Subsequent Demineralization adjacent to Materials
T. SHIIYA1, Y. MUKAI1, T. TERANAKA1, and J.M. TEN CATE2, 1 Kanagawa Dental College, Yokosuka, Japan, 2 ACTA (Academic Center for Dentistry Amsterdam), Netherlands |
| 0182 | Effect of Amount of Fluoridated Toothpaste on Lesion Formation
D. VAN DER HEUL, A.M. KILSDONK, C. VAN LOVEREN, and A.J.P. VAN STRIJP, Academic Centre for Dentistry (ACTA), Amsterdam, Netherlands |
| 0183 | Effect of Fluoride Mouthrinses on Lesion Formation in Dentin
A.J.P. VAN STRIJP, V.A.M. GERARDU, M.J. BUIJS, C. VAN LOVEREN, and J.M. TEN CATE, Academic Centre for Dentistry Amsterdam (ACTA), Netherlands |
| 0184 | Role of Strontium-Fluoride Toothpaste in Remineralization of Decalcified Enamel
A. SURDACKA, E. KACZMAREK, R. KOCZOROWSKI, and J. STOPA, Poznañ University of Medical Sciences, Poland |
| 0185 | A Comparison of Biological Activities in Three SnF2-Containing Toothpastes
G. JONSKI, E. SAXEGAARD, A. YOUNG, and G. RÖLLA, University of Oslo, Norway |
| 0186 | Fluoride Profile of Human Eamel Treated With Iontophoresis Device
T. FISHER1, I. ROMAN1, and O. ZUABI2, 1 Hebrew University, Jerusalem, Israel, 2 Periodontal unit, Rambam Medical Center, Haifa Israel, Israel |
| 0187 | Two models to evaluate antimicrobial effects in the oral cavity
V. GERARDU, A.J.P. VAN STRIJP, M.J. BUIJS, C. VAN LOVEREN, and J.M. TEN CATE, ACTA - Universiteit van Amsterdam, Netherlands |
| 0188 | Antimicrobial Effect of HealOzone in Class I Caries Lesions
K. PRSKALO1, M. PERINIC2, J. SUTALO1, S. KALENIC3, Z. TARLE1, and A. KNEZEVIC1, 1 University of Zagreb- School of Dental Medicine, Croatia, 2 private office, Donja Stubica, Croatia, 3 Clinical Hospital Center Zagreb, Croatia |
| 0189 | In Vitro Evaluation of Different Techniques of Cavity Preparation
M. RACZYNSKA, K. MALKIEWICZ, and E. JODKOWSKA, Medical University of Warsaw, Poland |
| 0190 | Profilometric Surface Roughness Measurement after Different Interdental Stripping Techniques
A. HELLAK, G. DANESH, C. LIPPOLD, T. HELLAK, T. DAMMASCHKE, and E. SCHÄFER, University of Munster, Münster, Germany |
| 0191 | Odontogliphic Pattern and Demineralization Region in Enamel of Human Teeth
T. MATTHEWS-BRZOZOWSKA1, K. MEHR2, B. MISKOWIAK2, and P. PIOTROWSKI2, 1 Wroclaw University, University of Medical Sciences - Poznan, Poland, 2 University of Medical Sciences - Poznan, Poland |
| 0192 | Enumeration of mutans streptococci in clinical samples by mMSB-kit
F. NISHIKAWARA1, Y. NOMURA1, and N. HANADA2, 1 Tsurumi University, Kanagawa, Japan, 2 National Institute of Public Health, Saitama, Japan |
| 0193 | Case-Control Study: Lisozima and Tiocyanate relationship with dental caries
P. CEARRA, A. GARCIA, M. BARRANQUERO, and F.J. GOIRIENA, Universidad del Pais Vasco, Bilbao, Spain |
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