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.
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Anthropometric accuracy of three-dimensional average faces compared to conventional facial measurements. Z Shan, R TC Hsung, C Zhang et al.
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An exploratory study of bust measurements during running using 4D scanning technology. J Pei, L Griffin, SP Ashdown, J Fan, B Juhnke, C Curry.
The purpose of this research was to introduce the use of 4D scanning technology to understand breast shape in motion. Twenty-six female participants who identified themselves as wearing Missy Size 18 were recruited for scanning. Three most common bust measurements were tracked in dynamic states and compared with the static state.
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.
Surgical Removal of Mandibular Third Molars with or without the Use of Cryotherapy; a Single-Blinded Randomized Controlled Trial. MK Larsen, et al.
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Designing and utilizing 3D-printed skin incision guides during the first Dutch bilateral hand-arm transplantation. S Hummelink, AS Kruit, SER Hovius, DJO Ulrich.
This study believes 3D printed templates usage increases time efficiency, improves the match of skin flaps in donor and recipient arms, and allows us to control the amount of skin surplus without skin flap tip necrosis. In these procedures where time is of the essence, this team believes pre-operative planning is imperative for its success.
Statistical Shape and Pose Model of the Forearm for Custom Splint Design. F Danckaers, J Van Houtte, BG Booth, F Verstreken, J Sijbers.
A 3D scan database of 200 healthy subjects (100 men and 100 women) performing hand motions was gathered using a 3dMD scanner. All subjects were scanned performing a movement at a frame-rate of 7.5 fps, resulting in ±100 scans per subject. Based on those scans, a new SSM was built with the help of the artificial SSM.
Statistical Shape and Pose Model of the Forearm for Custom Splint Design. F Danckaers, JV Houtte, BG Booth, F Verstreken and J Sijbers.
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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).