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40 participants (TMD and TMD-free, mean age of 38.9 ± 15.3 years) had 3D images of their faces recorded using the 3dMDtrio craniofacial system. Each participant was recorded with their mouth in occlusion and fully open.
By using the 3dMD imaging system, we were able to assess the outcomes of an orthodontic treatment approach. The method’s non-invasive nature, precision, simplicity, and child-friendly design make it ideal for routine clinical use—for both diagnosis and treatment—across all age groups, including young children.
3dMD acquire 3D facial images of 195 children aged 7–12 years. They were divided into 12 groups by age (7–8 years group, 9–10 years group,11–12 years group,), gender, and breathing pattern (mouth breathing MB, nasal breathing NB).
On average, the lateral cephalometric radiographs might provide an adequate representation of the facial profile, but when individual patients are considered, there is often a clinically significant error. Thus, lateral cephalograms should be used with caution to evaluate the facial soft-tissue profile.
The aim of this study was to assess long-term visible volume retention measured with 3-dimensional surface imaging and long-term patient-reported satisfaction 5 years after facial fat grafting.
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A non-ionizing method for facial diagnosis and orthodontic treatment planning combines 3D stereophotogrammetric facial imaging (3dMD) and 3D intra-oral scanning (3Shape).
3dMD images of cleft patients were captured under standardized conditions between 2016 and 2022 and maintained in the database of the Amalia Cleft Palate and Craniofacial Unit of the Radboudumc, Nijmegen, the Netherlands.
Between September 2016 and April 2018, all 118 middle-aged Caucasian male subjects were capture with the 3dMDface.t System using a novel technique for the registration of head position during image acquisition. The 3D surface structures were assessed using 3dMDvultus software and 36 surface variables were analyzed including linear, angular measurements, and proportions.