A finite element stress analysis on the supporting bone and abutment screw by tightening torque of dental implant abutment screw
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The purpose of this study was to evaluate the effect of these substances on bone regeneration by applying these materials to bone defects after cyst
This study was performed to confirm the effect of the stress distribution on short implant supporting bone according to horizontal bone loss using a three-dimensional
12 As such, using finite element modeling, the effect of stress distribution around the internal non-submerged type implants on marginal bone resorption
The purpose of this study was to evaluate surface changes and abrasion of the implant fixture and TiN coated abutment screw after repeated delivery and
surface morphol ogy(a, b, c at Fi g. 15) of the non cl i ni cal used i mpl antafterpotenti odynami ctest· · · ·16 Fi g.17.SEM and EDS showi ng the cross-secti oned
A clinical study of the efficacy of gold-tite square abutment screws in cement-retained implant restorations.. An abutment screw loosening study of a Diamond
Evaluating parameters of osseointegrated dental implants using finite element analysis-a two- dimentional comparative study examining the effects of implant
Longitudinal study on torque transmitted from a denture base to abutment tooth of a distal extension removable partial denture with circumferential clasps..
