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PubMed · 10212549

Positioning implants for overdentures: a prototype implant-paralleling device. Technical note.

Abstract

As implant-assisted dentistry continues to grow, increasing emphasis is being placed on the surgical positioning of implants so that they can be optimally restored. While this is essential for esthetics with fixed implant restorations, it is equally important with implant overdentures, where the type of retentive mechanism artificial tooth position, and denture flange contour may be affected by implant position Unfortunately, surgical guides or templates may be used less often with overdenture cases because of the associated time, costs, and difficulty in positioning during surgery, leading to compromised implant location or orientation. This paper describes a prototype paralleling device that can aid in the surgical positioning of implants for overdentures.

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BibTeXRIS

J N Walton. Positioning implants for overdentures: a prototype implant-paralleling device. Technical note.. https://pubmed.ncbi.nlm.nih.gov/10212549/

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The influence of dental operating microscope in locating the mesiolingual canal orifice.

OBJECTIVE: The purpose of this study was to evaluate the influence of using the dental operating microscope (DOM) for detection of the mesiolingual (ML) canal orifice in extracted maxillary molars compared with unaided vision (no loupes or headlamps). STUDY DESIGN: Using a clinical simulation model system, we mounted 39 maxillary molars in a dentoform and placed them into a mannequin. After rubber dam placement and preparation of standard access, 2 attempts were made to locate the ML canal with unaided vision. Then the teeth were examined by using a DOM. Finally, all teeth were sectioned, stained, and evaluated with the DOM for actual presence of an ML canal. RESULTS: ML canal orifices were detected in 20 of the teeth with a sharp explorer and mirror. In the remaining teeth, 12 ML canal orifice were located by using the DOM. Qualitative nonparametric comparisons were used. CONCLUSIONS: The results of this study indicate that the DOM provides increased opportunity for the dentist to detect canal orifices.

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