Human Early Life Exposome (HELIX) study: a European population-based exposome cohort.
Lea MaitreJeroen de BontMaribel CasasOliver RobinsonGunn Marit AasvangLydiane AgierSandra AndrušaitytėFerran BallesterXavier BasagañaEva BorràsCéline BrochotMariona BustamanteAngel CarracedoMontserrat de CastroAudrius DedeleDavid Donaire-GonzalezXavier EstivillJorunn EvandtSerena FossatiLise Giorgis-AllemandJuan R GonzalezBerit GranumRegina GrazulevicieneKristine Bjerve GützkowLine Småstuen HaugCarles Hernandez-FerrerBarbara HeudeJesus IbarluzeaJordi JulvezMarianna KarachaliouHector C KeunNorun Hjertager KrogChung-Ho E LauVasiliki LeventakouSarah Lyon-CaenCyntia ManzanoDan MasonRosemary McEachanHelle Margrete MeltzerInga PetravicieneJoane QuentinTheano RoumeliotakiEduard SabidoPierre-Jean SaulnierAlexandros P SiskosValérie SirouxJordi SunyerIbon TamayoJose UrquizaMarina VafeiadiDiana van GentMarta Vives-UsanoDagmar WaiblingerCharline WarembourgLeda ChatziMuireann CoenPeter van den HazelMark J NieuwenhuijsenRémy SlamaCathrine ThomsenJohn WrightMartine VrijheidPublished in: BMJ open (2018)
HELIX study results will inform on the early life exposome and its association with molecular omics signatures and child health outcomes. Cohort data are accessible for future research involving researchers external to the project.