Journal
JOURNAL OF ENDODONTICS
Volume 47, Issue 1, Pages 133-139Publisher
ELSEVIER SCIENCE INC
DOI: 10.1016/j.joen.2020.09.016
Keywords
3-dimensional printing; cone-beam computed tomography; dental pulp calcification; guided endodontics; periapical periodontitis; root canal therapy
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This case report presents a novel guided endodontics technique using a sleeveless 3-dimensional-printed guide, which allows for a minimally invasive access cavity up to the root canal. The technique shows promise as an alternative to conventional guided endodontics in cases where vertical space is limited, for negotiating pulp canal obliteration.
Guided endodontics has been used for the treatment of anterior teeth with a successful outcome. This approach is not only limited to anterior teeth because it can also be used for the treatment of premolars and molars. However, in such cases, space may be a limitation because a long bur has to be used in addition to the guide being placed on top of the teeth. The aim of this case report was to present a novel guided endodontics technique using a sleeveless 3-dimensional-printed guide. This design can reduce vertical space, allowing an open view of the tooth and irrigation during drilling. A 46-year-old female patient consulted the endodontic department with intermittent pain around tooth #5. Tooth #5 presented pain upon percussion and responded negative to a cold test. The initial periapical radiograph revealed an apical radiolucency with pulp canal obliteration. Clinically, there was no sinus tract. The tooth was diagnosed with pulp necrosis and symptomatic apical periodontitis. Guided endodontic treatment was performed with a sleeveless 3-dimensional-printed guide and long neck carbide bur with a head diameter of 1 mm to drill a minimally invasive access cavity up to the root canal. A completely healed apical area of tooth #5 was visible after 1 year on periapical radiographs. This technique seems to be a promising alternative in comparison with the conventional guided endodontic guide design for the negotiation of pulp canal obliteration in cases in which vertical space is limited.
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