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Author Correction: The challenge of mapping the human connectome based on diffusion tractography.

Klaus H Maier-HeinPeter F NeherJean-Christophe HoudeMarc-Alexandre CôtéEleftherios GaryfallidisJidan ZhongMaxime ChamberlandFang-Cheng YehYing-Chia LinQing JiWilburn E ReddickJohn O GlassDavid Qixiang ChenYuanjing FengChengfeng GaoYe WuJieyan MaRenjie HeQiang LiCarl-Fredrik WestinSamuel Deslauriers-GauthierJ Omar Ocegueda GonzálezMichael PaquetteSamuel St-JeanGabriel GirardFrançois RheaultJasmeen SidhuChantal M W TaxFenghua GuoHamed Y MesriSzabolcs DavidMartijn FroelingAnneriet M HeemskerkAlexander LeemansArnaud BoréBasile PinsardChristophe BedettiMatthieu DesrosiersSimona BrambatiJulien DoyonAlessia SaricaRoberta VastaAntonio CerasaAldo QuattroneJason YeatmanAli R KhanWes HodgesSimon AlexanderDavid RomascanoMuhamed BarakovicAnna AuríaOscar EstebanAlia LemkaddemJean Philippe ThiranH Ertan CetingulBenjamin L OdryBoris MailheMariappan S NadarFabrizio PizzagalliGautam PrasadJulio E Villalon-ReinaJustin GalvisPaul M ThompsonFrancisco De Santiago RequejoPedro Luque LagunaLuis Miguel LacerdaRachel BarrettFlavio Dell'AcquaMarco CataniLaurent PetitEmmanuel CaruyerAlessandro DaducciTim B DyrbyTim Holland-LetzClaus C HilgetagBram StieltjesMaxime Descoteaux
Published in: Nature communications (2019)
An amendment to this paper has been published and can be accessed via a link at the top of the paper.
Keyphrases
  • endothelial cells
  • high resolution
  • induced pluripotent stem cells
  • pluripotent stem cells
  • white matter
  • high density
  • resting state
  • systematic review
  • risk assessment
  • functional connectivity
  • mass spectrometry