USE OF ULTRASOUND IN ENDODONTIC TREATMENT

Abstract

Ultrasound is a technology that has been integrated into endodontic treatment to improve the cleaning and disinfection of root canals. It is effective in removing debris, bacteria and activating irrigating solutions, increasing the effectiveness of the treatment. Additionally, the use of ultrasound facilitates the removal of fractured instruments and old fillings. This is a minimally invasive technique, improving the prognosis and success of endodontic treatment. Given this, this research's main objective is to provide a deeper understanding of how this technology can optimize root canal cleaning and disinfection procedures. Discussing this topic aims to clarify the clinical benefits, such as improved removal of debris and microorganisms, and operational advantages, such as efficiency in removing obstructions and facilitating complex procedures. Furthermore, the approach highlights technological advances and practices that can increase the success rate of endodontic treatments, contributing to a better prognosis and quality of dental care. To this end, the development of this literature review involved a search for articles in Google Scholar databases. It has been demonstrated that the use of ultrasound in endodontic treatment represents a significant advance in dentistry, offering greater effectiveness in cleaning and disinfecting root canals. Since ultrasonic technology facilitates the removal of debris, bacteria and obstructions, resulting in a more efficient treatment with a better prognosis and although it does not replace the professional's skill, ultrasound complements and enhances clinical results, becoming a valuable tool in the endodontic arsenal.