Comparison of Different Drilling Speed to Classify Bone Quality by Tactile Sensation on a Saw Bone Model
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Comparison of different drilling speed to classify bone quality by tactile sensation on a saw bone model
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Bone quality is one of the major factors influencing the dental implant survival rate. Bone quality is believed to have effects on initial implant stability and success of osseointegration. Different implant designs and surgical protocols were developed for improving the survival rate in different bone quality. Although bone quality can be partly diagnosed by radiographic images, lots of experienced surgeons also evaluate bone quality with tactile sensation when they drill the bone. However, variations in evaluation of bone density maybe exist among different surgeons. The drilling speed also may have effect on the outcome of evaluation. For less experienced dentists, it is difficult to diagnose bone quality with tactile sensation in the beginning. The purpose of this study is to find proper drilling speed to classify bone quality by tactile sensation on a saw bone model. Saw bones of variant densities are used as training & testing materials. The proper drilling speed to distinguish different bone quality will be evaluated and offered to junior dentists for better implant treatment outcome.
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Inclusion criteria
- Adult dentist, with license no more than 5 years
- No clinical implant surgery experience or with experience less than 10 implants.
Exclusion criteria
-Subject who couldn't hold the test procedure
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Data sourced from clinicaltrials.gov
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