Suday, O cber 8, 2017 METHODS: A systematic literature review of the National Library of Medicine (PubMed) database was performed by two independent reviewers. English and French-language studies involving the outcomes of autologous fat grafting to correct contour defects of the face were included. Extracted data included patient demographics, harvest and injection sites, graft harvesting and i...

To obtain the best results in the treatment of patients with Angle Class III malocclusion, the etiologies of the malocclusion should first be clarified, and then an appropriate treatment modality should be decided. Angle Class III malocclusions in 120 subjects who had orthognathic surgery were analyzed with cephalometrics and facial photos and classified into 3 categories based on the abnormali...

Cone beam Computed Tomography (CBCT) is acclaimed for its accuracy and diverse clinical utility. The benefits of good image quality, volumetric analysis, short scan times, and relatively less radiation dose than conventional medical CT, has resulted in greater ubiquity as an imaging modality within all disciplines of dentistry. It has become an important adjunct in orthodontic diagnosis due in ...

UNLABELLED Distraction osteogenesis has been extensively used to correct severe midface hypoplasia in syndromic craniosynostosis patients. However few studies have reported midface distraction outcomes through cephalometric evaluation. AIM The purpose of the present study was to evaluate outcomes with midface distraction rigid external device (RED) in patients with syndromic craniosynostosis,...

Objective: To estimate the correlation and variant heritability values of craniofacial variables between parents their offspring. Materials Methods: The sample comprised 20 Indian families; each family consisted father, mother, son, daughter. Lateral cephalometric radiographs facial photographs were taken for member.Fifty -three angular, linear, proportional measured photographic analysis was d...

Introduction: Cephalometrics may have limited use in orthodontics because of its subjective interpretation. An Artificial Intelligence (AI) system, the Decodify® System, was developed to allow the customized quantitative assessment of contextualized cephalometric data. In this article, the system is tested as an administrative tool in orthodontic offices. Methods: The development of algorithms ...