Arcuri, L.; Gambarini, G.; Zanza, A.; Testarelli, L.; Arcuri, C.; Cross, R.; Galli, M. Experimental Evaluation of a Novel Device to Quantify Canal Cleanliness: An In Vitro Study. Oral2024, 4, 163-172.
Arcuri, L.; Gambarini, G.; Zanza, A.; Testarelli, L.; Arcuri, C.; Cross, R.; Galli, M. Experimental Evaluation of a Novel Device to Quantify Canal Cleanliness: An In Vitro Study. Oral 2024, 4, 163-172.
Arcuri, L.; Gambarini, G.; Zanza, A.; Testarelli, L.; Arcuri, C.; Cross, R.; Galli, M. Experimental Evaluation of a Novel Device to Quantify Canal Cleanliness: An In Vitro Study. Oral2024, 4, 163-172.
Arcuri, L.; Gambarini, G.; Zanza, A.; Testarelli, L.; Arcuri, C.; Cross, R.; Galli, M. Experimental Evaluation of a Novel Device to Quantify Canal Cleanliness: An In Vitro Study. Oral 2024, 4, 163-172.
Abstract
Endodontic treatments are performed to avoid extractions and maintain the natural dentition. Root canal treatments are undertaken to eliminate or prevent an infection within the root canal system. Chemical and mechanical root canal debridement are the main methods used in endo-dontics to remove necrotic tissue, microorganisms, and microbial byproducts from the canal. However, to date there is no objective method to clinically determine the proper root canal disin-fection level and thus proceed with the obturation. Clinicians just rely on their experience and habits or can trust in empirical methods such as the insertion of paper cones inside the channel and then check their appearance after the removal. Even in the in vitro and ex vivo scientific stud-ies there is no objective method to analyze and compare the efficacy of different endodontic chemo-mechanical techniques and materials. The most frequently used method is to visually an-alyze some areas with a scanning electron microscope (SEM), even if the resulting images are hardly quantifiable and could greatly vary according to the analyzed area. A new device to clin-ically test the cleanliness of a root canal and display the result in an objective score was recently developed. The device analyzes the luminescence generated by an enzyme cycling method that process the adenosine triphosphate (ATP), adenosine diphosphate (ADP) and adenosine mono-phosphate (AMP) present in organic residues. The aim of the present in vitro study was to test the efficacy and reliability of this novel device in a controlled in vitro environment, before using it in clinical practice.
Medicine and Pharmacology, Dentistry and Oral Surgery
Copyright:
This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
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