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Validation of a Genetic-Enhanced Risk Prediction Model for Colorectal Cancer in a Large Community-Based Cohort.

Yu-Ru SuLori C SakodaJihyoun JeonMinta ThomasYi LinJennifer S HaasNatalia UdaltsovaJeffrey K LeeIris Lansdorp-VogelaarElisabeth F P PeterseAnn G ZauberJiayin ZhengYingye ZhengElizabeth R HauserJohn A BaronElizabeth L BarryD Timothy BishopHermann BrennerDaniel D BuchananAndrea N Burnett-HartmanPeter T CampbellGraham CaseySergi Castellví-BelAndrew T ChanJenny Chang-ClaudeJane C FigueiredoSteven J GallingerGraham G GilesStephen B GruberAndrea GsurMarc J GunterJochen HampeHeather HampelTabitha A HarrisonMichael HoffmeisterXinwei HuaJeroen R HuygheMark E JenkinsTemitope O KekuLoic Le MarchandLi LiAnnika LindblomVictor MorenoPolly A NewcombPaul D P PharoahElizabeth A PlatzJohn D PotterConghui QuGadi RennertRobert E SchoenMartha L SlatteryMingyang SongFranzel J B van DuijnhovenBethany Van GuelpenPavel VodickaAlicja WolkMichael O WoodsAnna H WuRichard B HayesUlrike PetersDouglas A CorleyLi Hsu
Published in: Cancer epidemiology, biomarkers & prevention : a publication of the American Association for Cancer Research, cosponsored by the American Society of Preventive Oncology (2023)
The proposed model has potential utility in risk-stratified colorectal cancer prevention.
Keyphrases
  • climate change
  • breast cancer risk