Meeting Banner
Abstract #2327

2X Accelerated Whole Brain Isotropic MRA Using Wideband MRI

Edzer Lienson Wu1, Yun-An Huang2, Tzi-Dar chiueh2, Jyh-Horng Chen2

1Biomedical Engineering, National Taiwan University, Taipei, Taiwan, Taiwan; 2electrical engineering, National Taiwan University, Taipei, Taiwan

 

Keywords

ability able abstract accelerated accelerating acceleration acquisition actual additional advantage allows although angiography appealing approximately arteries artery avoiding bands bandwidth believe better biomedical blood body brain carotid caused chose clear clearly combine condition continuous contrast coronal costs cover coverage covering dark deep degree detect determined diagnosis dimension dimensional downside duration edges efficiency either electrical encodings engineering especially even exact excitation excitations excited experiment flight flow fresh full geometrical geometry half halving handbook help human ideal implementing improved increasing inflow inside intact intensity internal isotropic issue long loss maintaining makes making materials matrix mentionable millimeter national needed noise optimal original overlapping parallel parker partial post potential power processing profile projection pulse reason reconstruction recovered reducing redundant require requires resolution respectively saturated setting shorten shortened simultaneously siphon slab slabs smaller solve somewhat speed stationary studies subject system taken takes thin tissues tool transient unclear uniform useful vertebral vessels viewed whole