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. 2013 Dec;37(10):2699–2708. doi: 10.1016/j.neubiorev.2013.09.005

Table 1.

Neuroimaging studies of attention and working memory processes in multiple sclerosis.

Author, year Healthy controls
Patients
Disease duration (y) Type of disease Cognitive paradigm No of foci
Stereotactic space
Age (years) N (f/m) Age (years) N (f/m) Controls Patients
Amann et al., 2011 33.9 15 (5/10) 37.6 15 (9/6) 5.9 RRMS n-Back 39 39 TAL
Bonzano et al., 2009 18 32.5 23 (11/12) 6.9 RRMS PVSAT 16 11 TAL
Cader et al., 2006 39.0 16 (10/6) 39.0 21 (15/6) 6.0 RRMS/RPMS n-Back 8 8 MNI
Forn et al., 2007 10 (5/5) 17 (12/5) RRMS n-Back 10 10 TAL
Forn et al., 2006 31.1 10 (5/5) 32.7 15 (11/4) RRMS PASAT 8 14 TAL
Li et al., 2004 40.6 5 47.8 8 Auditory working memory task 6 2 TAL
Mainero et al., 2004 22 (11/11) 30.5 22 (14/8) 9.0 RRMS PASAT/recall task 62 67 TAL
Penner et al., 2003 7 45.8 14 (13/1) 11.4 RRMS/SPMS n-Back 9 22 TAL
Sumowski et al., 2010 43.8 18 (15/3) 9.5 RRMS/SPMS n-Back 28 TAL



Total 103 153 158 201

RRMS, relapsing-remitting multiple sclerosis; RPMS, relapsing-progressive multiple sclerosis; SPMS, secondary progressive multiple sclerosis; PASAT, paced auditory serial attention task; PVSAT, paced visual serial attention task.