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Variant-specific pathophysiological mechanisms of AFF3 differently influence transcriptome profiles.

Sissy BassaniJacqueline ChrastGiovanna AmbrosiniNorine VoisinFrédéric SchützAlfredo BruscoFabio SirchiaLydia TurbanSusanna SchubertRami Abou JamraJan-Ulrich SchlumpDesiree DeMillePinar Bayrak-ToydemirGary Rex NelsonKristen Nicole WongLaura DuncanMackenzie MoseraChristian GilissenLisenka E L M VissersRolph PfundtRogier KersseboomHilde YttervikGeir Åsmund Myge HansenMarie Falkenberg SmelandKameryn M ButlerMichael J LyonsClaudia M B CarvalhoChaofan ZhangJames R LupskiLorraine PotockiLeticia Flores-GallegosRodrigo Morales-ToqueroFlorence PetitBinnaz YalcinAnnabelle TuttleHouda Zghal ElloumiLane McCormickMary KukolichOliver KlaasJudit HorvathMarcello ScalaMichele IacominoFrancesca OpertoFederico ZaraKarin WritzlAleš MaverMaria K HaanpääPia PohjolaHarri ArikkaAnneke J A KievitCamilla CalandriniChristian IseliNicolas GuexAlexandre Reymond
Published in: Genome medicine (2024)
Our results and the high pleiotropy shown by variation at this locus suggest that minute changes in AFF3 function are deleterious.
Keyphrases
  • rna seq
  • single cell
  • genome wide
  • gene expression
  • genome wide association study
  • dna methylation