Accelerated Phosphorus MR Spectroscopic Imaging of Human Brain Using Compressed Sensing

Keywords

accelerate accelerated acid acquiring acquisition acquisitions adequate amplitude amplitudes application applied array averaging bias biomedical bland body bottom brain bursa career central chosen clearly coil compressed consent considered containing correction creating curie dataset datasets degradation detect development diagnosed disk domain dwell eight electrical electronics empirically energetic engineering especially faster filter frequency future grant healthy human implemented important in vivo included informed inverse investigate larger length limitations lobe localization long looked major measure medical membrane metabolite noise norm original outliers package parallel part patients pattern peak peaks penalty performance phosphorus preserving processed proposed proton quantified radiology random reconstruct reconstructed reconstruction reduced regarding removal requires respectively rest resultant scanned scanner selected sensing sensitive separable several significantly similarity similarly simulated slightly software space spectra spectral spectroscopic spectroscopy spectrum statistical status studies successfully supported surface survey synthesis systems table tissue transform transformed transition tumor tumors turkey variation volunteer water wavelet