Segmentation of the mouse hippocampal formation in magnetic resonance images.
Kay RichardsCharles WatsonRachel F. BuckleyNyoman D. KurniawanZhengyi YangMarianne D. KellerRichard BearePerry F. BartlettGary F. EganGraham J. GallowayGeorge PaxinosSteven PetrouDavid C. ReutensPublished in: NeuroImage (2011)
Keyphrases
- magnetic resonance images
- brain structures
- brain mri
- medical imaging
- medical images
- brain scans
- mri data
- partial volume
- mr images
- brain tumors
- multiple sclerosis lesions
- mri images
- magnetic resonance imaging
- intra subject
- white matter
- tissue segmentation
- mri brain
- bias field
- medical image analysis
- corpus callosum
- shape analysis
- image segmentation
- mri scans
- brain mr images
- brain tissue
- high resolution
- brain atlas
- gray matter
- accurate segmentation
- segmentation algorithm
- subcortical structures
- multiple sclerosis
- image processing
- partial volume effects
- diffusion weighted
- x ray
- deformable models
- manual segmentation
- image registration
- human brain
- magnetic resonance
- image analysis
- brain tumor segmentation
- level set
- ct images
- quantitative analysis
- anatomical structures
- high quality
- intensity distribution
- automatic segmentation
- input image
- inter observer variability
- multiscale
- segmentation method