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).
The results of this study suggest that NLR may serve as a potential biomarker to predict the severity of postoperative facial oedema and may assist clinicians in their decision-making process when managing the postoperative inflammatory response.
A retrospective review was conducted on patients with ULC who underwent posterior cranial vault remodeling with switch cranioplasty from both centers. All patients who underwent posterior cranial vault remodeling with occipital switch cranioplasty and had three-dimensional (3D) images obtained pre-operatively and around 2 years post-operatively were included.
Study aims to evaluate the quantitative facial soft tissue changes in relation to the underlying skeletal tissue following L-shaped RM using CT and 3dMD analysis and to investigate the patient’s pre- and post-operative satisfaction as well as surgical outcomes.
This study analyzed imaging data from 192 skeletally matured patients… Both cone-beam computed tomography and 3dMD photographs…
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.
3dMDhead images were obtained preoperatively and postoperatively at 3 weeks, 3 months, 1 year, and 2 years. Head circumference, cephalic index, scaphocephalic index (SCI), frontal bossing index (FBI), occipital bullet index (OBI), and vertex narrowing index (VNI) were measured automatically using the 3dMDvultus Craniometrics Calculator.
An objective plagiocephaly head-shape assessment system aligning with physician-made clinical diagnoses.
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.
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.