Background and objective Accurate and repeatable detection of craniofacial landmarks is
crucial for automated quantitative evaluation of head development anomalies. Since …

Abstract 3D photogrammetry is a cost-effective, non-invasive imaging modality that does not
require the use of ionizing radiation or sedation. Therefore, it is specifically valuable in …

Image segmentation, labeling, and landmark detection are essential tasks for pediatric
craniofacial evaluation. Although deep neural networks have been recently adopted to …

We present the first data-driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …

Cranial vault remodeling (CVR) is a common procedure for correcting sagittal
craniosynostosis. Some approaches leave significant craniectomy defects. The authors …

In the initial report describing the fronto-orbital distraction technique, bone segments were
advanced preserving their attachments with the dura. This approach does not allow for the …

Few studies have reported a complete quantitative database of cranial growth, from infancy
to adulthood, as a reference through three-dimensional analysis. Our study aimed to …

Purpose The diagnosis of chronic increased intracranial pressure (IIP) is often based on
subjective evaluation or clinical metrics with low predictive value. We aimed to quantify …

Prediction of anatomical development plays a crucial role in the selection and planning of
pediatric surgical treatments. However, the rapid growth of young patients and the potential …

The nurturing, handling and positioning exposures infants experience during daily
caregiving contribute to their physical, motor, cognitive and social–emotional development …