6533b835fe1ef96bd129ea05

RESEARCH PRODUCT

Supportive evidence for FOXP 1 , BARX 1 , and FOXF 1 as genetic risk loci for the development of esophageal adenocarcinoma

Hans‐werner KarchOrestis LyrosYogesh K. VashistKatja OttGrischa TerheggenThomas RöschMario AndersConstantin J. AhlbrandBrigitte SchumacherDietmar LorenzOliver PechArnulf H. HölscherHendrik MannerKatharina WeiseJessica BeckerLothar VeitsJan‐hinnerk HoferInes GockelHorst NeuhausMarkus M. NöthenRalf KiesslichMarkus MoehlerBertram Müller-myhsokThomas SchmidtMichael ViethAndreas HackelsbergerMichael ArrasSebastian J. HoferElisabeth MangoldChristian GergesJohannes SchumacherDarina CzamaraJosef WeismüllerTania NoderJakob R. IzbickiAndrea MayHauke LangStefanie Heilmann-heimbachTimo HessThomas L. VaughanThomas L. VaughanMarino VeneritoDavid C. WhitemanElfriede BollschweilerSophie K. M. HeinrichsChristian EllPeter MalfertheinerRupert Mayershofer

subject

GeneticsCancer ResearchCase-control studySingle-nucleotide polymorphismGenome-wide association studyOdds ratioBiologymedicine.diseaseOncologyGenotypemedicineAdenocarcinomaRadiology Nuclear Medicine and imagingAlleleGenetic association

description

The Barrett's and Esophageal Adenocarcinoma Consortium (BEACON) recently performed a genome-wide association study (GWAS) on esophageal adenocarcinoma (EAC) and Barrett's esophagus. They identified genome-wide significant association for variants at three genes, namely CRTC1, FOXP1, and BARX1. Furthermore, they replicated an association at the FOXF1 gene that has been previously found in a GWAS on Barrett's esophagus. We aimed at further replicating the association at these and other loci that showed suggestive association with P < 10(-4) in the BEACON sample. In total, we tested 88 SNPs in an independent sample consisting of 1065 EAC cases and 1019 controls of German descent. We could replicate the association at FOXP1, BARX1, and FOXF1 with nominal significance and thereby confirm that genetic variants at these genes confer EAC risk. In addition, we found association of variants near the genes XRCC2 and GATA6 that were strongly (P < 10(-5) ) although not genome-wide significantly associated with the BEACON GWAS. Therefore, both variants and corresponding genes represent promising candidates for future EAC association studies on independent samples.

https://doi.org/10.1002/cam4.500