The Average Facial Expressions: A Range of Motion Analysis for Different Sex and Age Groups. H Schutte, MSM Muradin, F Bielevelt, K Seubring, RLAW Bleys, AJWP Rosenberg.
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3-dimensional analysis of hard- and soft-tissue symmetry in a Chinese population. J Zhao, Y Xu, J Wang, Z Lu, K Qi.
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Three-Dimensional Analyses of Postoperative Effects of Surgically Assisted Rapid Palatal Expansion (SARPE) on the Soft Tissue of the Midface Region and the Upper Airway Space Using Stereophotogrammetry and Cone Beam Computed Tomography (CBCT). W Heldmaier, D Lonic, DJ Loeffelbein.
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Mandibulectomy Prosthetic Case Report: Comparison of Traditional and Digital Fabrication Methods with 3dMDface Scanning, Digital Sculpting, and 3-Dimensional Printing. T Bellichi, CBT Jacobs, ZM Wood, N Al-Qahtani, N Alderson, J Rogers, SP Haug, JA Levon.
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A Study of the Facial Soft Tissue Morphology in Nasal- and Mouth-Breathing Patients. B Cheng, AS Mohamed, J Habumugisha, Y Guo, R Zou, F Wang.
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Digital technology for orthognathic surgery training promotion: a randomized comparative study. Z Su, Y Liu, W Zhao, Y Bai, N Jiang, S Zhu.
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Quantitative analysis of facial symmetry by using three-dimensional technology. Z Wu, X Gao, H Long et al.
The chin and lateral mandible contribute most significantly to the facial symmetry. The objective measurement of facial symmetry, 3D technology, is reliable.
Three-Dimensional Evaluation of the Effect of Platelet-Rich Fibrin on Edema in Lower Impacted Third Molar Surgery Performed with Piezosurgery. B Konuk, MF Şentürk.
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Volumetric effect and patient satisfaction after facial fat grafting. AJ Tuin, RH Schepers, FKL Spijkervet, A Vissink, J Jansma.
We aimed to assess the overall and more specifically the local volumetric effects of facial fat grafting and relate these effects to patient satisfaction up to one year after treatment.
Development of a maxillofacial virtual surgical system based on biomechanical parameters of facial soft tissue. M Cheng, Y Zhuang, H Zhao et al.
In this study, a physical model of facial soft tissue based on real biomechanical parameters was constructed, and a haptics-enabled virtual surgical system was developed to simulate incision-making process on facial soft tissue and to help maxillofacial surgery training.