Measurement of Post-Mortem Brain Microstructure Using a Clinical MR Scanner with Oscillating Gradients

Keywords

ability abutting agreement apparent approaches assignment attenuate attenuated attenuation axis axon begin boundaries boundary brain broad broadly careful cellular circles clinical coil combination compartment compartments consider considering consistent containing cook coronal cosine critical curves cylinder cylinders densities density depend dependence design developed diameter diameters diffusion diffusivity early effective estimation example except expected experiment explored extracellular feasibility finite fits fitted fitting fixed former fraction free frequencies frequency funding future geometry gradient gradients hindered histology impermeable includes integrals intra intracellular known larger like likely lobes long matrix maximize measured model modulated novel oscillating outside oxford packed particular perfusion perpendicular pore post predicts presence preserving property radii radius reasonable recognized reduces related relates respectively restricted restrictive scanner scanners sensitivity separation side simulated simulation simulations since sine space spaces specimen spectra spectral spectrum square suggesting surface term thank theory trend unable underlying understand understood unknown validated volume walls water waveforms weightings whether white yield zero