Frederike Hermi Petzschner1,2, Irene Paola
Garcia Ponce3, Martin Blaimer4, Peter M. Jakob3,
Felix A. Breuer4
1Ludwig-Maximilians University,
Institute of Clinical Neurosciences, Munich, Bavaria, Germany; 2Bernstein
Center for Computational Neurosciences, Munich, Germany, Germany; 3University
of Wrzburg, Experimental Physics 5, Germany; 4Research Center
Magnetic Resonance Bavaria, Germany
In
this work, k-t PCA is demonstrated to be a promising acceleration technique
for MR relaxation measurements, since the dynamics along the relaxation curve
can be described by only a small number of principal components. In-vivo
IR-TrueFISP experiments for quantitative T1, T2 & M0 parameter mapping
acquired with up to 8-fold acceleration by using the k-t PCA concept are
presented.