in vivo Single-Scan 3D Spectroscopic Imaging by Spatiotemporal Encoding

Keywords

abdomen absorption accomplished acquisition actually additional adiabatic advanced aimed although among animal another approaches approximately assistance bladder breast breathing built capable carries channels chemical chemically chirp chirped clinical closely complexity compromises constrain contexts convey cost cross definition density developed dimensionality dimensions discussed displays duration encoded encoding ensuing environment example excitation excited existing experience experiment expression extended extends extra extract extracting face faced fashion fatty filtering financial form good gradient gradients grant grateful help hereby human illustrates in vivo inhomogeneous innovative insights involved like limitation limitations location long magnitude major matrix medical mentioned metabolic minimal modulation mouse offsets organs oriented oscillating peaks pipe planar plus potential powerful previous principles procedure proposals proves pulsation pulse pulses quadratic rapidly reconstruct reduce related relatively resolution resolved rewinding science separated separation settings severe shot simpler site sites slice space spatial spectral spectroscopic spins substantial sufficiently support system targeting team technician thanks tissue tissues toolkit trains validate valuable water