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. 2019 Jul 23;30(1):106–119. doi: 10.1111/bpa.12760

Table 2.

Six SNPs associated with MS lesion characteristics in autopsy tissue.

SNP Chr:Location (hg19) Gene Position (UCSC, hg19) P‐value (FDR) P‐value (post‐hoc test unadjusted) Pathological outcome Correlation with MS severity cis eQTLs GTEx (FDR <0.05)
rs2234978 10:90771829 FAS exon 7 0.020 CT vs CC (P = 0.0003) TT vs CC (P = 0.004) Minor T allele associated with increased proportion of active lesions Odds ratio 1.83 (TT vs CC) predicting time to EDSS6 58 FAS and ACTA‐2
rs3130253 6:29634012 MOG exon 3 0.020 AG vs GG (P = 0.0001) Minor A allele associated with increased proportion of active lesions   HLA‐A
rs1064395 19:19361735 NCAN exon 15 0.010 AG vs GG (P = 0.00002 ) Minor A allele associated with increased incidence of cortical gray matter lesions NCAN significantly upregulated (FC 2.7) in the area around mixed active/inactive lesions compared to the area around inactive lesions 33 CILP2, HAPLN, ZNF101, LPAR2, TSSK6, TM6SF2
rs11957313 5:169950394 KCNIP1 intron 1 0.047 AG vs GG (P = 0.015) AA vs GG (P = 0.026) Minor A allele associated with decrease in proportion of active lesions Brain parenchymal volume (Log P > 5.0) 4 C5orf58
rs8056098 16:11138812 CLEC16A intron 15 0.047 AA vs GG (P = 0.002) AA vs GA (P = 0.0009) Homozygotes for minor A allele show a lower proportion of mixed active/inactive lesions Odds ratio 0.65 (MSSS<2.5 vs >7) 6 NA
rs5742909 2:204732347 CTLA4 near '5 0.047 TC vs CC (P = 0.0002) Minor T allele associated with increase in remyelinated lesions   NA