Accuracy of 3-dimensional soft tissue prediction for orthognathic surgery in a Chinese population. KJ Lee, SL Tan, HY Low, LJ Chen, CW Yong, MT Chew.
This excerpt will show up on the home page Blog/News feed
Three-dimensional soft tissue changes in orthodontic extraction and non-extraction patients: A prospective study. R Rongo, L Nissen, C Leroy, A Michelotti, PM Cattaneo, MA Cornelis.
This excerpt will show up on the home page Blog/News feed
Anthropometric accuracy of three-dimensional average faces compared to conventional facial measurements. Z Shan, R TC Hsung, C Zhang et al.
This excerpt will show up on the home page Blog/News feed
Three-Dimensional Nasolabial Changes After Nasoalveolar Molding and Primary Lip/Nose Surgery in Infants With Bilateral Cleft Lip and Palate. L Mancini, S Avinoam, BH Grayson, RL Flores, DA Staffenberg, PR Shetye.
This is a retrospective serial longitudinal study of consecutively enrolled infants from September 2012 to July 2016 with BCLP who underwent NAM before primary lip and nose reconstructive surgery.
Three-dimensional soft tissue evaluation after rapid maxillary expansion and mandibular midline distraction osteogenesis. SA Öztürk, S Malkoç, Ü Yolcu, Z İleri, ÖÇ Güler.
This study evaluates the effects of rapid maxillary expansion (RME) and mandibular midline distraction osteogenesis (MMDO) on facial soft tissues using three-dimensional (3D) images.
Three-dimensional virtual planning in mandibular advancement surgery: soft tissue prediction based on deep learning. R ter Horst, H van Weert, T Loonen, S Bergé, S Vinayahalingam, F Baan, T Maal, G de Jong, T Xi.
This study focused on developing a novel deep-learning (DL)-based algorithm to predict the virtual soft tissue profile after mandibular advancement surgery and comparing its accuracy with the mass tensor model (MTM).
Three-Dimensional Dynamic Analysis of the Reproducibility of Verbal and Nonverbal Facial Expressions. T Qiu, Z Xue, L Wu et al.
This excerpt will show up on the home page Blog/News feed
Automatic Assessment of 3-Dimensional Facial Soft Tissue Symmetry Before and After Orthognathic Surgery Using a Machine Learning Model. LJ Lo, CT Yang, CT Ho, CH Liao, HH Lin.
This study applied the transfer learning model with a convolutional neural network based on 3-dimensional (3D) contour line features to evaluate the facial symmetry before and after OGS. A total of 158 patients were recruited in a retrospective cohort study for the assessment and comparison of facial symmetry before and after OGS from January 2018 to March 2020. Three-dimensional facial photographs were captured by the 3dMD face system in a natural head position, with eyes looking forward, relaxed facial muscles, and habitual dental occlusion before and at least 6 months after surgery.
Three-dimensional changes in the location of soft tissue landmarks following bimaxillary orthognathic surgery. G Çoban, İ Yavuz, AE Demirbaş.
This excerpt will show up on the home page Blog/News feed
Changes in the craniofacial structures and esthetic perceptions of soft-tissue profile alterations after distalization and Herbst appliance treatment. EC Irezli, A Baysal.
Dentoskeletal and soft-tissue treatment changes were examined objectively by cephalometric analysis and stereophotogrammetry, respectively. Pre- and posttreatment profile views were evaluated subjectively by orthodontists and laypeople using the 7-point Likert scale. Intra- and intergroup comparisons for the repeated measurements were performed with 2-way variance analysis. Bonferroni test was used for multiple comparisons (P ≤0.05).