Genetic Polymorphisms Involved in Mitochondrial Metabolism and Pancreatic Cancer Risk.
Giulia PeduzziManuel GentiluomoFrancesca TavanoPaolo Giorgio ArcidiaconoStefano ErminiPavel VodickaUgo BoggiGiulia Martina CavestroGabriele CapursoLuca MorelliAnna Caterina MilanettoRaffaele PezzilliRita Teresa LawlorSilvia CarraraMartin LovecekPavel SoučekFeng GuoThilo HackertFaik G UzunogluMaria GazouliAndrea PárniczkyJuozas KupcinskasMaarten F BijlsmaBas Bueno-de-MesquitaRoel C H VermeulenCasper H J van EijckKrzysztof JamroziakRenata Talar-WojnarowskaWilliam GreenhalfDomenica GioffredaMaria C PetroneStefano LandiLivia ArchibugiMarta PuzzonoNiccola FunelCosimo SpertiMaria L PireddaBeatrice Mohelnikova-DuchonovaYe LuViktor HlaváčXin GaoMartin SchneiderJakob R IzbickiGeorge TheodoropoulosStefania BunducEdita KreivenaiteOlivier R BuschEwa Małecka-PanasEithne CostelloFrancesco PerriSabrina Gloria Giulia TestoniGiuseppe VanellaClaudio PasqualiMartin OliveriusHermann BrennerMartin LoosMara R GoetzKonstantinos GeorgiouBálint ErőssEvaristo MaielloAndrea SzentesiFrancesca BazzocchiDaniela BassoJohn P NeoptolemosPéter HegyiVytautas KiudelisFrederico CanzianDaniele CampaPublished in: Cancer epidemiology, biomarkers & prevention : a publication of the American Association for Cancer Research, cosponsored by the American Society of Preventive Oncology (2021)
This large case-control study does not support a role of the genetic variability of the mitochondrial function in PDAC risk.
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