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Digital protocol for reference-based guided surgery and immediate loading: a prospective clinical study.

Ali Tahmaseb¹, Renaat De Clerck, Irene Aartman

¹University of Amsterdam School of Dentistry, ACTA, Amsterdam, The Netherlands. ali@tahmaseb.eu

The International Journal of Oral & Maxillofacial Implants

|October 12, 2012

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Preface.

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Group 5 ITI Consensus Report: Implant placement and loading protocols.

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This study shows that computer-aided guided surgery using mini-implants and CAD/CAM technology is a reliable option for restoring edentulous patients, with high implant and superstructure survival rates.

Area of Science:

Dental Implantology
Prosthodontics
Computer-Aided Design/Computer-Aided Manufacturing (CAD/CAM)

Background:

Edentulism presents significant challenges in oral rehabilitation.
Traditional implant placement for edentulous patients can be complex, requiring precise planning and execution.

Purpose of the Study:

To evaluate the efficacy of a computer-aided three-dimensional planning protocol combined with reference mini-implants and CAD/CAM technology for restoring completely edentulous patients.
To assess implant and superstructure survival rates in a prospective clinical trial.

Main Methods:

A prospective clinical trial involving 35 edentulous patients (maxilla, mandible, or both arches).
Utilized mini-implants for computed tomography (CT) scanning and surgical template fixation.

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Employed 3D simulation planning software to integrate digital prosthetics and anatomy for superstructure design.

Main Results:

35 patients received definitive prostheses on the day of surgery, with 40 superstructures immediately loaded.
Overall implant survival rate was 95.4% (229/240), with 93.6% in the maxilla and 98.8% in the mandible.
Maxillary implant failures (10) were predominantly in patients with augmented sinuses; all restorations showed acceptable fit.

Conclusions:

Reference-based guided surgery using CAD/CAM technology is a reliable treatment for edentulous patients.
Immediate loading of CAD/CAM superstructures after guided implant placement yields acceptable fit and high survival rates.