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. 2019 Feb 19;28(13):2282. doi: 10.1093/hmg/ddz037

Corrigendum: Neuregulin 1 type III improves peripheral nerve myelination in a mouse model of congenital hypomyelinating neuropathy

Sophie Belin 1,2,11, Francesca Ornaghi 1,2,4,6, Ghjuvan’Ghjacumu Shackleford 1,3, Jie Wang 2, Cristina Scapin 4, Camila Lopez-Anido 7, Nicholas Silvestri 3, Neil Robertson 2, Courtney Williamson 1, Akihiro Ishii 8, Carla Taveggia 5, John Svaren 7, Rashmi Bansal 8, Markus H Schwab 9,12, Klaus Nave 9, Pietro Fratta 10, Maurizio D’Antonio 4, Yannick Poitelon 11, M Laura Feltri 1,2,3,4, Lawrence Wrabetz 1,2,3,4,
PMCID: PMC6586139  PMID: 31220267

The authors wish to apologize for errors in the legend of Figure 7. The legend has been corrected to the following: ``Figure 7. Expression of HA-NRG1 type III transgene increases PMP2 protein level (A) Western blot analysis from WT, Nrg1t3, Q215X, Nrg1t3;Q215X, Mek1DD;P0Cre and Mek1DD;P0Cre;Q215X sciatic nerves at one month. Expression of HA-NRG1t3 transgene in sciatic nerves or constitutive activation the MAPK/ERK pathway in Schwann cells leads to an increase in ERK phosphorylation, a decrease in EGR2 protein levels and an increase in PMP2 protein levels. These effects are enhanced in Mek1DD;P0Cre mutants as compared to HA-NRG1t3 mutants. Western blots were cropped. Semithin cross-sections stained with toluidine blue (B) and nerve conduction velocity (C) from wildtype (WT), Nrg1t3 hemizygote (Nrg1t3), P0Q215X heterozygote (Q215X) and Nrg1t3 hemizygote and P0Q215X heterozygote (Nrg1t3;Q215X) sciatic nerves at one year.''


Articles from Human Molecular Genetics are provided here courtesy of Oxford University Press

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