Biting force was evaluated using I load star sensor. At time of prosthesis insertion, 3 months, 6 months, 9 months and 12 months. The T-Scan III digital occlusal system was used to record anterior and posterior percentage occlusal force (%OF) distribution.
Materials and Methods: Two resin-based restorative materials were selected for this study: Compomer (Twinky Star) and Giomer (Beautifil II). For water sorption and solubility, 6 disc-shaped specimens of each material were prepared according to manufacturers’ instruction.
Biting forces was measured using I Load star sensor. Digital radiography was used for bone height assessment at time of prosthesis insertion, 6 and 12 months later. Results: There was a statistically significant difference in bone changes between the conventional and the Acetal RPDs after one year.
The masticatory function in this trial was recorded both objectively and subjectively. A patient masticatory chart was used, and also the patient biting force was recorded using the iload star device in newton.
study: Compomer (Twinky Star) and Giomer (Beautifil II). For water sorption and solubility, 6 disc-shaped specimens of each materia were prepared according to manufacturers’ instruction. Measurements were done by weighing the samples before and after immer
All the teeth were instrumented with a crown down technique by Endo Star taper 4% to achieve size #50 apical preparation .irrigation was done using 10ml 2.25% Na (ocl), then 10ml of 17% EDTA and final rinse with 10ml sterile normal saline.
Aim: the purpose of the present study was to investigate the effect of thermal cycling and mechanical loading on the flexural strength of: Zeno Star (T) a translucent monolithic Yttria stabilized zirconia (Y-TZP).
onventional implants using locator attachment. Biting force was evaluated usi g I load star sensor. At time of prosthesis inser-tion, 3 months, 6 months, 9 months and 12 months. The T-Scan III digital occ different attachments (locator attachment and ball attachment) in KEY WORDS: Overdenture; biting force; occlusal force distribution.
ected data, specifically using the Allied Star Meshcompare software for 3D inspection and metrology. Mohammed et al.28 previously compared the accuracy of different convention
