Effect of Diode Laser Activated Irrigation Versus Ultrasonic on Post-Operative Pain in Single Visit of Necrotic Teeth
Necrosis
About this trial
This is an interventional treatment trial for Necrosis focused on measuring Diode laser, asymptomatic pulp, Laser activated irrigation, continuous ultrasonic activation, post obturation pain
Eligibility Criteria
Inclusion Criteria:
- Asymptomatic necrotic single rooted single canal teeth with or without chronic periradicular lesion.
- Teeth with mature root
- Teeth without calcified root canals
- Teeth without root caries
- Teeth without internal or external root resorption
- Teeth with no sign of crack formation
- Teeth without anatomic abnormalities
Exclusion Criteria:
- Pregnant or lactating females
- Teeth with vital pulp
- Non- restorable teeth
- Medically compromised patients
- Patients with facial swelling or acute infection.
- Previously endodontically treated teeth
- periodontally affected teeth
Sites / Locations
Arms of the Study
Arm 1
Arm 2
Experimental
Active Comparator
diode laser activated irrigation
ultrasonic activated irrigation
Laser-activated irrigation (LAI) has been introduced as a powerful method enhancing irrigant action; The laser radiation produces transient cavitation in the liquid through optical breakdown by strong absorption of the laser energy. The high-power diode laser has been tested in several areas of dentistry such as bleaching, depigmentation and gingivectomy, with promising results in dentinal disinfection. The diode laser has proved to be a resource worth testing, because of the it's properties and its low cost and availability in comparison to most lasers used in endodontics.
ultrasonics have been developed to improve the penetration and effectiveness of irrigation in peripheral areas of the root canal space. The efficiency of sonic and ultrasonic devices is based on the creation of hydrodynamic phenomenon in well-shaped canals filled with an irrigant. Such active root canal irrigation has been shown to facilitate the disruption of biofilms and make the cell membrane of bacteria more permeable to NaOCl.