In-Vivo Localized Magnetic Resonance Spectroscopy in Small Animals Using Parallel Spatially Selective Excitation of Arbitrarily Shaped Volumes

Keywords

acceleration accuracy achieve adapted adapting anatomical anatomy animal animals applicability approaches arbitrarily array avoid axial bandwidth benefit benign better blue blurring border brain broad carried certain choline clearly coil collected collection completely complex conditions designed display displaying displays distance duration education element excitation excited exciting experiment exploited feasibility feasible field final fortunately furthermore geometries green head helps improvement in vivo included indicates inside instead insufficient intensity investigations larger leading likely limitations little localized materials matrix maximize maximized ministry nevertheless noticeably noticed object offer optimized orange outer outside parallel partial particularly peak peaks performance peter pilot power press problem pulse pulses quality radial reasonable reception recorded rectangular reducing refocusing regarding regime relatively require resolution scaled scanner section seemed segmented segments selective selectively shaped shim shorten significantly since space spatial spatially spectra spectral spectroscopy spectrum spin spurious still structures studies suppression surface system target terms third trajectory transmission unit verse visibility volume water whereas whole