Communications Biology (Nov 2021)

CYP11B1 variants influence skeletal maturation via alternative splicing

  • Olja Grgic,
  • Matthew R. Gazzara,
  • Alessandra Chesi,
  • Carolina Medina-Gomez,
  • Diana L. Cousminer,
  • Jonathan A. Mitchell,
  • Vid Prijatelj,
  • Jard de Vries,
  • Enisa Shevroja,
  • Shana E. McCormack,
  • Heidi J. Kalkwarf,
  • Joan M. Lappe,
  • Vicente Gilsanz,
  • Sharon E. Oberfield,
  • John A. Shepherd,
  • Andrea Kelly,
  • Soroosh Mahboubi,
  • Fabio R. Faucz,
  • Richard A. Feelders,
  • Frank H. de Jong,
  • Andre G. Uitterlinden,
  • Jenny A. Visser,
  • Louis R. Ghanem,
  • Eppo B. Wolvius,
  • Leo J. Hofland,
  • Constantine A. Stratakis,
  • Babette S. Zemel,
  • Yoseph Barash,
  • Struan F. A. Grant,
  • Fernando Rivadeneira

DOI
https://doi.org/10.1038/s42003-021-02774-y
Journal volume & issue
Vol. 4, no. 1
pp. 1 – 10

Abstract

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Olja Grgic, Matthew Gazzara, and Alessandra Chesi et al. perform a genome-wide association study meta-analysis for skeletal age in two pediatric cohorts. They observe that variation in the adrenal gene, CYP11B1, impacts its alternative splicing, suggesting that adrenal steroidogenesis may contribute toward variation in skeletal age in otherwise healthy children.