Quantitative evaluation of MRI-based tracking of ferritin-labeled endogenous neural stem cell progeny in rodent brain.
Greetje Vande VeldeJanaki Raman RangarajanRuth VreysCaroline GuglielmettiTom DresselaersMarleen VerhoyeAnnemie van der LindenZeger DebyserVeerle BaekelandtFrederik MaesUwe HimmelreichPublished in: NeuroImage (2012)
Keyphrases
- quantitative evaluation
- stem cell
- brain structures
- brain mr images
- magnetic resonance images
- brain tissue
- ground truth
- human brain
- qualitative evaluation
- mr images
- quantitative analysis
- computational neuroscience
- ground truth data
- magnetic resonance imaging
- mri scans
- bone marrow
- medical imaging
- biologically plausible
- medical image analysis
- mr imaging
- brain atlas
- brain tumors
- mri data
- error measure
- phase contrast
- functional connectivity
- spike trains
- tissue segmentation
- probabilistic atlas
- beating heart
- network architecture
- white matter
- medical images
- basal ganglia
- particle filter
- manual segmentation
- image modalities
- brain anatomy
- brain imaging
- magnetic resonance
- automatic segmentation
- quality assessment
- high resolution
- diffusion weighted
- brain white matter
- brain images
- high quality
- event related potentials
- image segmentation