Abstract #3286
Simultaneous Quantitative Imaging method for Neuroimaging
Sung-Min Gho 1 , Jaewook Shin 1 , Min-Oh Kim 1 , Dongyeob Han 1 , and Dong-Hyun Kim 1
1
Electrical and Electronic Engineering,
Yonsei University, Sinchon-dong, Seoul, Korea
MR imaging can provide various quantitative information
regarding the electro-magnetic properties and relaxation
properties of tissue. The electric and magnetic
properties are linked through Maxwell's equations and
the magnetic susceptibility is one major source of the
R2* and R2'. These quantitative information can be used
independently, however, studies which use several
related quantitative information together can be useful
since mis-registration, different physiological noise
and lengthened scan time can be alleviated due to
separate measurements. In this abstract, we propose a
new method for obtaining these quantitative applications
simultaneously. Therefore, quantitative conductivity
map, QSM, R2*, and R2' maps.
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