PubMed · 16427449
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Ken M Hargreaves. 2006. Stay tuned.. https://doi.org/10.1016/j.joen.2005.12.011
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INTRODUCTION: Comprehensive microbiome analyses include the study of all microbial taxa, including bacteria, archaea, viruses, and fungi, as well as their functional activities and antibiotic resistance gene expression. Regenerative endodontic therapy presents a clinical situation where the most effective antimicrobial approaches are needed in order to ensure clinical success. METHODS AND RESULTS: In this paper, different contemporary technologies for the identification of endodontic microorganisms, such as with next generation sequencing, and their functional characterization, such as with whole genome sequencing, are described. The role of transcriptomics, as well as resistome analysis, are also discussed. Furthermore, the manner in which all this work and knowledge could be incorporated into clinical endodontics in general, and regenerative endodontic therapy as a special treatment, is outlined. CONCLUSIONS: Comprehensive microbiome analysis can lead to the development of more effective and personalized antimicrobial treatment.
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The introduction of dental operating microscope and microscopic instruments including ultrasonic tips has revealed the endodontic therapy. Dental operating microscope provides magnification and illumination for the operational area. Cases which should be treated by surgical approach in the past can be managed predictably by nonsurgical micro-endodontics. The use of dental operating microscope and ultrasonics in non-surgical endodontics includes location of missed canal, removal of intracanal post and separated instruments, negotiation of ledged canals, management of apical transportation and perforation repair.