| Abstrakt: |
Aim: The conventional technique of implant uncovery using a blade and scalpel is associated with various drawbacks, including profuse bleeding, soft-tissue trauma, delayed healing, and patient noncompliance. Therefore, there is a need to explore the alternative approaches that offer improved accuracy and time efficiency during the cover screw location at the second stage of recovery. This study aims to assess the accuracy and time efficiency of a novel technique that utilizes an apex locator in comparison to conventional locating techniques for implant uncovery. Settings and Design: The study employed a simple randomized controlled trial with a sample size of 161. Materials and Methods: The study employed apex locator (Woodpecker Woodpex III Gold 5th generation) in conjunction with a K-file (Mani k-file #10, 21 mm) for detecting the implant location. The accuracy of the novel technique was determined based on the values measured on the apex locator, with positive values indicating soft-tissue response and negative values indicating the cover screw (metal). The accuracy was cross-verified using radiovisiography (RVG). The clinician-based scoring was also done, considering RVG evaluation, amount of incision given, and ease of the procedure. The time required to locate the cover screw was recorded using a timer for both the novel technique and the conventional method. Statistical Analysis Used: All the recorded values were statistically analyzed using the independent t-test (P < 0.005) with the SPSS software (version 23). Results: The results revealed a significant difference in terms of incision given, ease of treatment, and time taken for the procedure (P < 0.05), while the accuracy of the novel technique was not disturbed (P > 0.05). Conclusion: Based on the findings of this in vivo study, the use of an apex locator as an alternative to conventional methods for detecting cover screw location at the second stage of recovery is recommended. The novel technique demonstrated faster uncovering of implants without posing any risks to the surrounding tissues or implants. [ABSTRACT FROM AUTHOR] |
