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. 2019 Oct 23;9:15192. doi: 10.1038/s41598-019-51630-x

Table 2.

Expression of annotated genes in the human and mouse inner ear and spiral ganglion cells.

Gene Chr Pheno-type Human cochlea MOUSE
Adult hair cells Spiral ganglion cells Differential expression in the inner ear?
IPP 1 H P P P no
GPBP1L1 1 H P P A no
TMEM69 1 H P P A no
MAST2 1 H M P P Utricle (FC 2.63; FDR 0.819), PN (FC 2.41; FDR 0.977)
NASP 1 H P P P no
CTH 1 L/M n/a A A
RNU6-1116P 2 L/M n/a n/a n/a
SPTBN1 2 L/M P P P no
EML6 2 L/M M A P no
ILDR1 3 H, L/M n/a P A HC (FC 7.65; FDR 1.33*10-4)
TRIL 7 H n/a P P SC (FC 2.5; FDR 0.243)
RP11-32K4.1 8 L/M n/a n/a n/a
SCUBE2 11 L/M P P P PN (FC 2.06; FDR 0.927)
DOCK9 13 H M P P HC (FC 3.84; FDR 0.0273), PN (FC 2.24; FDR 0.0549)
ISG20 15 L/M A P A SC (FC 5.88; FDR 0.149); utricle (FC 4.76; FDR 0.353); PN (FC 4.63; FDR 0.514)
VPS9D1 16 H A P P no
SPIRE2 16 H M P A no
SHC2 19 L/M n/a P A HC (FC 6.69; FDR 2.07*10-3)
ODF3L2 19 L/M A P n/a HC (FC 2.40; FDR 0.0485); cochlea (FC 3.38; FDR 0.935); PN (FC 12.04; FDR 0.22)
FXYD5 19 L/M M A P

Expression of the 20 annotated genes, as determined by proximity to the top SNP and MAGMA gene set analysis, in the human and mouse auditory system, by associated phenotype. For humans, only cochlear material was available. For mice, data on expression in adult (cochlear) hair cells and spiral ganglion cells (of the cochlear nerve) is listed, as well as differential expression within the inner ear. Abbreviations: H (high frequency phenotype), L/M (low/mid frequency phenotype). Expression in the human cochlea was classified as follows: n/a (not available), A (absent; < 1 fragments per kilobase of exon per million reads mapped (FPKM)), M (marginal; expression > 1 FPKM in 1 tissue sample), P (present; expression > 1 FPKM in more than 1 tissue sample). In mice, expression was investigated within the adult cochlea and spiral ganglion cells. Absent/present labels were designated according to >10.9 expression level or >=50% positive calls, respectively. Differential expression (defined as > 2-fold change) in the inner ear was noted between cell types (hair cells vs supporting cells), tissue types (cochlea vs utricle) and developmental stages (embryonic vs postnatal period). The accompanying fold changes (FC) and false discovery rates (FDR) are mentioned between brackets.