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. 2017 Dec 12;293(3):601–613. doi: 10.1007/s00438-017-1404-3

Table 1.

Summary of the tested SNPs

Chr Gene dbSNP ID Position (bp) Accession number Reference sequence Functional region Potential effect
6 HLA-G rs1632947 29,826,881 NC_000006.12 XM_017010817.1:c-964G>A Promoter Gene expression (Castelli et al. 2014)
6 HLA-G rs1233334 29,827,120 NC_000006.12 XM_005249055.1:c.-725G>C
XM_005249055.1:c.-725G>T
Promoter Gene expression (Hviid et al. 2004, 2006)
6 HLA-G rs371194629 29,830,804–29,830,805 NC_000006.12 NM_002127.5:c.*65_*66insATTTGTTCATGCCT 3′UTR of exon 8 mRNA stability; splicing; microRNA targeting (Castelli et al. 2014); the14 bp insertion allele is associated with lower concentration of soluble HLA-G (Chen et al. 2008)
19 LILRB1 rs41308748 54,636,725 NC_000019.10 NM_006669.6:c.1807-7G>A Intronic Splicing
19 LILRB1 rs1061680 54,632,001 NC_000019.10 NM_006669.6:c.425T>C Non-synonymous, extracellular D2 domain, NP_006660.4:p. 142
Ile142Thr
Receptor-ligand interaction
(Davidson et al. 2010; Kuroki et al. 2005)
19 LILRB2 rs7247538 54,278,869 NC_000019.10 NM_001080978.3:c.898C>T Non-synonymous,NP_001074447.2:p. 300
His300Tyr
Splicing
19 LILRB2 rs383369 54,280,275 NC_000019.10 NM_001080978.3:c.59G>A Signal peptide NP_001074447.2:p. 20 Arg20His Gene expression (Hirayasu et al. 2008)
19 KIR2DL4 rs649216 54,813,180 NC_000019.10 NM_001080772.1:c.762T>C NP_001074241.1:p. 254
Phe254
In complete LD with rs11410751(NC_000019.10:g.54813228_54813229insA), which determines the encoding of soluble or membrane-bound KIR2DL4 receptor (Nowak et al. 2015b)

Chr Chromosome; Genomic position is shown relative to GRCh38.p7; SNP IDs are according to dbSNP (rs, http://www.ncbi.nlm.nih.gov/SNP); c.*65_*66insATTTGTTCATGCCT was earlier described as 14 bp ins/del in 3′UTR of the HLA-G gene (Wiśniewski et al. 2010, 2015); NM_006669.6:c.1807-7G>A was earlier described as 5651 G>A (rs41308748) (Wiśniewski et al. 2015; Nowak et al. 2016); NM_006669.6:c.425T>C was earlier described as 927 T>C (rs1061680) (Davidson et al. 2010), and were relative to the translation start site