A Clinical and Radiographic Evaluation of Resonance Frequency Analysis of Sand Blasted Acid Etched (SAE) and Chemical Modified Sae Dental Implants

Evaluation of Implant Stability Quotient of Sandblasted Acid-Etched (SAE) and Chemical-Modified SAE Dental Implants: A Clinical Study

Objectives

The goal of the current research was to assess the implant stability quotient (ISQ) of dental implants that were chemically changed with SAE and without SAE.

Materials and Methods

Patients in the current study had dental implants fitted with SAE (Group I) and chemically altered SAE (Group II). After implant implantation, resonance frequency analysis (RFA) was performed as soon as possible as well as one, three, six, nine, and twelve weeks later. Version 23.0 of SPSS Statistics for Windows was used to statistically analyze the results.

Result

In SAE dental implants (Group I), a highest RFA value of 84.1 and a minimum value of 42.2 were noted. In chemically modified implants, the SAE (group II) mean RFA value ranged from 30.3 to 87.1.

Conclusion

It has been noted that dental implants with surface treatment exhibit increased implant-bone osseointegration. Implants with hydrophilic surfaces osseointegrate more quickly than those with SAE areas.

Evaluation of osseintegration between traditional and modified hydrophilic titanium dental implants - Systematic analysis

The aim of the study was to conduct a systematic review to access the osseointegration between traditional and modified Hydrophilic Titanium Dental Implants for period of 10 years. PUBMed articles were searched from last ten years up to 15/12/2019 from which 24 studies included in this review. This systematic review compiles the data about osseintegration in hydrophilic titanium implants in human trials. It sheds light on the mechanism of integration of hydrophilic surfaces and numeric data to support the purpose of the review.