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. 2022 Feb;8(2):a006180. doi: 10.1101/mcs.a006180

Table 2.

Genomic findings and variant interpretation for the TAOK1 variants identified in our patients

Patient Genomic location HGVS cDNA HGVS protein Zygosity/origin Interpretation
1 Chr 17: 29530460 NM_020791.4: c.2203delA TAOK1: p.(Arg735AspfsTer6) Het/maternal LP (PVS1, PM2, PP1)
2 Chr 17: 29530460 NM_020791.4: c.2203delA TAOK1: p.(Arg735AspfsTer6) Het/maternal LP (PVS1, PM2, PP1)
3 Chr 17: 29451682 NM_020791.4:c.132 + 3_132 + 6del TAOK1: p.(Phe44 + 3) splice Het/de novo LP (PS2, PM2, PP3a)
4 Chr 17: 29502709 NM_020791.4:c.1324C > T TAOK1: p.(Arg442Trp) Het/de novo LP (PS2, PM2 PP3b)

Genomic coordinates reflect build GRCh38. Only phenotypes observed in at least two individuals are shown (see Supplemental Table 3 for full details).

aPP3 was applied because of complete loss of donor splicing predicted by BDGP: Splice Site Prediction by Neural Network (fruitfly.org) (native score = 0.95, altered score = not found, threshold 0.1) and ESEFinder (Cartegni et al. 2003) 3.0 (cshl.edu) (native score = 5.41210, altered score = not found, threshold 1.0).

bFor Patient 4, PP3 was applied because the majority of computational algorithms (18 of 25, including SIFT, MutationTaster, PROVEAN, PolyPhen-2, CADD, and others) reported by VarSome (Kopanos et al. 2019) predict pathogenicity.