Quantitative assessment of proton beam dose and myocardial lesion formation detected by high-resolution, ex vivo delayed contrast-enhanced MRI for treatment of ventricular tachycardia.
Maryam E. RettmannAtsushi SuzukiAmanda J. DeisherStephan HohmannK. ImamuraJ. DickowHiroki KonishiSongyun WangLaura K. NewmanKay D. ParkerKristi H. MonahanJon J. KruseK. MerrellR. FooteMichael G. HermanDouglas L. PackerPublished in: Medical Imaging: Image-Guided Procedures (2021)
Keyphrases
- contrast enhanced
- mri data
- small animal
- magnetic resonance images
- left ventricular
- high resolution
- mr images
- magnetic resonance imaging
- disease progression
- magnetic resonance
- radiation therapy
- atrial fibrillation
- heart rate variability
- image guided
- medical images
- prostate cancer
- intraoperative
- phase contrast
- carotid artery
- white matter
- contrast agent
- medical imaging
- accurate segmentation
- manual segmentation
- super resolution
- brain tumors
- fully automatic
- left ventricle
- treatment plan
- remote sensing
- region of interest
- brain images
- pre operative
- treatment planning
- medical image analysis
- accurate registration
- ct images
- clinical applications
- ultrasound images
- left atrium
- image processing
- nonrigid registration
- deformable registration
- imaging modalities
- x ray
- anatomical structures
- computed tomography
- image reconstruction