| | |
| 0166 |
9:00 AM | Human Tooth Movement Velocity is Related to Stress Magnitude and GCF Cytokines
L.R. IWASAKI, and J.C. NICKEL, University of Nebraska Medical Center College of Dentistry, Lincoln, USA |
| 0167 |
9:15 AM | The Relation between Orthodontic Force and Subsequent Tooth Movement, a Mathematical Model Based on Beagle Dog Data
J.C. MALTHA, Y. REN, and M.A. VAN 'T HOF, University of Nijmegen, Netherlands |
| 0168 |
9:30 AM | Experimental Tooth Movement in Rats Following Application of Soluble Receptors to IL-1 and TNFalpha
W. GOETZ, A. KAWARIZADEH, D. ZHANG, and A. JAEGER, University of Bonn, Dental Clinic, Germany |
| 0169 |
9:45 AM | Healing of Orthodontically Induced Root Resorption by Ultrasound in Man
T. EL-BIALY, and I. ELSHAMY, Tanta University, Egypt |
| 0170 |
10:00 AM | Gene Expression in Response to Orthodontic Tooth Movement
H.-B. MOON, J. REYNA, R. ACHBERGER, G. DENT, and M. ZEICHNER-DAVID, Center for Craniofacial Molecular Biology, University of Southern California, Los Angeles, CA, USA |
| 0171 |
10:15 AM | Apical Stress Distribution of Orthodontic Forces in Maxillary Central Incisors with Abnormal Root Shapes: A Finite Element Analysis
S.R. OLSBURGH, A.M. SHAW, and G.T. SAMESHIMA, University of Southern California, Los Angeles, USA |
| 0172 |
10:30 AM | Radiographic Evaluation of the Horizontal Condylar Angle of the Temporomandibular Joints in Patients With and Without Clinical Symptoms Prior to the Initiation of Orthodontic Therapy: A New Approach
I. CHOW, University of Pennsylvania, Philadelphia, USA, and M. MUPPARAPU, UMDNJ- New Jersey Dental School, Newark, USA |
| 0173 |
10:45 AM | Alterations of the Temporomandibular Joint in Experimental Posterior Condylar Displacement during Mastication in Rats
P. CHOLASUEKSA, H. WARITA, and K. SOMA, Graduate school, Tokyo Medical and Dental University, Japan |
|