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Author Correction: Characterization of Nigerian breast cancer reveals prevalent homologous recombination deficiency and aggressive molecular features.

Jason J PittMarkus RiesterYonglan ZhengToshio F YoshimatsuAyodele SanniOlayiwola OluwasolaArtur VelosoEmma LabrotShengfeng WangAbayomi OdetundeAdeyinka AdemolaBabajide OkedereScott MahanRebecca LearyMaura MacomberMustapha AjaniRyan S JohnsonDominic FitzgeraldA Jason GrundstadJigyasa H TutejaGalina KhramtsovaJing ZhangElisabeth SveenBryce HwangWendy ClaytonChibuzor NkwodimmahBisola FamootoEsther ObasiVictor AderojuMobolaji OludaraFolusho OmodeleOdunayo AkinyeleAdewunmi AdeoyeTemidayo OgundiranChinedum BabalolaKenzie MacIsaacAbiodun PopoolaMichael P MorrisseyLin S ChenJiebiao WangChristopher O OlopadeAdeyinka G FalusiWendy WincklerKerstin HaasePeter Van LooJohn ObafunwaDimitris PapoutsakisOladosu OjengbedeBarbara WeberNasiru IbrahimKevin P WhiteDezheng HuoOlufunmilayo I OlopadeJordi Barretina
Published in: Nature communications (2019)
The original version of this Article contained an error in the author affiliations. The affiliation of Kevin P. White with Tempus Labs, Inc. Chicago, IL, USA was inadvertently omitted. This has now been corrected in both the PDF and HTML versions of the Article.
Keyphrases
  • dna repair
  • dna damage
  • psychometric properties
  • oxidative stress
  • breast cancer risk