In conclusion, over one-third of participants demonstrated immediate improvements in neck rotation and neck flexion-extension across all three treatment modalities. Short-term pain reductions were observed following muscle stimulation and vibration.
By analyzing head scans, the model accurately classified craniofacial differences in pediatric BWS patients compared with the control group.
Magic Leap’s biometric research spans thousands of individuals across age, gender, and ethnicity to capture nuanced variation in head shape, nose shape, eye position, and more.
This case underscores the need to individualize craniosynostosis treatment strategies for syndromic patients with limited physiologic reserve.
The model outperformed existing methods in patients with craniosynostosis and normative subjects. And the predictions generated by our model could be used to improve the accuracy of surgical planning.
A scanner tool can digitally map an individual’s body whilst sat in a specifically designed planning room which is sophisticated enough to scan moving babies.
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.
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.
These findings may offer further insight to clinicians, educators, and caregivers into the social challenges faced by cleft individuals.