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. 2020 Jun 17;21(12):4327. doi: 10.3390/ijms21124327

Table 2.

The most significant single nucleotide polymorphisms (SNPs) associated with malignant mesothelioma, as identified through genome-wide association studies (GWAS)*.

SNP Locus Gene/Neighboring Genes Gene Function References
rs17228032 11q24.1 CRTAM, JHY, UBASH3B Adaptive immune response [87]
rs1379270 5q13 RASGRF2, CKMT2, MSH3 Apoptosis, Rho and Ras protein and small GTPase mediated signal transduction regulation [87]
rs12540101 7p22.2 SDK1, CYP3A54P, CARD11 Cell adhesion [87]
rs12701229 7p22.2 SDK1, CYP3A54P, CARD11 Cell adhesion [87]
rs10089418 8p21.3 LOC286114, LINC02153, LZTS1 - [87]
rs11126523 2p12 C2orf3, LRRTM4 - [87]
rs13287752 9p21.1 MIR873, C9orf72 - [87]
rs282718 4q12 IGFBP7, LINC02390, IGFBP7 - [87]
rs4707427 6q15 SPACA1, AKIRIN2 - [87]
rs4895337 5q23.1 FTMT, SRFBP1 - [87]
rs7958488 12p13.31 CD27 - [87]
rs8142386 22q112 LOC150185 - [87]
rs9548166 13q13.3 LINC00571, LINC02334 - [87]
rs7841347 8q24.21 PVT1, MYC, TMEM75 Oncogene, Transcription regulation [88]
rs3801094 7p21.2 ETV1, ARL4A, DGKB Oncogene, Transcription regulation [88]
rs9833191 3p24.2 THRB, NR1D2, MIR4792 Tumor suppressor, Transcription regulation [88]
rs7632718 3q26.2 SLC7A14, CLDN11, RPL22L1 Amino acid transport [88]
rs4701085 5q35.3 ADAMTS2, ZNF354C, AX747985 Collagen degradation [88]
rs2501618 1q25.2 CEP350, TOR1AIP1 Microtubule anchoring [88]
rs10519201 15q21.1 SHC4, EID1, SEDISBP2L Apoptosis, Regulation of cell proliferation [88]
rs1508805 5q23.1 PRR16, FTMT - [88]
rs4290865 4q22.1 FAM190A, GRID2 - [88]
rs5756444 22q12.3 CXF2RB2, C22orf33, TEX33 - [88]
rs742109 6q21 PRDM1, ATGS - [88]
rs9536579 13q14.3 OLFMS, MIR1297 - [88]

* Gene location and function were listed on the basis of gene annotations provided by the National Center for Biotechnology Information’s Online Mendelian Inheritance in Man, available online: https://www.ncbi.nlm.nih.gov/omim (assessed on 8 June 2020), The Human Gene Database, Weizmann Institute of Science, available online: https://www.genecards.org (assessed on 8 June 2020) and the Ensembl genome browser, available online: https://www.ensembl.org/index.html (assessed on 8 June 2020).