Brain mitochondrial oxidative metabolism during and after cerebral hypoxia-ischemia studied by simultaneous phosphorus magnetic-resonance and broadband near-infrared spectroscopy.
Alan BainbridgeIlias TachtsidisS. D. FaulknerDavid PriceTingting ZhuEsther BaerK. D. BroadD. L. ThomasErnest CadyNicola J. RobertsonXavier GolayPublished in: NeuroImage (2014)
Keyphrases
- magnetic resonance
- brain images
- mr images
- brain imaging
- human brain
- brain tumors
- medical images
- grey matter
- skull stripping
- image registration
- partial volume effects
- brain tissue
- tissue segmentation
- image data
- mr brain images
- soft tissue
- brain image segmentation
- magnetic resonance images
- quantitative analysis
- multiple sclerosis
- deformable registration
- white matter
- mr brain
- mr imaging
- protein function
- post mortem
- cerebral blood flow
- diffusion weighted
- gray matter
- brain structures
- intensity inhomogeneity
- partial volume
- brain mr images
- cardiac motion
- cerebrospinal fluid
- contrast enhanced
- mri data
- pet images
- brain regions
- image slices
- functional magnetic resonance imaging
- image intensity