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. 2021 Jan 13;5(3):e10451. doi: 10.1002/jbm4.10451

Table 1.

Candidate Variants/Genes From Exome Sorting

Chromosomal location Gene Protein Coding change Protein change MARRVEL‐other associations
Chromosome 1: 222,629,984–222,629,985 TANGO1 Transport and Golgi organization protein 1 homolog (TANGO1) c.2770_2773del p.(Leu924Serfs*) Protein transport; chondrocyte development, collagen fibril organization and positive regulation of bone mineralization (M. musculus)
Chromosome 17: 81,823,317–81,823,318 MCRIP1 Mapk‐regulated corepressor‐ interacting protein 1 c.323del p.(Pro108Leufs*) Regulation of epithelial‐mesenchymal transition
Chromosome 20: 37,179,387–37,179,388 MROH8 Maestro heat‐like repeat‐containing protein family member 8 c.93_93 + 1insAGTGCCGGC CGCGGGGCCCTGTCTAT AAG p.(His32Serfs*) Exact function of MROH8 is not known, but GWAS associated this gene with Alzheimer's disease( 24 )
Chromosome 9: 96,931,892–96,931,893 NUTM2G NUT family member 2G c.187C>T p.(Pro63Ser) Exact function of NUTM2G is not known
Chromosome 12: 40,490,439–40,490,440 MUC19 Mucin‐19 c.17500_17501insCATCAGC TGCTGTGACTGGGTCAGC TGGACTATCAGCTGGGGT GACAGGGACAACTGGAC p.(Gly5833_Gln5834ins ProSerAlaAlaValThrGly SerAlaGlyLeuSerAlaGly ValThrGlyThrThrGly) TN polyagglutination syndrome, colorectal cancer; inflammatory response, hematopoietic progenitor and salivary gland cell differentiation (M. musculus)
Chromosome 17: 41,190,343–41,190,344 KRTAP9‐1 Keratin‐associated protein 9‐1 c.483_484insAGCTGTGGGT CCAGCTGCTGCCAGCCT p.(Pro161_Cys162ins SerCysGlySerSerCysCys GlnPro) Keratinization

SeqPlorer and MARRVEL (http://www.marrvel.org/) were used to sort the variants from most likely pathogenic (top) to probably pathogenic (bottom) and to investigate the functional annotation of these genes and rare variants, respectively. The variant in the TANGO1 gene is listed as the best candidate.MARRVEL = Model Organism Aggregated Resources for Rare Variant Exploration.