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PURPOSE: Automated bone segmentation from MRI datasets would have a profound impact on clinical utility, particularly in the craniofacial skeleton where complex anatomy is coupled with radiosensitive organs. Techniques such as...

Facial bones Image Processing computer-assisted] Magnetic Resonance Imaging Skull Three-dimensional imaging Adult Algorithms Humans Imaging Three-Dimensional Magnetic Resonance Imaging Skeleton

Abstract: Purpose: Automated bone segmentation from MRI datasets would have a profound impact on clinical utility, particularly in the craniofacial skeleton where complex anatomy is coupled with radiosensitive organs. Techniques...

Head-Neck-ENT Radiology Skull Three-dimensional imaging Magnetic Resonance Imaging Facial bones Image Processing computer-assisted]

Abstract: Purpose: Automated bone segmentation from MRI datasets would have a profound impact on clinical utility, particularly in the craniofacial skeleton where complex anatomy is coupled with radiosensitive organs. Techniques...

Head-Neck-ENT Radiology Skull Three-dimensional imaging Magnetic Resonance Imaging Facial bones Image Processing computer-assisted]