Traditionally 2D cephalometric analysis has been used for diagnosis and treatment of maxillofacial deformities. However, 2D has some limitations in diagnosis and treatment planning especially facial asymmetry cases. The most weakness of 2D is overlapping and unpredictability. Today 3D treatment tools are used by many maxillofacial surgeons. 3D treatment tools can show ungarbled facial anatomy and do virtual surgery. The aim of this report is to present usefulness of using 3D analysis and virtual orthognathic surgery for severe facial asymmetry patients.ope
Introduction: Skeletal Class III patients often present a major facial asymmetry. In the current inv...
This article demonstrated the usefulness of a non-contact 3-dimensional (3D) morphometric apparatus ...
Purpose The aim of this study was to evaluate the impact of orthognathic surgical correction of f...
To overcome limitations of conventional diagnosis and planning for orthognathic surgery, surgeons ha...
Objective: To establish a computer-aided surgical simulation procedure based on the natural head pos...
ABSTRACT Dentofacial deformities usually are surgically treated, and 3D virtual planning has been us...
This article aims to determine the absolute accuracy of maxillary repositioning during orthognathic ...
Orthognathic surgical planning compromises three clinical needs: occlusal balancing, symmetry, and h...
Featured Application: Better surgical planning of the mandibular angle region. The surgical correcti...
Objectives : This paper presents a new simulator for maxillo-facial surgery, that gathers the dental...
: In the present case report, we present and discuss the digital workflow involved in the orthodonti...
Pretreatment diagnosis of mandibular asymmetry in orthognathic surgery patients can be improved by q...
We developed a new three-dimensional (3D) method of analysis of facial asymmetry and applied it to 4...
A chin deformity does not rarely accompany dentofacial deformities. A correction of the chin (geniop...
To correct dentofacial deformities, three-dimensional skeletal analysis and computerized orthognathi...
Introduction: Skeletal Class III patients often present a major facial asymmetry. In the current inv...
This article demonstrated the usefulness of a non-contact 3-dimensional (3D) morphometric apparatus ...
Purpose The aim of this study was to evaluate the impact of orthognathic surgical correction of f...
To overcome limitations of conventional diagnosis and planning for orthognathic surgery, surgeons ha...
Objective: To establish a computer-aided surgical simulation procedure based on the natural head pos...
ABSTRACT Dentofacial deformities usually are surgically treated, and 3D virtual planning has been us...
This article aims to determine the absolute accuracy of maxillary repositioning during orthognathic ...
Orthognathic surgical planning compromises three clinical needs: occlusal balancing, symmetry, and h...
Featured Application: Better surgical planning of the mandibular angle region. The surgical correcti...
Objectives : This paper presents a new simulator for maxillo-facial surgery, that gathers the dental...
: In the present case report, we present and discuss the digital workflow involved in the orthodonti...
Pretreatment diagnosis of mandibular asymmetry in orthognathic surgery patients can be improved by q...
We developed a new three-dimensional (3D) method of analysis of facial asymmetry and applied it to 4...
A chin deformity does not rarely accompany dentofacial deformities. A correction of the chin (geniop...
To correct dentofacial deformities, three-dimensional skeletal analysis and computerized orthognathi...
Introduction: Skeletal Class III patients often present a major facial asymmetry. In the current inv...
This article demonstrated the usefulness of a non-contact 3-dimensional (3D) morphometric apparatus ...
Purpose The aim of this study was to evaluate the impact of orthognathic surgical correction of f...