Toward rapid high resolution in vivo intravascular MRI: evaluation of vessel wall conspicuity in a porcine model using multiple imaging protocols
CM Hillenbrand, JA Jesberger, EY Wong… - Journal of Magnetic …, 2006 - Wiley Online Library
Purpose To assess magnetic resonance (MR) pulse sequences for high resolution
intravascular imaging. Materials and Methods Intravascular imaging of the abdominal aorta …
intravascular imaging. Materials and Methods Intravascular imaging of the abdominal aorta …
Toward rapid high resolution in vivo intravascular MRI: evaluation of vessel wall conspicuity in a porcine model using multiple imaging protocols
CM Hillenbrand, JA Jesberger… - Journal of …, 2006 - pubmed.ncbi.nlm.nih.gov
Purpose To assess magnetic resonance (MR) pulse sequences for high resolution
intravascular imaging. Materials and methods Intravascular imaging of the abdominal aorta …
intravascular imaging. Materials and methods Intravascular imaging of the abdominal aorta …
Toward rapid high resolution in vivo intravascular MRI: Evaluation of vessel wall conspicuity in a porcine model using multiple imaging protocols
CM Hillenbrand, JA Jesberger… - Journal of Magnetic …, 2006 - pure.johnshopkins.edu
Purpose: To assess magnetic resonance (MR) pulse sequences for high resolution
intravascular imaging. Materials and Methods: Intravascular imaging of the abdominal aorta …
intravascular imaging. Materials and Methods: Intravascular imaging of the abdominal aorta …
[引用][C] Toward rapid high resolution in vivo intravascular MRI: Evaluation of vessel wall conspicuity in a porcine model using multiple imaging protocols
CM Hillenbrand, JA Jesberger… - Journal of magnetic …, 2006 - scholarship.miami.edu
Toward rapid high resolution in vivo intravascular MRI: evaluation of vessel wall conspicuity in a porcine model using multiple imaging protocols.
CM Hillenbrand, JA Jesberger, EY Wong… - Journal of Magnetic …, 2006 - europepmc.org
Materials and methods Intravascular imaging of the abdominal aorta and iliac arteries was
performed in vivo in a porcine model at 1.5 T using catheter-mounted micro-receive coils …
performed in vivo in a porcine model at 1.5 T using catheter-mounted micro-receive coils …