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. 2019 Apr 7;11(4):493. doi: 10.3390/cancers11040493

Table 5.

SNPs selected in the study. Candidate SNPs were selected in oncogenes and tumour suppressor genes, DNA repair (either BER, NER and DSB), inflammatory, apoptotic and carcinogen metabolism genes, as described in Material and Methods.

FUNCTION GENE RS ID Change
Oncogenes and tumour suppressor genes TP53 1042522 C_2403545_10 Pro72Arg
MDM2 2279744 PCR-RFLP -410T>G
KRAS-LC6 61764370 PCR-custom probe 3’-UTR
EGFR 2227983 C_16170352_20 Lys521Arg
Base excision repair (BER) XRCC1 25487 C_622564_10 Gln399Arg
1799782 C_11463404_10 Arg194Trp
APEX 1130409 C_8921503_10 Asp148Glu
Nucleotide excision repair (NER) ERCC2(XPD) 13181 C_3145033_10 Lys751Gln
ERCC1 11615 C_2532959_10 Asn118Asn
XPC 2228000 C_16018061_10 Ala499Val
Double-strand break repair genes (DSB) XRCC3 861539 C_8901525_10 Thr241Met
1799794 C_2983904_10 -316A>G
KU70 2267437 C_15872242_20 -731C>G
Inflammatory genes IL1B 16944 C_1839943_10 -511T>C
IL2 2069762 C_15859930_10 -330T>G
IL6 1800795 C_1839697_20 -174C>G
IL10 1800872 C_1747363_10 -592C>A
TNFA 361525 C_2215707_10 -238A>C
Apoptotic genes NOD2 2066844 C_11717468_20 Arg702Trp
2066845 C_11717466_20 Arg908Gly
BAX 4645878 C_27848291_10 -248G>A
BCL2 2279115 C_3044428_30 -938C>A
Carcinogen metabolism/antioxidative genes CYP3A5 776746 C_26201809_30 6986A>G
GSTP1 1695 C_3237198_20 Ile105Val
GSTT1 N/A PCR Null/present
GSTM1 N/A PCR Null/present
NFE2L2
(NRF2)
13035806 C_11745134_10 3’-UTR
2706110 C_11745133_10 3’-UTR
KEAP1 1048290 C_9323035_10 Leu471Leu