Effects of MRI scan acceleration on brain volume measurement consistency

Gunnar Krueger,Cristina Granziera,Clifford R Jr. Jack,Jeffrey L. Gunter,Arne Littmann,Bénédicte Mortamet,Stephan Kannengiesser,Alma Gregory Sorensen,Chadwick P. Ward,Denise A. Reyes,Paula J. Britson,Hubertus Fischer,Matthew A Bernstein

Effects of MRI scan acceleration on brain volume measurement consistency

2012

Gunnar Krueger
Cristina Granziera
Clifford R Jr. Jack
Jeffrey L. Gunter
Arne Littmann
Bénédicte Mortamet
Stephan Kannengiesser
Alma Gregory Sorensen
Chadwick P. Ward
Denise A. Reyes
Paula J. Britson
Hubertus Fischer
Matthew A Bernstein

To evaluate the effects of recent advances in magnetic resonance imaging (MRI) radiofrequency (RF) coil and parallel imaging technology on brain volume measurement consistency.

Keywords:

Real-time MRI
Organ Size
Electromagnetic coil
Acceleration
Radiology
Biomedical engineering
Dynamic contrast-enhanced MRI
Imaging technology
Medicine
Brain size
Magnetic resonance imaging
Nuclear medicine
mri scan
parallel imaging

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