In Vivo Characterization of Microstructural Changes During Epileptogenesis by High Resolution Diffusion Tensor Imaging of Rat Hippocampal Subfields

Keywords

academy acid acknowledgments actively acute adult already alterations although anesthesia animal animals arrow arrowhead axial blue brain carried caudal caused characterization clearly clinical coil color consistent console contrast controls correlate cortical covered created damage days decoupled degeneration detect detected development diagnosis diffusion diffusivity directionally disease diseases dorsal early eastern efficiency elevated ellipsoids encoded enlarged epilepsy etiologies experimental fractional frame gray green head help highly histological hospital hours hypothesis identification important in vivo includes induced induction injection institute insufficient interfaced lateral magnet male management manner maps medial minutes models molecular months neurobiology neurological neurology observation often orange orientation overall panel period plasticity potential previous principal principle prognosis prognostic progression progressive pulse quadrature radial rats related remains representative resolution scanned sciences segmented segments seizures several sierra signs slice slices spatial squares stages starting status stayed studies subfield subfields table tensor tissue together transmitter treatment utilized validated ventral ventricles verification visible visualize volume water white widely