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Dentin debris is created during instrumentation, and its complete removal from the root canal remains a challenge. Future anti-debris strategies are likely to combine chemical effects with physical energy. Endodontic irrigating solutions can kill bacteria in infected dentin, depending on the type and concentration of the irrigant, and time of exposure. However, serious concerns have been expressed regarding weakening of dentin strength by irrigation. Irrigation-dentin interaction will be one of the key areas of future research in order to optimize the desired effects of irrigation and to…mehr

Produktbeschreibung
Dentin debris is created during instrumentation, and its complete removal from the root canal remains a challenge. Future anti-debris strategies are likely to combine chemical effects with physical energy. Endodontic irrigating solutions can kill bacteria in infected dentin, depending on the type and concentration of the irrigant, and time of exposure. However, serious concerns have been expressed regarding weakening of dentin strength by irrigation. Irrigation-dentin interaction will be one of the key areas of future research in order to optimize the desired effects of irrigation and to minimize the harmful effects, which might lead, at worst, to longitudinal tooth fracture.
Autorenporträt
Dr. Pritu BansaL MDS in Conservative Dentistry and Endodontics has keen interest in Aesthetics and Micro-Endodontics. Dr Sandhya Kapoor Punia Professor and HOD and Dr. Rahul Bhargava at DDCH, Udaipur has diverse experience as clinician, academician and training young minds towards endodontics and aesthetic dentistry.