Imaging PPG for In Vivo Human Tissue Perfusion Assessment during Surgery.
Marco LaiStefan D. van der StelHarald C. GroenMark van GastelKoert KuhlmannTheodoor Jacques Marie RuersBenno H. W. HendriksPublished in: J. Imaging (2022)
Keyphrases
- tissue deformation
- mr imaging
- tissue characterization
- intraoperative
- surgical simulation
- myocardial perfusion
- image analysis
- optical coherence tomography
- minimally invasive
- finite element
- minimally invasive surgery
- image guided
- deformable models
- soft tissue
- cardiac motion
- surgical procedures
- motion correction
- robotic assisted
- coronary artery disease
- contrast enhanced
- beating heart
- robot assisted
- pre operative
- radio frequency
- mri data
- computer assisted
- intra operatively
- x ray
- motion artifacts
- imaging modalities
- post mortem
- diffusion mri
- image processing
- cardiac cycle
- clinical applications
- magnetic resonance
- high resolution
- magnetic resonance images
- degrees of freedom
- coronary artery bypass
- image registration
- prostate cancer
- clinical setting
- left ventricular