Abstract #4840
Faster imaging for MEG-MRI
Angelo Galante 1 , Allegra Conti 2 , Cinzia De Luca 2 , Vittorio Pizzella 3 , Gian Luca Romani 3 , Raffaele Sinibaldi 2 , Marcello Alecci 4 , Piero Sebastiani 5 , Antonello Sotgiu 5 , and Stefania Della Penna 3
1
MESVA, Department of Life, Health &
Environmental Sciences, L'Aquila University, L'Aquila,
AQ, Italy,
2
Department
of Neuroscience and Imaging, University of Chieti, CH,
Italy,
3
Institute
of Advanced Biomedical Technologies, University of
Chieti, CH, Italy,
4
MESVA,
Department of Life, Health & Environmental Sciences,
L'Aquila University, AQ, Italy,
5
ITA
S.r.l., AQ, Italy
Results from a new hybrid MEG-MRI system, working at
8.9mT without prepolariztion pulses, are presented. When
scaled to a full size system, suitable for human
imaging, they give indications that this approach allows
faster imaging and better spatial resolution if compared
to other existing devices based on SQUID parallel
imaging in the kHz range and prepolarization pulses.
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