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Dardo
Tomasi Assistant Scientist
Telephone: (631) 344-3640 e-mail: tomasi@bnl.gov
Physicist
Research Interests
Functional MRI, Gradient Coil Design, Parallel Imaging
Dardo Tomasi focuses his research
interests on the development of advanced MRI techniques to study the
effects of brain diseases and psycho stimulants on brain activation.
He is also interested in developing functional MRI techniques with
high spatial and temporal resolution, and evaluating the effect of
MRI acoustic noise on cognition, particularly attention and memory.
His ongoing research is funded by the
National Institute of Drug Abuse (NIDA) and the Department of Energy
(DOE)
Education & Concurrent Positions
M.S. University
of Buenos Aires, 1991
Ph.D. University
of Buenos Aires, 1996
Assistant
Professor, San Martin University, Argentina,
1998-2003
Research
Associate, Brookhaven National Laboratory, 2001-2003
Assistant
Scientist, Brookhaven
National Laboratory, 2003-present
Selected Publications
1.
D.
Tomasi, H. Panepucci, E.L. Vidoto, and E. Ribeiro Azevedo. “Use of a
Phase Reference for Field Mapping with Amplitude Images at Low
Field”. J Magn Reson 131: 310-314,
1998.
2.
D.
Tomasi and H. Panepucci.”Magnetic Fields Mapping with the Phase
Reference Method”. Magn Reson Imaging 17: 157-160,
1998.
3.
E.C.
Caparelli, D. Tomasi and H. Panepucci. “Shielded Biplanar Gradient
Coil Design”. J Magn Reson Imaging 9: 725-731,
1999.
4.
D.
Tomasi, E.C. Caparelli, H. Panepucci and B. Foerster. “Fast
Optimization of a Biplanar Gradient Coil Set”. J Magn Reson
140: 325-339
1999.
5.
D.
Tomasi “Stream Function Optimization for Gradient Coil Design”.
Magn Reson Med 45: 505-512,
2001.
6.
D.
Tomasi, R.F. Xavier, B. Foerster, H. Panepucci, A. Tannus, and E.
Vidoto. “Asymmetrical Gradient Coil for Head Imaging”, Magn Reson Med 48: 707-714,
2002.
7.
D.
Tomasi, and T. Ernst. “Echo
Planar Imaging at 4T with Minimum Acoustic Noise”. Magn. Reson.
Imaging. J Magn Reson Imaging 18:128-30,
2003.
8.
E.
Caparelli, D. Tomasi, S. Arnold, L. Chang, and T. Ernst.
“k-Space
Based Motion Detection for fMRI”. NeuroImage 20: 1411-1418,
2003.
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