Allelic variant in this gene was associated with susceptibility or resistance to TBEV infection

All genes were collected from research papers.

EntrezGene
Official
Symbol		 Official Full Name EntrezGene
Gene ID		 Also
known as		 SNP ID Reference PMID SNP location Population Phenotypic trait caused by allelic variants
ARID1B AT-rich interaction domain 1B 57492 rs287886 [Grygorczuk S et al., 2015] 25461389 ARID1B,  first intron Polish population IL-10 concentration in CSF in TBE patients [Grygorczuk S et al., 2015]
CCR5 C-C motif chemokine receptor 5 (gene/pseudogene) 1234 rs333 (CCR5D32) [Mickienė A  et al., 2014] [Kindberg E et al., 2008] 25226020, 18179389 CCR5, exon 1 or 2 Lithuanian Population The prevalence of CCR5D32 homozygotes was higher in TBE patients than in controls (p,0.05) [Mickienė A et al., 2014]. CCR5 32 allele prevalence increased with the clinical severity of disease  [Kindberg E et al., 2008]
CD209 CD209 molecule 30835 rs2287886 [Barkhash AV et al., 2012] 22061615 CD209, promoter region Russian population Predisposition to severe forms of TBE in the Russian population [Barkhash AV et al., 2012]
IFNL3 interferon lambda 3 282617 IL28B rs8103142 [Barkhash AV et al. 2016] 27068548 IFNL3, exon 2, Lys70Arg or exon 3, Lys74Arg Russian population from Novosibirsk Predisposition to TBE in Russian population [Barkhash AV et al. 2016]
rs12980275 [Barkhash AV et al. 2016] 27068548 IFNL3,  3′-flanking region Russian population from Novosibirsk Predisposition to TBE in Russian population [Barkhash AV et al. 2016]
IFNL4 interferon lambda 4 (gene/pseudogene) 101180976 rs12979860 [Grygorczuk S et al., 2015] 25461389 IFNL4, first intron Polish population IFNL3 concentration in CSF in TBE patients [Grygorczuk S et al., 2015]
IL10 interleukin 10 3586 rs1800872 [Barkhash AV et al. 2016] 27068548 IL10, promoter region Russian population from Novosibirsk Predisposition to TBE in Russian population [Barkhash AV et al. 2016]
OAS2 2′-5′-oligoadenylate synthetase 2 4939 rs1293762 [Barkhash AV et al., 2010] 21050126 OAS2, intron 2 Russian population from Novosibirsk The outcome of tickborne encephalitis virus infection in a Russian population [Barkhash AV et al., 2010]
rs15895 [Barkhash AV et al., 2010] 21050126 OAS2, 3′-UTR / exon 11, Trp720Stop Russian population from Novosibirsk The outcome of tickborne encephalitis virus infection in a Russian population [Barkhash AV et al., 2010]
rs1732778 [Barkhash AV et al., 2010] 21050126 OAS2, 3′-flanking region Russian population from Novosibirsk The outcome of tickborne encephalitis virus infection in a Russian population [Barkhash AV et al., 2010]
OAS3 2′-5′-oligoadenylate synthetase 3 4940 rs2285932 [Barkhash AV et al., 2010] 21050126 OAS3, exon 6, Ile438Ile Russian population from Novosibirsk The outcome of tickborne encephalitis virus infection in a Russian population [Barkhash AV et al., 2010]
rs2072136 [Barkhash AV et al., 2010] 21050126 OAS3, exon 8, Ser567Ser Russian population from Novosibirsk The outcome of tickborne encephalitis virus infection in a Russian population [Barkhash AV et al., 2010]
TLR3 toll like receptor 3 7098 rs3775291 [Mickienė A  et al., 2014], [Barkhash AV et al., 2013] 25226020, 23721942 TLR3, exon 4, Leu412Phe Russian population from Novosibirsk, Lithuanian Population Disease severity in adult [Mickienė A  et al., 2014]