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. Author manuscript; available in PMC: 2019 Nov 1.
Published in final edited form as: Am J Med Genet A. 2018 Sep 14;176(11):2404–2418. doi: 10.1002/ajmg.a.40482

TABLE II:

DDX11 gene variants currently reported.

Ref Seq ID Exon Codon Protein Predicted effect Domain SIFT Mutation Taster Mutation Assessor§ PolyPhen-2 CADD_PhredϪ, %
Patient 1 NM_030653.3 Exon 5 c.606delC p.Tyr202* frameshift Helicase core NA Disease causing NA NA NA
Patient 1 NM_030653.3 Exon 23 c.2372G>A p.Arg791Gln missense Helicase motif V Deleterious (0.02) Disease causing High Probably damaging (0.937) 33
Patient 2 NM_030653.3 Exon 10 c.1133G>C p.Arg378Pro missense Helicase core Deleterious (0) Disease causing High Probably damaging (0.997) 25.1
Patient 3 and 4 NM_030653.3 Exon 26 c.2576T>G p.Val859Gly missense Helicase motif V Deleterious (0.01) Disease causing Medium Benign (0) 22.5
Patient 5 NM_030653.3 Exon 26 c.2638dupG p.Ala880Glyfs*94 frameshift Helicase motif V NA Disease causing NA NA NA
Van der Lelij et al., 2010 NM_030653.3 Intron 22 c.2271+2T>C (IVS22+2T>C) p.Cys754Profs*9 frameshift Helicase core NA Disease causing NA NA 21.7
Van der Lelij et al., 2010 NM_030653.3 Exon 26 c.2689_2691del p.Lys897del in frame deletion C-terminal NA Disease causing NA NA NA
Capo-Chichi et al., 2013 NM_030653.3 Exon 7 c.788G>A p.Arg263Gln missense Fe-S cluster Deleterious (0) Disease causing High Probably damaging (1) 28.4
Bailey et al., 2015 NM_030653.3 Intron 5 c.638+1G>A Splice site Helicase core NA Disease causing NA NA 22.7
Bailey et al., 2015 NM_030653.3 Exon 19 c.1888delC p.Arg630Glyfs*23 frameshift Helicase core NA Disease causing NA NA NA
Eppley et al., 2017 NM_030653.3 Intron 19 c.1949-1G>A (IVS19-1G>A) Splice site Helicase core NA Disease causing NA NA 25
Eppley et al., 2017 NM_030653.3 Exon 16 c.1523T>G p.Leu508Arg missense Helicase core Deleterious (0) Disease causing Medium Probably damaging (0.999) 24.3
%

CADD scoring: ≥ 10 indicates the top 10% most deleterious substitutions in the human genome, ≥ 20 indicates the top 1% most deleterious, ≥ 30 indicates the top 0.1% most deleterious.