Augmenting intraoperative MRI with preoperative fMRI and DTI by biomechanical simulation of brain deformation.
Simon Keith WarfieldIon-Florin TalosCorey KemperEric Richard CosmanAlida TeiMatthieu FerrantBenoît MacqWilliam M. Wells IIIPeter McLaren BlackFerenc A. JoleszRon KikinisPublished in: Medical Imaging: Image-Guided Procedures (2003)
Keyphrases
- brain shift
- intraoperative
- functional mri
- biomechanical model
- magnetic resonance images
- mr images
- brain tissue
- finite element
- magnetic resonance imaging
- brain surface
- x ray
- mri data
- prostate brachytherapy
- computer assisted
- brain activity
- white matter
- finite element model
- human brain
- patient specific
- ct data
- diffusion tensor imaging
- brain images
- brain mapping
- clinical applications
- pre operative
- soft tissue
- resting state fmri
- functional magnetic resonance imaging
- image guided
- mri scans
- magnetic resonance
- minimally invasive surgery
- minimally invasive
- brain regions
- medical images
- imaging modalities
- diffusion tensor
- patient data
- beating heart
- diffusion tensor images
- tissue deformation
- medical imaging
- operating room
- brain tumors
- computer tomography
- cardiac motion
- experimental data
- image data
- nonrigid registration
- functional connectivity
- high resolution