High resolution MR anatomy of the subthalamic nucleus: Imaging at 9.4 T with histological validation.
Luke A. MasseyM. A. MirandaLudvic U. ZrinzoO. Al-HelliHarold G. ParkesJohn S. ThorntonPo-Wah SoMark J. WhiteLaura ManciniC. StrandJanice L. HoltonMarwan I. HarizAndrew J. LeesTamas ReveszTarek A. YousryPublished in: NeuroImage (2012)
Keyphrases
- high resolution
- deep brain
- brain atlas
- mouse brain
- mr images
- medical images
- subthalamic nucleus
- magnetic resonance images
- high resolution images
- low resolution
- magnetic resonance
- super resolution
- clinical applications
- medical image analysis
- medical imaging
- anatomical structures
- basal ganglia
- remote sensing
- brain tissue
- post mortem
- image processing
- imaging modalities
- high quality
- image registration
- low resolution images
- brain images
- deep brain stimulation
- three dimensional
- image data
- cardiac motion
- nonrigid registration
- brain structures
- face images
- mri data
- computed tomography