[9] |
Cross-sectional |
412 SLE patients |
DWEYSVWLSN |
Serum optical densities; 19% of SLE patients were anti-NR2/B antibodies positive |
No association between anti-NR2A/B antibody status and cognitive impairment |
[19] |
Cross-sectional |
60 SLE patients |
DWEYS |
Serum optical densities; 33.3% of SLE patients were anti-NR2/B antibodies positive |
No association between anti-NR2A/B antibody status and cognitive impairment |
[31] |
Longitudinal (18 months) |
40 pediatric SLE patients |
DWEYSVWLSN |
Serum concentration (U/mL) |
Association between decline in working memory and an increase in anti-NR2A/B antibodies from baseline |
[43] |
Cross-sectional |
57 SLE patients |
DWEYSVWLSN |
Serum optical densities; 19% of SLE patients were anti-NR2/B antibodies positive |
7 of the 31 neuropsychological tests associated with positive anti-NR2A/B antibodies |
[44] |
Longitudinal (5 years) |
65 women with SLE |
DWEYS |
Serum optical densities; 35% of SLE patients were anti-NR2/B antibodies positive |
No association between anti-NR2A/B antibody status and cognitive impairment; No association between rise in or persistently elevated anti-NR2A/B antibodies and cognitive function over 5 years |
[45] |
Cross-sectional |
93 SLE patients |
DWEYSVWLSN |
Serum optical densities; 25.8% of SLE patients were anti-NR2/B antibodies positive |
No association between anti-NR2A/B antibody status and cognitive impairment |
[46] |
Cross-sectional |
43 SLE patients and 27 healthy controls |
DWEYSVWLSN |
Serum optical densities; 14% of SLE patients and 7.4% of healthy controls were anti-NR2/B antibodies positive |
No association between anti-NR2A/B antibody status and cognitive impairment |
[47] |
Cross-sectional |
133 women with SLE |
DWEYSVWLSN |
Not available |
Association with impaired performance in attention and executive function with positive anti-NR2A/B antibodies |