3D scan method quantifies skull remodelling in two craniosynostosis cases
A three-stage computational workflow used 3D scans to measure skull remodelling during craniosynostosis surgery in two infants, with registration errors ...
A three-stage computational workflow used 3D scans to measure skull remodelling during craniosynostosis surgery in two infants, with registration errors ...
A registration-guided 3D-UNet framework automatically localizes the brain's anterior and posterior commissures on routine CT scans with millimeter precision, enabling ...
A systematic review of 52 studies finds that artificial intelligence achieves strong technical performance across segmentation, planning, reconstruction, applicator selection, ...
A new open-source, GPU-native digital volume correlation solver removes the memory bottleneck that has kept fine-mesh 3D strain mapping out ...
Researchers have developed a registration-consistent framework that turns routine daily cone-beam CT scans into a longitudinal measure of tumour texture ...
Researchers at Sichuan University have developed a clinically driven framework that aligns orthodontic X-rays with facial photographs using weighted keypoint ...
Researchers in Japan and Italy have developed Domain Elastic Transform, a training-free computational method that aligns spatial transcriptomics maps using ...
Researchers have developed a coarse-to-fine vision transformer framework that disentangles patient motion from contrast agent dynamics to improve the accuracy ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine