Assessing Exchange between Multiple Compartments Using Multi-Directional Double Wave Diffusion Sequences

Keywords

according affected affects animals anisotropic anisotropy another apparent approved artificially assessing assumes attenuate authors axons believed block blocks bodies brain cause cell changing clearly coil combination compartment compartments components connect corresponds cortex cortical degree degrees denote density dependent design diameter differently diffusing diffusion discarded double efficiency emerging ensured equation example exchange experiment experimental explained fast filter filtered findings fits fitting fixed forming free frontal furthermore geometrically gradient gradients gray handling hence illustrated illustrates implicitly indeed independent independently intensity keeping layers measure microscopic might model monkey month needed note novel overall parallel pathway pattern perfectly perfusion piecewise placed placement pools possibility potentially prepared prevent probably processes properties propose pulse pulsed pulses reasonable recreated regarding regular related repetitions resemblance respectively reveal rotated rotation rotationally selectively selectivity sensitivity sharing simpler since slightly spherical spin stimulated stored structures studies subspaces suggested supported surface system technologies theory tissue true twice underlying utilizes varied water wave whereas