Meeting Banner
Abstract #4116

Whole-Body DWI: Reduction of Scan Time Using Direct Coronal Acquisition

Hayato Takano1, Tomohiko Horie1, Isao Muro1, Nao Kajihara1, Yutaka Imai1, Makoto Obara2, Tetsuo Ogino2, Akira Suwa2, Marc van Cauteren2, Gwenael Herigault<s

1Radiology, Tokai University School of Medicine, Isehara, Kanagawa, Japan; 2Philips Healthcare; 3University Medical Center Utrecht; 4Tokai University School of Engineering, Hiratsuka, Kanagawa, Japan

 

Keywords

acquisition acquisitions advantages afterwards although another applications approved architecture attractiveness availability axial better body changing characterization clinical coil comprehensive consent considerable considerably considered cord coronal dedicated degree detection diagnostic diffusion digital dilution direct distortion distortions eight emerged employed engineering especially evaluate evaluation examination executable feasibility field fixed functional gained homogeneously hour informed inside instead intensity issue japan judged keep keeping lengths local long macromolecule malignant materials matrix medical medicine mind mineral minutes muscles negligible nevertheless paired pathologic patient patients phantom plastic platforms polymer possibility potential practically prepared processes quality quite radiology reaching reduce reducing reduction reformatted routinely samples scanned scanning school sense several severe short shot significance significantly slices spinal spleen station statistical subjects successfully surrounded system systemic systems table taro thanks train tumor tumors types underwent usual visually volunteer volunteers whole written