Clinical Trials Directory

Trials / Not Yet Recruiting

Not Yet RecruitingNCT06518304

Effectiveness of GentleWave System in Endodontic Treatment

Randomized Controlled Trial: Effectiveness of GentleWave System in Endodontic Treatment and Its Impact on Reducing Post- Operative Pain.

Status
Not Yet Recruiting
Phase
N/A
Study type
Interventional
Enrollment
70 (estimated)
Sponsor
University of Salamanca · Academic / Other
Sex
All
Age
18 Years – 80 Years
Healthy volunteers
Accepted

Summary

This study aims to evaluate the efficacy of the GentleWave® System compared to conventional methods in reducing postoperative pain in patients with necrotic pulp or requiring endodontic retreatment.

Detailed description

New irrigation modalities such as the GentleWave® System, which integrates advanced multisonic ultrasound technology, have been developed to overcome limitations and improve root canal treatments success rates, by ensuring comprehensive cleaning while minimizing mechanical instrumentation. This system, featuring CleanFlow technology, optimizes the delivery of irrigants and promotes efficient root canal debridement. Postoperative pain is common, usually peaking within the first 24 hours after treatment and decreasing thereafter. In the presence of necrosis, microorganisms can colonize anatomical complexities, such as isthmuses, ramifications and dentinal tubules causing symptoms such as pain, inflammation, and in some cases even odontogenic sinusitis. Conventional Syringe Irrigation (CSI), which delivers irrigants (NaOCl, EDTA) through a needle-syringe system, often fails to reach the entire working length and the intricate anatomy of the root canal. This inadequacy can result in residual bacteria and necrotic tissue, potentially compromising treatment efficacy and increasing the risk of treatment failure; furthermore, positive pressure exerted during CSI may cause the extrusion of irrigants beyond the apex, leading to complications.

Conditions

Interventions

TypeNameDescription
OTHERGentleWaveGentleWave System employs a degassing process that removes dissolved gases from the solution. This optimization prevents the vapor-lock effect and ensures effective energy transmission through the root canal. As the solution enters the pulp chamber, hydrodynamic cavitation occurs, creating microbubbles that implode and generate sound waves across a broad frequency spectrum
OTHERConventional ProtocolDelivers irrigants (NaOCl, EDTA) through a needle-syringe system, often fails to reach the entire working length. This inadequacy can result in residual bacteria and necrotic tissue, potentially compromising treatment efficacy and increasing the risk of treatment failure.

Timeline

Start date
2024-08-20
Primary completion
2024-08-20
Completion
2024-09-20
First posted
2024-07-24
Last updated
2024-08-21

Locations

1 site across 1 country: United States

Source: ClinicalTrials.gov record NCT06518304. Inclusion in this directory is not an endorsement.