[Contribution of 3D imaging using 3DNEO(®) software in surgical-orthodontic treatment of impacted teeth].

OBJECTIVES

The aim of this investigation was to present and evaluate an original method of mini-invasive oral surgery and orthodontics based on 3D images from a computed tomography software (3DNEO(®), 3DNEOVISION).

MATERIALS AND

METHODS

Three patients with impacted teeth were examined and their data were analyzed with this software based on the "region growing" method.

RESULTS

Several clinical interests emerge : locate and visualize precisely the relationships of the impacted tooth with the adjacent anatomical elements under the desired angle, associate/dissociate the different elements of the 3D scene, measure the distances, calculate the axes of traction, materialize the way of traction and the optimal point for bonding, prepare virtually the surgical exposure and orthodontic treatment plan.

CONCLUSION

This 3D method might provide information for improved diagnosis and treatment plans in order to ultimately result in more successful treatment outcomes and better care for patients.