Effect of Biomechanical Properties of Perioral Soft Tissues on Lip Response to Simulated Protraction of Upper Front Teeth. KT Nguyen, M Farella, V Bennani, L Mei.
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Correlation between maxillary defect and facial asymmetry. Y Huang, W Wang, BX Gu, ZY Wu, XH Zhou, ZG Cai, J Zhang.
This study included a cohort of 47 patients who were admitted to the Peking University Hospital of Stomatology between 2013 and 2020 for maxillary resection procedures, necessitated by tumours.
Two experimental methods to integrate intra-oral scans into 3D stereophotogrammetric facial images. RR Schobben, FA Rangel, R Bruggink, et al.
A non-ionizing method for facial diagnosis and orthodontic treatment planning combines 3D stereophotogrammetric facial imaging (3dMD) and 3D intra-oral scanning (3Shape).
Three-dimensional analysis of facial morphology in nine-year-old children with different unilateral orofacial clefts compared to normative data. M Crins-de Koning, R Bruggink, M Nienhuijs, T Wagner, EM Bronkhorst, EM Ongkosuwito.
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.
A Physician-Centered Craniofacial Asymmetry Index for the Severity of Plagiocephaly: A Comparative Study of Assessment Methods. CH Lee, TH Lin, SH Chen, MT Chen, PR Chen, AJ Shih, CC Lee, PY Chou.
An objective plagiocephaly head-shape assessment system aligning with physician-made clinical diagnoses.
Deep learning predicted perceived age is a reliable approach for analysis of facial ageing: A proof of principle study. C Turner, LM Pardo, DA Gunn, R Zillmer, S Mekić, F Liu, MA Ikram, CCW Klaver, PH Croll, A Goedegebure, K Trajanoska, F Rivadeneira, M Kavousi, GGO Brusselle, M Kayser, T Nijsten, J Bacardit.
This is a cross-sectional study from an ongoing population based study from Rotterdam. Since 2010, the participants have been invited to participate in dermatological examinations that include taking 3D facial photographs with a static 3dMDtrio System (3dMD, Atlanta, USA).
Dynamic three-dimensional facial topography in pediatric facial palsy: Understanding asymmetrical facial contours. K Prezelskia, J Cheng, RR Hallac.
Curvature analysis provides insight into the unexplored relationship of the 3D morphological dynamics of the concavity and convexity of the face, to add to the understanding of this complex condition… could allow surgical treatment to be tailored to an individual patient’s dynamic anatomy by identifying and quantifying facial region-specific asymmetry.
Applying 3D scanning to evaluate facial symmetry in Asian populations. J Zhuang, H Ma, C Wang, X Kong, Y Chen, X Su, Z Zhang, Q Wei, L Jiang, J Hu
3D scanning effectively assesses facial asymmetry in clinical practice… Evaluating these differences pre-treatment can guide the selection of therapeutic methods to improve facial asymmetry.
Interpersonal impressions of cleft and non-cleft adolescents: A panel assessment study of peers, laypersons, and clinicians using 3dMD images. CK Hsu, LY Wang, AP McCranie, PR Chen, TC Lu, PY Chou, LJ Lo.
These findings may offer further insight to clinicians, educators, and caregivers into the social challenges faced by cleft individuals.
Reliability and Agreement of Automated Head Measurements from 3D Photogrammetry in Young Children. TA Alim, PAE Tio, MSIC Kurniawan, IMJ Mathijssen, CMF Dirven, W Niessen, G Roshchupkin, MLC van Veelen.
408 patients born between 1991 and 2019, with diagnosed non-syndromic sagittal synostosis, whom underwent FBR, ESC, or SAC in Erasmus MC Sophia Children’s Hospital, and had at least one post-operative 3dMDhead photogrammetry image taken before the age of six, were considered for this study.